further dissemination unlimited approved for public release;...rpp river protection project rtr...
TRANSCRIPT
Approved for Public Release; Further Dissemination Unlimited
Approved for Public Release; Further Dissemination Unlimited
By Janis Aardal at 3:29 pm, Jun 15, 2017
DOE/RL-2017-02, Rev. 0
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EXECUTIVE SUMMARY
The Hanford Site Air Operating Permit (AOP) Standard Terms and General Conditions (STGC)
Section 5.10, Annual Compliance Certification, requires submittal of an annual compliance
certification report by July 31 of each year. The regulatory agencies will use this information to
verify the U.S. Department of Energy’s compliance with the AOP.
This annual compliance certification report contains information for the reporting period of
January 1, 2016 through December 31, 2016.
The report contains emission unit-specific terms and conditions listed in AOP Attachments 1, 2,
and 3 along with a corresponding compliance status of continuous, intermittent, or not
applicable, and the method by which compliance was demonstrated.
The required information is compiled from affected Hanford Site Contractors. For this reporting
period, the affected contractors are Bechtel National, Inc.; CH2M HILL Plateau Remediation
Company; Johnson Controls, Inc.; Mission Support Alliance, LLC; Pacific Northwest National
Laboratory; and Washington River Protection Solutions, LLC.
The permittee (U.S. Department of Energy, Hanford Operations) must submit a report that is
certified by a responsible official consistent with Washington Administrative Code
(WAC) 173-401-520, “Certification.” A responsible official for a federal agency, defined under
WAC 173-401-200(29)(c), is:
“Either a principal executive officer or ranking elected official. For the purposes
of this part, a principal executive officer of a federal agency includes the chief
executive officer having responsibility for the overall operations of a principal
geographic unit of the agency (e.g., a regional administrator of EPA).”
Thus, the responsible official is represented by the managers of both the U.S. Department of
Energy, Richland Operations Office and the U.S. Department of Energy, Office of River
Protection and a joint certification is required for this submittal.
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CONTENTS
1.0 INTRODUCTION .............................................................................................................. 1 1.1 ATTACHMENT 1 REQUIREMENTS .................................................................. 2 1.2 ATTACHMENT 2 REQUIREMENTS .................................................................. 2 1.3 ATTACHMENT 3 REQUIREMENTS .................................................................. 2
2.0 REFERENCES ................................................................................................................... 3
APPENDICES
A AIR OPERATING PERMIT ATTACHMENT 1 REQUIREMENTS ............................ A-i
B AIR OPERATING PERMIT ATTACHMENT 2 REQUIREMENTS ............................ B-i
C AIR OPERATING PERMIT ATTACHMENT 3 REQUIREMENTS ............................ C-i
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ACRONYMS
ABCASH Automated Bar Coding of All Samples at Hanford
ALARA As Low As Reasonably Achievable
ALARACT As Low As Reasonably Achievable Control Technology
AMS articulating mast system
ANSI American National Standards Institute
AOP Air Operating Permit
APQ annual possession quantity
ASIL acceptable source impact level
ASME American Society of Mechanical Engineers
BACT best available control technology
BCAA Benton Clean Air Agency
BTU British thermal unit
CAM continuous air monitor
CAS Chemical Abstracts Service
CDM compliance determination method
CEM continuous emission monitor
CFR Code of Federal Regulations
CH contact handled
CHAMPS Computerized History and Maintenance Planning Software
CHPRC CH2M HILL Plateau Remediation Company
Ci curie
cm centimeters
CO carbon monoxide
COLIWASA composite liquid waste sampler
CSB Canister Storage Building
CU combustion unit
CWC Central Waste Complex
CY calendar year
DCSS dry cask storage system
DE dose equivalent
DMS Data Management System
DOE U.S. Department of Energy
DOE/RL U.S. Department of Energy, Richland Operations Office
DOH/WDOH State of Washington, Department of Health
dpm disintegrations per minute
DST double-shell tank
DVS Drum Venting System
DWP Dangerous Waste Portion (of the Resource Conservation and Recovery
Act Permit)
Ecology State of Washington, Department of Ecology
EDE effective dose equivalent
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EPA U.S. Environmental Protection Agency
EPR Electronic Prep & Risk
ERDF Environmental Restoration Disposal Facility
ESPC Energy Savings Performance Contract
ETF 200 Areas Effluent Treatment Facility
FFTF Fast Flux Test Facility
FMP Facility Modification Plans
FSF Fuel Storage Facility
FVT Filtered Vacuum Truck
GED Gaseous Emission Database
HAMMER Volpentest HAMMER Federal Training Center
HCA High Contamination Area
HDI How Do I?
HEGA high-efficiency gas absorber
HEME high-efficiency mist eliminator
HEPA high-efficiency particulate air
HIHTL hose-in-hose transfer line
HLW high-level waste
HP horsepower
HPT health physics technician
HSGS head space gas sampling
IDF Integrated Disposal Facility
IDS Interim Decay Storage
IH industrial hygiene
ISA interim storage area
JCI Johnson Controls, Inc.
JCS Job Control System
LAW low-activity waste
LERF Liquid Effluent Retention Facility
LLBG low-level burial grounds
LLMW low-level mixed waste
LLW low-level waste
MACT maximum achievable control technology
MARS Mobile Arm Retrieval System
MASF Maintenance and Storage Facility
MCO multi-canister overpack
MEI maximally exposed individual
MHF Material Handling Facility
MLLW mixed low-level waste
mrem millirem
MSA Mission Support Alliance, LLC
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NDA nondestructive assay
NDE nondestructive examination
NESHAP National Emission Standards for Hazardous Air Pollutants
NIOSH National Institute for Occupational Safety and Health
NLOP North Loadout Pit
NMHC non-methane hydrocarbons
NOC notice of construction
NOX nitrogen oxides
NRF Neutron Radiography Facility
NSR new source review
O2 oxygen
ORSS Off-Riser Sample Collection System
OSHA Occupational Safety and Health Administration
PAH polyaromatic hydrocarbon
PCB polychlorinated biphenyl
PCM periodic confirmatory measurement
PID photoionization detector
PM particulate matter
PNNL Pacific Northwest National Laboratory
PORTEX portable exhauster
ppm parts per million
PTE potential-to-emit
PTRAEU portable/temporary radioactive air emission unit
PUREX Plutonium Uranium Extraction (Plant)
QA quality assurance
R&D research and development
RCRA Resource Conservation and Recovery Act of 1976
REDOX Reduction Oxidation (Plant)
RH remote handled
RHL radioactivity handling limit
RPP River Protection Project
RTR real-time radiography
RWM restricted waste management
RWP Radiological Work Permit
S&M Surveillance and Maintenance
SAP sampling and analysis plan
SCA Soil Contamination Area
SNF spent nuclear fuel
SO2 sulfur dioxide
SOx sulfur oxides
SQER Small Quantity Emission Rate
SSP superheated steam process
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SST single-shell tank
STGC Standard Terms and General Conditions
SWITS Solid Waste Information Tracking System
TAP toxic air pollutant
T-BACT best available control technology for toxics
TEDE total effective dose equivalent
TEDF Treated Effluent Disposal Facility
TRIGA Test Reactor and Isotope Production General Atomics
TRU transuranic
TSCA Toxic Substances Control Act of 1976
TWINS Tank Waste Information Network System
ULSF ultra-low sulfur fuel
URMA Underground Radioactive Materials Area
VE visible emissions
VOA volatile organic analysis
VOC volatile organic compound
WAC Washington Administrative Code
WESF Waste Encapsulation and Storage Facility
WIPP Waste Isolation Pilot Plant
WRAP Waste Receiving and Processing Facility
WRPS Washington River Protection Solutions, LLC
WSCF Waste Sampling and Characterization Facility
WTP Waste Treatment and Immobilization Plant
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HANFORD SITE AIR OPERATING PERMIT
ANNUAL COMPLIANCE CERTIFICATION REPORT FOR THE PERIOD
JANUARY 1, 2016 THROUGH DECEMBER 31, 2016
1.0 INTRODUCTION
The Hanford Site Air Operating Permit (AOP), Number 00-05-006, Renewal 2, became effective
on April 1, 2013. AOP Standard Terms and General Conditions (STGC) Section 5.10, “Annual
Compliance Certification,” requires submittal of an annual compliance certification report by
July 31 of each year. This report is required to be certified by a Responsible Official
(Washington Administrative Code [WAC] 173-401-200(29)) for truth, accuracy, and
completeness (WAC 173-401-520, “Certification”).
This annual compliance certification report contains information from January 1, 2016 through
December 31, 2016.
NOTE: Some requirements included in AOP Renewal 2, Revision B that was effective August 1,
2016 had already become obsolete or were modified prior to or after that date. These
requirements were approved by either the State of Washington, Department of Ecology
(Ecology) or the State of Washington Department of Health (DOH) via normal, approved air
permitting processes but were not physically removed from or incorporated into AOP Renewal 2,
Revision B. During calendar year (CY) 2016, emission units were being operated pursuant to
the permitted activities that were in effect at the time.
Copies of the annual compliance certification report are transmitted to Ecology, DOH, the
Benton Clean Air Agency (BCAA), and the U.S. Environmental Protection Agency (EPA),
Region 10.
For the applicable reporting period, AOP STGC Section 5.10, “Annual Compliance
Certification,” requires the following content for the annual compliance certification report:
1. Each emission unit-specific term or condition listed in Attachments 1, 2, and 3, pursuant to
the source’s or emission unit’s operational portion of the calendar year.
2. The compliance status.
3. Whether compliance was continuous, intermittent, or not applicable.
4. Method(s) used to determine compliance status of the source over the reporting period
consistent with WAC 173-401-615(3)(a).
5. Such other facts as Ecology, DOH, or BCAA might require to determine compliance status
of the source.
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In addition, identification by the owner or operator of any material information beyond required
monitoring that potentially affects the compliance status of an emission unit will be identified in
this report, consistent with WAC 173-401-630(5)(c)(v).
No certification is required for insignificant emission units:
1.1 ATTACHMENT 1 REQUIREMENTS
AOP Attachment 1 contains terms and conditions issued by Ecology. Appendix A of this report
provides emission unit-specific terms and conditions, compliance status during the reporting
period, and the basis used to determine the compliance status.
1.2 ATTACHMENT 2 REQUIREMENTS
AOP Attachment 2 contains terms and conditions issued by DOH. Emission unit-specific terms
and conditions are contained in Enclosure 1 of Attachment 2. Appendix B of this report provides
emission unit-specific terms and conditions, the compliance status during the reporting period,
and the basis used to determine compliance status.
1.3 ATTACHMENT 3 REQUIREMENTS
AOP Attachment 3 contains conditions issued by BCAA which apply on a sitewide basis. These
two conditions are for asbestos and open burning. Appendix C of this report lists the conditions,
the compliance status during the reporting period, and the basis used to determine compliance
status.
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2.0 REFERENCES
40 CFR 51, “Requirements for Preparation, Adoption, and Submittal of Implementation Plans,”
Title 40, Code of Federal Regulations, Part 51, as amended.
40 CFR 60, “Standards of Performance for New Stationary Sources,” Title 40, Code of Federal
Regulations, Part 60, as amended.
40 CFR 61, “National Emission Standard for Hazardous Air Pollutants,” Subpart M, “National
Emission Standards for Asbestos,” Title 40, Code of Federal Regulations, Part 61, as
amended.
40 CFR 63, “National Emission Standards for Hazardous Air Pollutants for Source Categories,”
Title 40, Code of Federal Regulations, Part 63, as amended.
40 CFR 80, “Regulation of Fuels and Fuel Additives,” Title 40, Code of Federal Regulations,
Part 80, as amended.
40 CFR 86, “Control of Emissions from New and In-Use Highway Vehicles and Engines,” Title
40, Code of Federal Regulations, Part 86, as amended.
40 CFR 89, “Control of Emissions from New and In-Use Nonroad Compression-Ignition
Engines,” Title 40, Code of Federal Regulations, Part 89, as amended.
Benton Clean Air Agency, Regulation 1.
DOE/RL-2016-05, 2016, Hanford Site Air Operating Permit Semiannual Report for the Period
January 1, 2016 through June 30, 2016, U.S. Department of Energy, Richland Operations
Office, Richland, Washington.
DOE/RL-2016-10, 2016, Radionuclide Air Emissions Report for the Hanford Site, Calendar
Year 2015, U.S. Department of Energy, Richland Operations Office, Richland,
Washington.
DOE/RL-2017-01, 2017, Hanford Site Air Operating Permit Semiannual Report for the Period
July 1, 2016 through December 31, 2016, U.S. Department of Energy, Richland Operations
Office, Richland, Washington.
WAC 173-400, “General Regulations for Air Pollution Sources,” Washington Administrative
Code, Olympia, Washington.
WAC 173-401, “Operating Permit Regulation,” Washington Administrative Code, Olympia,
Washington.
WAC 173-425, “Outdoor Burning,” Washington Administrative Code, Olympia, Washington
WAC 173-460, “Controls for New Sources of Toxic Air Pollutants,” Washington Administrative
Code, Olympia, Washington.
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WAC 173-491, “Emission Standards and Controls for Sources Emitting Gasoline Vapors,”
Washington Administrative Code, Olympia, Washington.
WAC 246-247, “Radiation Protection – Air Emissions,” Washington Administrative Code,
Olympia, Washington.
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APPENDIX A
AIR OPERATING PERMIT
ATTACHMENT 1 REQUIREMENTS
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CONTENTS
Emission Units are in order of AOP Page Number in Renewal 2, Revision B.
General Standards ........................................................................................................................... 1
Energy Savings Performance Contract Boilers ............................................................................... 3
234-5Z, Boiler 1, 2 and 3 (>5mmBTU/hr-Fuel Oil) ....................................................................... 9
242-A, Boiler 1, 2 and 3 (>5 mmBTU/hr – Fuel Oil) ................................................................... 12
318 Boiler (<5 mmBTU/hr–Natural Gas) ..................................................................................... 15
323 Boiler (<5 mmBTU/hr–Natural Gas) ..................................................................................... 16
3709A Boiler (<5 mmBTU/hr–Natural Gas) ................................................................................ 18
324 Boiler 1 and Boiler 2 (>5 mmBTU/hr–Natural Gas) ............................................................. 19
325 Boiler 1 and Boiler 2 (>5 mmBTU/hr–Natural Gas) ............................................................. 22
331 Boiler 1 and Boiler 2 (<5 mmBTU/hr–Natural Gas) ............................................................. 24
Portable Boiler (<5 mmBTU/hr–Dual Fuel) ................................................................................. 27
E-225BC 001 ................................................................................................................................ 31
E-225BG 001 ................................................................................................................................ 32
E-4250-001, G-3 ........................................................................................................................... 33
E-WSCF 001 ................................................................................................................................. 34
J-CWC 001.................................................................................................................................... 35
Concrete Batch Plant..................................................................................................................... 36
E-282ED 001 ................................................................................................................................ 38
E-282WD 001 ............................................................................................................................... 39
E-3709A-001................................................................................................................................. 40
E-331-001 ..................................................................................................................................... 42
E-325-001 ..................................................................................................................................... 43
P-2025E ETF ................................................................................................................................ 45
P-2706T 001.................................................................................................................................. 47
P-296A042-001 ............................................................................................................................. 48
P-296W004 001 ............................................................................................................................ 50
P-WTP-001 ................................................................................................................................... 53
Integrated Disposal Facility .......................................................................................................... 61
Ventilation Systems for 241-AN and 241-AW Tank Farms ........................................................ 64
200 Area Single Shell Tank Categorical Waste Retrieval ............................................................ 68
E-85 Fuel Station .......................................................................................................................... 72
600 Area Diffuse/Fugitive – HAMMER ...................................................................................... 73
181B/182B Emergency Diesel Engines ........................................................................................ 75
WTP Construction Heaters & Dehumidifiers ............................................................................... 75
E-339A-001................................................................................................................................... 77
241-AP, 241-SY, and 241-AY/AZ Ventilation (AOP Cert. Rep. Compilation) .......................... 78
Lagoon Treatment System ............................................................................................................ 78
211ED/212ED Diesel Generator................................................................................................... 79
Single-Shell Tank Direct Fired Water Heaters ............................................................................. 79
Hanford Site Asbestos Landfill ..................................................................................................... 79
G-6290 (600 Area Gasoline Distribution) .................................................................................... 81
6120 Tent (200 East) ..................................................................................................................... 82
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100K Water Treatment Plant ........................................................................................................ 83
385 Building.................................................................................................................................. 84
219H Tent and MO-414 (200E) .................................................................................................... 85
North of MO-414 (200E) 1 of 2 .................................................................................................... 86
North of MO-414 (200E) 2 of 2 .................................................................................................... 87
WTP MHF South-40 Laydown Critical Equipment Storage ........................................................ 88
2720EA ......................................................................................................................................... 89
Rattle Snake Barricade .................................................................................................................. 89
222-SE........................................................................................................................................... 90
242-A ............................................................................................................................................ 90
234-5Z ........................................................................................................................................... 91
400 Area ........................................................................................................................................ 92
600 Area Fire Station (Building (609A) ....................................................................................... 93
2721E ............................................................................................................................................ 94
Yakima Barricade ......................................................................................................................... 95
282-B............................................................................................................................................. 96
282-BA .......................................................................................................................................... 97
225BC ........................................................................................................................................... 98
TEDF Pump Station 2 (225E) ....................................................................................................... 99
WTP MHF South-40 Laydown Entry Gate (Light Tower) ........................................................ 100
WTP MHF North-10 Laydown Area (Light Tower) 1 of 2 ........................................................ 101
WTP MHF North-10 Laydown Area (Light Tower) 2 of 2 ........................................................ 102
WTP MHF South-40 Laydown Yard East X-Ray Tent .............................................................. 103
WTP Construction Site Pretreatment Tower Crane .................................................................... 104
WTP Construction Site High-Level Waste Tower Crane ........................................................... 106
WTP Construction Site Building T-14 ....................................................................................... 107
Light Towers Waste Transfer Corridor East ............................................................................... 108
Light Towers Waste Transfer Corridor West ............................................................................. 109
Light Towers C Farm Trailer Area ............................................................................................. 110
Light Towers C Farm .................................................................................................................. 111
AY/AZ Farm DMI-LT Light Tower ........................................................................................... 112
C and AN Farm Compressors ..................................................................................................... 113
Light Towers AN Farm ............................................................................................................... 114
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General Standards
Page in AOP Page in AOP Renewal 2, Revision A: 1-01
Page in AOP Page in AOP Renewal 2, Revision B: 1-08
Requirement Compliance
Status
Compliance Determination
Method
Condition: 20% Opacity.
Prohibits visible emissions exceeding 20% opacity for more
than 3 minutes in any 1 hour of an air contaminant from any
emissions unit or within a reasonable distance of the emission
unit except for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Visible emission surveys (2.1)
Test Method: EPA Method 9 of 40 CFR 60, Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.1.
Calculation Model: Not applicable.
Intermittent
CDM: Records review and
field observations as required
by Air Operating Permit
(AOP) Attachment 1, Section
2.1.
Comment: Review of
facility records indicated that
visible emission surveys
were not performed for
single-shell tank (SST)
Retrieval Direct Fired Water
Heaters in calendar year
(CY) 2016.
Condition: Fallout.
Prohibits emissions of particulate matter from any source to be
deposited beyond the facility boundaries in sufficient quantity
to interfere unreasonably with the use and enjoyment of the
property upon which the material was deposited.
Periodic Monitoring: Recordkeeping of complaint
investigation. (2.2)
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.2.
Calculation Model: Not applicable.
Continuous
CDM: No requests for
complaint investigations
were received from State of
Washington Department of
Ecology (Ecology) during
CY 2016 for issues related to
this standard (as required by
AOP Attachment 1, Section
2.2).
Condition: Fugitive emissions.
The Permittee shall take reasonable precautions to prevent the
release of air contaminants from any emissions unit engaging in
materials handling, construction, demolition, or any other
operation that is a source of fugitive emissions.
Periodic Monitoring: Pre-job planning to determine
reasonable control measures. (2.3)
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.3.
Calculation Model: Not applicable.
Continuous CDM: Records review and
procedural adherence.
Condition: Odor.
Requires any facility causing an odor that unreasonably
interferes with another person's use and enjoyment of their
property to use recognized good practices and procedures to
reduce odors to a reasonable minimum.
Periodic Monitoring: Recordkeeping of complaint
investigations. (2.2)
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.2.
Calculation Model: Not applicable.
Continuous
CDM: No requests for
complaint investigations
were received from Ecology
during CY 2016 for issues
related to this standard (as
required by AOP Attachment
1, Section 2.2).
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Requirement Compliance
Status
Compliance Determination
Method
Condition: Emissions detrimental to persons or property.
Prohibits emissions of any air contaminant from any source that
is detrimental to the health, safety, or welfare of any person, or
causes damage to property or business
Periodic Monitoring: Recordkeeping of complaint
investigation. (2.2)
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.2.
Calculation Model: Not applicable.
Continuous
CDM: No requests for
complaint investigations
were received from Ecology
during CY 2016 for issues
related to this standard (as
required by AOP Attachment
1, Section 2.2)
Condition: 1,000 ppm SO2 @7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide from any
emissions unit in excess of 1,000 ppm of a dry basis, corrected
to 7% oxygen for combustion sources, and based on the
average of any period of 60 consecutive minutes.
Periodic Monitoring: For fossil-fuel combustion units:
Recordkeeping of the certification that Ultra Low Sulfur Fuel
was used. (2.7)
Test Method: EPA Method 6 or 6C of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous
CDM: Reviewed fuel
records to verify ultra-low
sulfur fuel [ULSF] (<0.0015
wt. %) was purchased and
consumed.
Condition: Concealment and masking.
Prohibits the installation or use of any device or use of any
means that conceals or masks an emission of an air contaminant
that would otherwise violate any provision of WAC 173-400.
Periodic Monitoring: Recordkeeping of complaint
investigation. (2.2)
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.2.
Calculation Model: Not applicable.
Continuous
CDM: No requests for
complaint investigations
were received from Ecology
during CY 2016 for issues
related to this standard (as
required by AOP Attachment
1, Section 2.2)
Condition: Fugitive dust.
Requires reasonable precautions be taken to prevent fugitive
dust from becoming airborne and to minimize dust generation.
Periodic Monitoring: Pre-job planning to determine
reasonable control measures. (2.3)
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.3.
Calculation Model: Not applicable.
Continuous CDM: Records review and
procedural adherence.
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Energy Savings Performance Contract Boilers
Energy Savings Performance Contract (ESPC) Boilers consist of the following boilers: 242-A, Boiler 1 | 234-5Z,
Boiler 1 | 234-5Z, Boiler 2 | 234-5Z Boiler 3 | 242-A, Boiler 2 | 242-A, Boiler 3 | 318, Boiler 1 | 323, Boiler 1 |
3709A, Boiler 1 | Portable Boiler 1 | 324, Boiler 1 | 324, Boiler 2 | 325, Boiler 1 | 325, Boiler 2 | 331, Boiler 1 | 331,
Boiler 2 |
Page in AOP Renewal 2, Revision A: 1-012 Permit: AOP 1.3 NG (Less than 5mmBTU/hr
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.3 Natural Gas Steam Generator (Less than 5mmBTU/hr)
Requirement Compliance
Status
Compliance Determination
Method
Condition: WAC 173-400-040(1)
20% Opacity:
Prohibits visible emissions exceeding 20% opacity for more
than 3 minutes in any 1 hour of an air contaminant from any
emissions unit or within a reasonable distance of the emission
unit except for scheduled soot blowing/grate cleaning or due
to documented water.
Periodic Monitoring: Visible emission surveys, Section 2.1,
Tier 2
Test Method: EPA Method 9 of 40 CFR 60, Appendix A
Test Frequency: At least once per quarter.
Required Records: As specified in Section 2.1.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations
and inspections are made
during daily rounds. Visible
emissions are considered an
unusual or abnormal
condition signaling
operational difficulties.
Conditions of this type are
recorded on round sheets
and in the operations log.
Corrective measures are
immediately implemented
whenever possible or
entered into the Johnson
Control, Inc. (JCI)
Maintenance Management
Program. In addition,
presence or absence of
visible emissions are noted
on monthly inspection
checklists. Checklists are
maintained and available for
review on request.
Comment: No unusual
conditions were noted
during the period of
compliance January 1, 2016
through December 31, 2016.
Permit: AOP 1.3 NG (5mmBTU/hr and Greater)
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.3 Natural Gas Steam Generators (5mmBTU/hr and Greater)
Requirement Compliance
Status
Compliance Determination
Method
Condition: WAC 173-400-040(1) [Table 1.2 General
Standard]
20% Opacity.
Prohibits visible emissions exceeding 20% opacity for more
Continuous
CDM: Visual observations
and inspections are made
during daily rounds. Visible
emissions are considered an
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Requirement Compliance
Status
Compliance Determination
Method
than 3 minutes in any 1 hour of an air contaminant from any
emissions unit or within a reasonable distance of the emission
unit except for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Visible Emission surveys, Section 2.1,
Tier 2
Test Method: EPA Method 9 of 40 CFR 60, Appendix A
Test Frequency: At least once per quarter.
Required Records: As specified in Section 2.1
Calculation Model: Not applicable.
unusual or abnormal
condition signaling
operational difficulties.
Conditions of this type are
recorded on round sheets
and in the operations log.
Corrective measures are
immediately implemented
whenever possible or
entered into the JCI
Maintenance Management
Program. In addition,
presence or absence of
visible emissions are noted
on monthly inspection
checklists. Checklists are
maintained and available for
review on request.
Comment: No unusual
conditions were noted
during the period of
compliance January 1, 2016
through December 31, 2016.
Condition: 97NM-138
NOx shall not exceed 0.037 lb/mmBTU and 30 ppm @ 3% O2.
Periodic Monitoring: Recordkeeping. Section 2.5
See Section 2.6
Test Method: EPA Method 7E of 40 CFR 60, Appendix A
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator
maintains required records
of monthly fuel use and
provides an annual report
and certification that this
represents all fuel
combusted during the year.
Logs of boiler tune-ups and
significant boiler
maintenance activities are
kept, indicating good
combustion practices and
maximum achievable
control technology (MACT)
standards are maintained.
Condition: 97NM-138
CO shall not exceed 0.225 lb/mmBTU and 300 ppm @ 3% O2.
Periodic Monitoring: Recordkeeping. Section 2.5
See Section 2.6
Test Method: EPA Method 10 of 40 CFR 60, Appendix A
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator
maintains required records
of monthly fuel use and
provides an annual report
and certification that this
represents all fuel
combusted during the year.
Logs of boiler tune-ups and
significant boiler
maintenance activities are
kept, indicating good
combustion practices and
MACT standards are
maintained.
DOE/RL-2017-02, Rev. 0
A-5
Requirement Compliance
Status
Compliance Determination
Method
Condition: 97NM-138
Particulate matter (PM10) shall not exceed 0.012 lb/mmBTU.
Periodic Monitoring: Recordkeeping. Section 2.5
See Section 2.6
Test Method: EPA Method 5 of 40 CFR 60, Appendix A
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator
maintains required records
of monthly fuel use and
provides an annual report
and certification that this
represents all fuel
combusted during the year.
Logs of boiler tune-ups and
significant boiler
maintenance activities are
kept, indicating good
combustion practices and
MACT standards are
maintained.
Condition: 97NM-138
VOC shall not exceed 0.013 lb/mmBTU and 30 ppm @ 3% O2.
Periodic Monitoring: Recordkeeping. Section 2.5
See Section 2.6
Test Method: EPA Method 25 or
25A of 40 CFR 60, Appendix A
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator
maintains required records
of monthly fuel use and
provides an annual report
and certification that this
represents all fuel
combusted during the year.
Logs of boiler tune-ups and
significant boiler
maintenance activities are
kept, indicating good
combustion practices and
MACT standards are
maintained.
Condition: 97NM-138
S02 shall not exceed 0.0006 lb/mmBTU.
Periodic Monitoring: Recordkeeping. Section 2.5
See Section 2.6
Test Method: EPA Method 6 or
6C of 40 CFR 60, App. A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator
maintains required records
of monthly fuel use and
provides an annual report
and certification that this
represents all fuel
combusted during the year.
Logs of boiler tune-ups and
significant boiler
maintenance activities are
kept, indicating good
combustion practices and
MACT standards are
maintained.
Permit: AOP 1.3 FO (5mmBTU/hr and Greater)
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.3 Fuel Oil Steam Generators (5mmBTU/hr and Greater)
DOE/RL-2017-02, Rev. 0
A-6
Requirement Compliance
Status Compliance Determination Method
Condition: WAC 173-400-040(1) [Table 1.2 General
Standard]
20% Opacity.
Prohibits visible emissions exceeding 20% opacity for
more than 3 minutes in any 1 hour of an air contaminant
from any emissions unit or within a reasonable distance
of the emission unit except for scheduled soot
blowing/grate cleaning or due to documented water.
Periodic Monitoring: Visible emission surveys, See
Section 2.1
Test Method: EPA Method 9 of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.1.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are made during daily
rounds. Visible emissions are
considered an unusual or abnormal
condition signaling operational
difficulties. Conditions of this type
are recorded on round sheets and in
the operations log. Corrective
measures are immediately
implemented whenever possible or
entered into the JCI Maintenance
Management Program. In addition,
presence or absence of visible
emissions are noted on monthly
inspection checklists. Checklists are
maintained and available for review
on request.
Comment: No unusual conditions
were noted during the period of
compliance January 1, 2016 through
December 31, 2016.
Condition: 97NM-138
0.05% sulfur distillate fuel oil will be used in the 200
Areas; natural gas will be used in the 300 Area. 200 HP
Portable boiler uses 0.0015% sulfur distillate fuel oil.
Periodic Monitoring: Recordkeeping. Section 2.5
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: 97NM-138
NOx shall not exceed 0.150 lb/mmBTU and 115 ppm @
3% O2.
Periodic Monitoring: Recordkeeping. Section 2.5
See Section 2.6
Test Method: EPA Method 7E of 40 CFR 60, App. A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: 97NM-138
SO2 shall not exceed 0.051 lb/mmBTU.
Periodic Monitoring: Recordkeeping. Section 2.5 See
Section 2.6
Test Method: EPA Method 6 or 6C of 40 CFR 60,
App. A
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: 97NM-138
CO shall not exceed 0.071 lb/mmBTU and 90 ppm @
3% O2.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
DOE/RL-2017-02, Rev. 0
A-7
Requirement Compliance
Status Compliance Determination Method
Periodic Monitoring: Recordkeeping. Section 2.5
See Section 2.6
Test Method: EPA Method 10 of 40 CFR 60, App. A
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: 97NM-138
Particulate matter (PM10) shall not exceed 0.011
lb/mmBTU.
Periodic Monitoring: Recordkeeping. Section 2.5
See Section 2.6
Test Method: EPA Method 5 of 40 CFR 60, App. A
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: 97NM-138
VOC shall not exceed 0.013 lb/mmBTU and 30 ppm @
3% O2.
Periodic Monitoring: Recordkeeping. Section 2.5
See Section 2.6
Test Method: EPA Method 25 or 25A of 40 CFR 60,
App. A
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Permit: AOP 1.3 Small Industrial Units
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.3 Small Industrial-Commercial-Institutional Steam Generating Units
Requirement Compliance
Status Compliance Determination Method
Condition: 40 CFR 60 Subpart Dc; WAC 173-400-115
0.5 weight percent sulfur fuel (NOC 97NM-138
condition listed below)
Periodic Monitoring: Fuel supplier certifications and
monthly records reported annually. Recordkeeping.
Section 2.5
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Permit: AOP 1.3 Good Combustion Practices
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: Good Combustion Practices for All Boilers
DOE/RL-2017-02, Rev. 0
A-8
Requirement Compliance
Status Compliance Determination Method
Condition: Operation and maintenance manuals will be
obtained from the manufacturer(s) and made available
for review by Ecology on request.
Periodic Monitoring: None.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Not specified.
Calculation Model: Not applicable.
Continuous CDM: Operation and Maintenance
manuals are available for review.
Condition: DAILY
1. Visually check combustion.
2. Record available operating data.
Periodic Monitoring: Not specified.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Not specified.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained.
In addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: MONTHLY
1. Inspect burner.
2. Inspect boiler exteriors.
3. Check combustion controls.
4. Check for leaks.
5. Check for unusual noise, vibrations, etc.
Periodic Monitoring: Not specified.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Not specified.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are made monthly.
Abnormal conditions (leaks,
excessive noise, vibrations) are
recorded on monthly inspection
checklists and records are maintained.
Corrective measures immediately are
implemented whenever possible or
entered into the JCI Maintenance
Management Program.
Condition: SEMI-ANNUALLY
1. Visually inspect air supply system, and clean and
repair if necessary.
2. Clean and check fuel supply system (visually inspect
and replace filters if necessary).
Periodic Monitoring: Not specified.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Not specified.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted monthly.
Abnormal conditions are discussed
and recorded and checklists are
maintained. Corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: ANNUALLY
1. Conduct boiler tuneups on large boilers
(>5mmBTU/hr heat input) by manufacturer trained
technicians or other qualified personnel. Section 2.5
Recordkeeping.
2. Clean fireside surfaces and breaching for power
boilers.
3. Inspect refractory for power boilers.
Periodic Monitoring: Not Specified.
Test Method: Not specified.
Test Frequency: Not applicable.
Continuous
CDM: Boiler tune-ups are performed
annually or more frequently if
needed. Tapes recording the tune-up
and boiler performance are
maintained as records. Fireside
surfaces and breaching are cleaned
just prior to the annual inspection.
Annual internal inspection is
conducted by a third-party certified
inspector. The inspector completes a
report certifying conditions were
satisfactory. Any unsatisfactory
DOE/RL-2017-02, Rev. 0
A-9
Requirement Compliance
Status Compliance Determination Method
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
conditions immediately are corrected,
otherwise certification for operation
will not be granted. The inspection
report is maintained as record of the
inspection.
Condition: EVERY TWO YEARS
1. Conduct boiler tuneups on smaller boilers
2. Inspect refractory for low pressure boilers.
3. Clean fireside surfaces and breaching for low
pressure boilers.
Periodic Monitoring: Not Specified.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Boiler tune-ups are performed
annually or more frequently if
needed. Tapes recording the tune-up
and boiler performance are
maintained as records. Fireside
surfaces and breaching are cleaned
just prior to the biennial inspection.
The internal inspection is conducted
every 2 years by a third-party
certified inspector. The inspector
completes a report certifying
conditions were satisfactory. Any
unsatisfactory conditions
immediately are corrected or
certification for operation will not be
granted. The inspection report is
maintained as record of inspection.
Comment: No unsatisfactory
conditions were noted for the last
biennial inspection.
234-5Z, Boiler 1, 2 and 3 (>5mmBTU/hr-Fuel Oil)
Page in AOP Renewal 2, Revision B: 1-013 Permit: 234-5Z, Boiler 1, 2 and 3 (>5mmBTU/hr-Fuel Oil)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 234-5Z, Boiler 1, 2 and 3 (>5mmBTU/hr-Fuel Oil)
Requirement Compliance
Status Compliance Determination Method
Condition: 20% opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any 1
hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1.
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A.
Test Frequency: Quarterly.
Required Records: As specified in Section 2.1, Tier 1
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are made during daily
rounds. Visible emissions are
considered an unusual or abnormal
condition signaling operational
difficulties. Conditions of this type
are recorded on round sheets and in
the operations log. Corrective
measures are immediately
implemented whenever possible or
entered into the JCI Maintenance
Management Program. In addition,
presence or absence of visible
emissions are noted on monthly
inspection checklists. Checklists are
DOE/RL-2017-02, Rev. 0
A-10
Requirement Compliance
Status Compliance Determination Method
maintained and available for review
on request.
Comment: No unusual conditions
were noted during the period of
compliance January 1, 2016 through
December 31, 2016.
Condition: Use of fuel per 97NM-138
Periodic Monitoring: Compliance will be demonstrated
by use of fuel containing no greater than 0.05 weight
percent sulfur (500 parts per million by weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: NOx shall not exceed 0.150 lb/mm BTU
and 115 ppm @ 3% O2
Periodic Monitoring: Section 2.6.
Test Method: EPA Method 7E of 40 CFR 60,
Appendix A.
Test Frequency: Monthly
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: SO2 shall not exceed 0.051 lb/mm BTU
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: CO shall not exceed 0.071 lb/mm BTU and
90 ppm @ 3% O2
Periodic Monitoring: Section 2.6
Frequency: Monthly
Test Method: EPA Method 10of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: Particulate matter (PM10) shall not exceed
0.011 lb/mm BTU.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 5 of 40 CFR 60, Appendix
A
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
DOE/RL-2017-02, Rev. 0
A-11
Requirement Compliance
Status Compliance Determination Method
each boiler (See Section 2.5).
Calculation Model: Not applicable.
indicating good combustion practices
and MACT standards are maintained.
Condition: VOC shall not exceed 0.013 lb/mm BTU
and 30 ppm @ 3% O2
Periodic Monitoring: Section 2.6
Frequency: Monthly
Test Method: EPA Method 25 or 25A of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: A. Inspect burner.
B. Inspect boiler exteriors.
C. Check combustion controls.
D. Check for leaks.
E. Check for unusual noise, vibrations, etc.
Periodic Monitoring: Not applicable.
Frequency: Monthly
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained.
In addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into
JCI's Maintenance Management
Program.
Condition: Visual check of combustion.
Periodic Monitoring: Not applicable
Frequency: Daily
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Record available operating data.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained.
In addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect air supply system and clean and
repair if necessary.
B. Clean and check fuel supply system, replace filters if
necessary.
Periodic Monitoring: Not applicable.
Frequency: Semi-annually.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections and work
performed.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted monthly.
Abnormal conditions are discussed
and recorded and checklists are
maintained. Corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Conduct boiler tune-up by manufacturer
trained technician or other qualified personnel.
B. Clean fireside surfaces and breaching.
C. Inspect refractory.
Periodic Monitoring: Not applicable.
Frequency: Annually.
Test Method: Not applicable.
Continuous
CDM: Boiler tune-ups are performed
annually or more frequently if needed.
Tapes recording the tune-up and
boiler performance are maintained as
records. Fireside surfaces and
breaching are cleaned just prior to the
annual inspection. Annual internal
DOE/RL-2017-02, Rev. 0
A-12
Requirement Compliance
Status Compliance Determination Method
Test Frequency: Not applicable.
Required Records: See Section 2.5.
Calculation Model: Not applicable.
inspection is conducted by a third-
party certified inspector. The
inspector completes a report certifying
conditions were satisfactory. Any
unsatisfactory conditions immediately
are corrected, otherwise certification
for operation will not be granted. The
inspection report is maintained as
record of the inspection.
242-A, Boiler 1, 2 and 3 (>5 mmBTU/hr – Fuel Oil)
Page in AOP Renewal 2, Revision B: 1-017
Permit: 242-A, Boiler 1, 2 and 3 (>5 mmBTU/hr-Fuel Oil)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 242-A, Boiler 1, 2 and 3 (>5 mmBTU/hr-Fuel Oil)
Requirement Compliance
Status Compliance Determination Method
Condition: 20% opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any 1
hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A
Test Frequency: Quarterly
Required Records: As specified in Section 2.1, Tier 1
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are made during daily
rounds. Visible emissions are
considered an unusual or abnormal
condition signaling operational
difficulties. Conditions of this type
are recorded on round sheets and in
the operations log. Corrective
measures are immediately
implemented whenever possible or
entered into the JCI Maintenance
Management Program. In addition,
presence or absence of visible
emissions are noted on monthly
inspection checklists. Checklists are
maintained and available for review
on request.
Comment: No unusual conditions
were noted during the period of
compliance January 1, 2016 through
December 31, 2016.
Condition: Use of fuel per 97NM-138
Periodic Monitoring: Compliance will be demonstrated
by use of fuel containing no greater than 0.05 weight
percent sulfur (500 parts per million by weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
DOE/RL-2017-02, Rev. 0
A-13
Requirement Compliance
Status Compliance Determination Method
Condition: NOx shall not exceed 0.150 lb/mm BTU
and 115 ppm @ 3% O2.
Periodic Monitoring: Section 2.6.
Frequency: Monthly.
Test Method: EPA Method 7E of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: SO2 shall not exceed 0.051 lb/mm BTU.
Periodic Monitoring: Section 2.6.
Frequency: Monthly.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: CO shall not exceed 0.071 lb/mm BTU and
90 ppm @ 3% O2.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 10 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: Particulate matter (PM10) shall not exceed
0.011 lb/mm BTU.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 5 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: VOC shall not exceed 0.013 lb/mm BTU
and 30 ppm @ 3% O2.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 25 or 25A of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: A. Inspect burner.
B. Inspect boiler exteriors. Continuous
CDM: Visual observations and
inspections are conducted daily.
DOE/RL-2017-02, Rev. 0
A-14
Requirement Compliance
Status Compliance Determination Method
C. Check combustion controls.
D. Check for leaks.
E. Check for unusual noise, vibrations, etc.
Periodic Monitoring: Not applicable.
Frequency: Monthly
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections.
Calculation Model: Not applicable.
Operating data are recorded and daily
round sheet records are maintained.
In addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: Visual check of combustion.
Periodic Monitoring: Not applicable.
Frequency: Daily
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Record available operating data.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained.
In addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect air supply system and clean and
repair if necessary.
B. Clean and check fuel supply system, replace filters if
necessary.
Periodic Monitoring: Not applicable.
Frequency: Semi-annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections and work
performed.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted monthly.
Abnormal conditions are discussed
and recorded and checklists are
maintained. Corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Conduct boiler tune-up by manufacturer
trained technician or other qualified personnel.
B. Clean fireside surfaces and breaching.
C. Inspect refractory.
Periodic Monitoring: Not applicable.
Frequency: Annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: See Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Boiler tune-ups are performed
annually or more frequently if needed.
Tapes recording the tune-up and
boiler performance are maintained as
records. Fireside surfaces and
breaching are cleaned just prior to the
annual inspection. Annual internal
inspection is conducted by a third-
party certified inspector. The
inspector completes a report certifying
conditions were satisfactory. Any
unsatisfactory conditions immediately
are corrected, otherwise certification
for operation will not be granted. The
inspection report is maintained as
record of the inspection.
DOE/RL-2017-02, Rev. 0
A-15
318 Boiler (<5 mmBTU/hr–Natural Gas)
Page in AOP Renewal 2, Revision B: 1-021
Permit: 318 Boiler (<5 mmBTU/hr – Natural Gas
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 318 Boiler (<5 mmBTU/hr – Natural Gas)
Requirement Compliance
Status Compliance Determination Method
Condition: 20% opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any 1
hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1.
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A.
Test Frequency: Quarterly.
Required Records: As specified in Section 2.1, Tier 2.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are made during daily
rounds. Visible emissions are
considered an unusual or abnormal
condition signaling operational
difficulties. Conditions of this type
are recorded on round sheets and in
the operations log. Corrective
measures are immediately
implemented whenever possible or
entered into the JCI Maintenance
Management Program. In addition,
presence or absence of visible
emissions are noted on monthly
inspection checklists. Checklists are
maintained and available for review
on request.
Comment: No unusual conditions
were noted during the period of
compliance January 1, 2016 through
December 31, 2016.
Condition: Visual check of combustion.
Periodic Monitoring: Not applicable.
Frequency: Daily.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Record available operating data.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained.
In addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect air supply system and clean and
repair if necessary.
B. Clean and check fuel supply system, replace filters if
necessary.
Periodic Monitoring: Not applicable.
Frequency: Semi-annually.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections and work
performed.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted monthly.
Abnormal conditions are discussed
and recorded and checklists are
maintained. Corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect burner.
B. Inspect boiler exteriors.
C. Check combustion controls.
Continuous
CDM: Visual observations and
inspections are conducted monthly.
Abnormal conditions are discussed
DOE/RL-2017-02, Rev. 0
A-16
Requirement Compliance
Status Compliance Determination Method
D. Check for leaks.
E. Check for unusual noise, vibrations, etc.
Periodic Monitoring: Not applicable.
Frequency: Monthly.
Test Method: Not Applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections.
Calculation Model: Not applicable.
and recorded and checklists are
maintained. Corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Conduct boiler tune-up by manufacturer
trained technician or other qualified personnel.
B. Inspect refractory.
C. Clean fireside surfaces and breaching.
Periodic Monitoring: Not applicable.
Frequency: Every two years.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections.
Calculation Model: Not applicable.
Continuous
CDM: Boiler tune-ups are performed
annually or more frequently if needed.
Tapes recording the tune-up and
boiler performance are maintained as
records. Fireside surfaces and
breaching are cleaned just prior to the
inspection. Internal inspection is
conducted every 2 years by a third-
party certified inspector. The
inspector completes a report certifying
conditions were satisfactory. Any
unsatisfactory conditions immediately
are corrected, otherwise certification
for operation will not be granted. The
inspection report is maintained as
record of the inspection.
323 Boiler (<5 mmBTU/hr–Natural Gas)
Page in AOP Renewal 2, Revision B: 1-023
Permit: 323 Boiler (<5 mmBTU/hr-Natural Gas)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 323 Boiler (<5 mmBTU/hr-Natural Gas
Requirement Compliance
Status Compliance Determination Method
Condition: 20% opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any 1
hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1.
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A.
Test Frequency: Quarterly.
Required Records: As specified in Section 2.1, Tier 2.
Calculation Model: Not applicable.
Continuous
CDM: This discharge point was
demolished prior to this certification
reporting year.
DOE/RL-2017-02, Rev. 0
A-17
Requirement Compliance
Status Compliance Determination Method
Condition: A. Inspect burner.
B. Inspect boiler exteriors.
C. Check combustion controls.
D. Check for leaks.
E. Check for unusual noise, vibrations, etc.
Periodic Monitoring: Not applicable.
Frequency: Monthly.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections.
Calculation Model: Not applicable.
Continuous
CDM: This discharge point was
demolished prior to this certification
reporting year.
Condition: Visual check of combustion.
Periodic Monitoring: Not applicable.
Frequency: Daily.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Record available operating data.
Calculation Model: Not applicable.
Continuous
CDM: This discharge point was
demolished prior to this certification
reporting year.
Condition: A. Inspect air supply system and clean and
repair if necessary.
B. Clean and check fuel supply system, replace filters if
necessary.
Periodic Monitoring: Not applicable.
Frequency: Semi-annually.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections and work
performed.
Calculation Model: Not applicable.
Continuous
CDM: This discharge point was
demolished prior to this certification
reporting year.
Condition: A. Conduct boiler tune-up by manufacturer
trained technician or other qualified personnel.
B. Inspect refractory.
C. Clean fireside surfaces and breaching.
Periodic Monitoring: Not applicable.
Frequency: Every two years.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: See Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: This discharge point was
demolished prior to this certification
reporting year.
DOE/RL-2017-02, Rev. 0
A-18
3709A Boiler (<5 mmBTU/hr–Natural Gas)
Page in AOP Renewal 2, Revision B: 1-025 Permit: 3709A Boiler (<5 mmBTU/hr-Natural Gas)
Issue Date: 08-01-16 Effective Date:08-01-16 Date In AOP: 08-01-16
NOC: 3709A Boiler (<5 mmBTU/hr-Natural Gas)
Requirement Compliance
Status Compliance Determination Method
Condition: 20% opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any 1
hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1.
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A.
Test Frequency: Quarterly.
Required Records: As specified in Section 2.1, Tier 2.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are made during daily
rounds. Visible emissions are
considered an unusual or abnormal
condition signaling operational
difficulties. Conditions of this type
are recorded on round sheets and in
the operations log. Corrective
measures are immediately
implemented whenever possible or
entered into the JCI Maintenance
Management Program. In addition,
presence or absence of visible
emissions are noted on monthly
inspection checklists. Checklists are
maintained and available for review
on request.
Comment: No unusual conditions
were noted during the period of
compliance January 1, 2016 through
December 31, 2016.
Condition: A. Inspect burner.
B. Inspect boiler exteriors.
C. Check combustion controls.
D. Check for leaks.
E. Check for unusual noise, vibrations, etc.
Periodic Monitoring: Not applicable.
Frequency: Monthly.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Record of inspections.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted monthly.
Abnormal conditions are discussed
and recorded and checklists are
maintained. Corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: Visual check of combustion.
Periodic Monitoring: Not applicable.
Frequency: Daily.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Record available operating data.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained.
In addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect air supply system and clean and
repair if necessary.
B. Clean and check fuel supply system, replace filters if
Continuous
CDM: Visual observations and
inspections are conducted monthly.
Abnormal conditions are discussed
DOE/RL-2017-02, Rev. 0
A-19
Requirement Compliance
Status Compliance Determination Method
necessary.
Periodic Monitoring: Not applicable.
Frequency: Semi-annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections and work
performed.
Calculation Model: Not applicable.
and recorded and checklists are
maintained. Corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Conduct boiler tune-up by manufacturer
trained technician or other qualified personnel.
B. Inspect refractory.
C. Clean fireside surfaces and breaching.
Periodic Monitoring: Not applicable.
Frequency: Every two years.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: See Section 2.5
Calculation Model: Not applicable.
Continuous
CDM: Boiler tune-ups are performed
annually or more frequently if needed.
Tapes recording the tune-up and
boiler performance are maintained as
records. Fireside surfaces and
breaching are cleaned just prior to the
inspection. Internal inspection is
conducted by a third-party certified
inspector every 2 years. The inspector
completes a report certifying
conditions were satisfactory. Any
unsatisfactory conditions immediately
are corrected, otherwise certification
for operation will not be granted. The
inspection report is maintained as
record of the inspection.
324 Boiler 1 and Boiler 2 (>5 mmBTU/hr–Natural Gas)
Page in AOP Renewal 2, Revision B: 1-027
Permit: 324 Boiler 1and 2 (>5 mmBTU/hr-Natural Gas)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 324 Boiler 1 and 2 (>5 mmBTU/hr-Natural Gas)
Requirement Compliance
Status Compliance Determination Method
Condition: 20% opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any 1
hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1.
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A.
Test Frequency: Quarterly.
Required Records: As specified in Section 2.1, Tier 2.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are made during daily
rounds. Visible emissions are
considered an unusual or abnormal
condition signaling operational
difficulties. Conditions of this type
are recorded on round sheets and in
the operations log. Corrective
measures are immediately
implemented whenever possible or
entered into the JCI Maintenance
Management Program. In addition,
presence or absence of visible
emissions are noted on monthly
inspection checklists. Checklists are
maintained and available for review
on request.
DOE/RL-2017-02, Rev. 0
A-20
Requirement Compliance
Status Compliance Determination Method
Comment: No unusual conditions
were noted during the period of
compliance January 1, 2016 through
December 31, 2016.
Condition: SO2 shall not exceed 0.0006 lb/mm BTU.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: NOx shall not exceed 0.037 lb/mm BTU
and 30 ppm @ 3% O2.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 7E of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: CO shall not exceed 0.225 lb/mm BTU and
300 ppm @ 3% O2.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 10 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: Particulate matter (PM10) shall not exceed
0.012 lb/mm BTU.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 5 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: VOC shall not exceed 0.013 lb/mm BTU
and 30 ppm @ 3% O2
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 25 or 25A of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all
fuel combusted during the year. Logs
of boiler tune-ups and significant
boiler maintenance activities are kept,
DOE/RL-2017-02, Rev. 0
A-21
Requirement Compliance
Status Compliance Determination Method
each boiler (See Section 2.5).
Calculation Model: Not applicable.
indicating good combustion practices
and MACT standards are maintained.
Condition: Visual check of combustion.
Periodic Monitoring: Not applicable.
Frequency: Daily.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Record available operating data.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained.
In addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect burner.
B. Inspect boiler exteriors.
C. Check combustion controls.
D. Check for leaks.
E. Check for unusual noise, vibrations, etc.
Periodic Monitoring: Not applicable.
Frequency: Monthly
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained.
In addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect air supply system and clean and
repair if necessary.
B. Clean and check fuel supply system, replace filters if
necessary.
Periodic Monitoring: Not applicable.
Frequency: Semi-annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections and work
performed.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained.
In addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Conduct boiler tune-up by manufacturer
trained technician or other qualified personnel.
B. Inspect refractory.
C. Clean fireside surfaces and breaching.
Periodic Monitoring: Not applicable.
Frequency: Annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: See Section 2.5
Calculation Model: Not applicable.
Continuous
CDM: Boiler tune-ups are performed
annually or more frequently if needed.
Tapes recording the tune-up and boiler
performance are maintained as
records. Fireside surfaces and
breaching are cleaned just prior to the
annual inspection. Annual internal
inspection is conducted by a third-
party certified inspector. The
inspector completes a report certifying
conditions were satisfactory. Any
unsatisfactory conditions immediately
are corrected otherwise certification
for operation will not be granted. The
inspection report is maintained as
record of the inspection.
DOE/RL-2017-02, Rev. 0
A-22
325 Boiler 1 and Boiler 2 (>5 mmBTU/hr–Natural Gas)
Page in AOP Renewal 2, Revision B: 1-031
Permit: 325 Boiler 1 and 2 (>5 mmBTU/hr-Natural Gas)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 325 Boiler 1 and 2 (>5 mmBTU/hr-Natural Gas)
Requirement Compliance
Status Compliance Determination Method
Condition: 20% opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any 1
hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1.
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A.
Test Frequency: Quarterly
Required Records: As specified in Section 2.1, Tier 2.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are made during daily
rounds. Visible emissions are
considered an unusual or abnormal
condition signaling operational
difficulties. Conditions of this type are
recorded on round sheets and in the
operations log. Corrective measures
are immediately implemented
whenever possible or entered into the
JCI Maintenance Management
Program. In addition, presence or
absence of visible emissions are noted
on monthly inspection checklists.
Checklists are maintained and available
for review on request.
Comment: No unusual conditions were
noted during the period of compliance
January 1, 2016 through December 31,
2016.
Condition: SO2 shall not exceed 0.0006 lb/mm BTU.
Periodic Monitoring: Section 2.6
Frequency: Monthly
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: NOx shall not exceed 0.037 lb/mm BTU
and 30 ppm @ 3% O2.
Periodic Monitoring: Section 2.6
Frequency: Monthly
Test Method: EPA Method 7E of 40 CFR 60,
Appendix A.
Test Frequency: Not spplicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: CO shall not exceed 0.225 lb/mm BTU and
300 ppm @ 3% O2.
Periodic Monitoring: Section 2.6
Frequency: Monthly
Test Method: EPA Method 10 of 40 CFR 60, Appendix
A.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
DOE/RL-2017-02, Rev. 0
A-23
Requirement Compliance
Status Compliance Determination Method
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: Particulate matter (PM10) shall not exceed
0.012 lb/mm BTU.
Periodic Monitoring: Section 2.6
Frequency: Monthly
Test Method: EPA Method 5 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: VOC shall not exceed 0.013 lb/mm BTU
and 30 ppm @ 3% O2.
Periodic Monitoring: Section 2.6
Frequency: Monthly
Test Method: EPA Method 25 or 25A of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: Visual check of combustion.
Periodic Monitoring: Not applicable.
Frequency: Daily.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Record available operating data.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained. In
addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect burner.
B. Inspect boiler exteriors.
C. Check combustion controls.
D. Check for leaks.
E. Check for unusual noise, vibrations, etc.
Periodic Monitoring: Not applicable.
Frequency: Monthly
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained. In
addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect air supply system and clean and
repair if necessary.
B. Clean and check fuel supply system, replace filters if
necessary.
Periodic Monitoring: Not applicable.
Frequency: Semi-annually
Continuous
CDM: Visual observations and
inspections are conducted monthly.
Abnormal conditions are discussed and
recorded and checklists are maintained.
Corrective measures immediately are
implemented whenever possible or
DOE/RL-2017-02, Rev. 0
A-24
Requirement Compliance
Status Compliance Determination Method
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections and work
performed.
Calculation Model: Not applicable.
entered into the JCI Maintenance
Management Program.
Condition: A. Conduct boiler tune-up by manufacturer
trained technician or other qualified personnel.
B. Inspect refractory.
C. Clean fireside surfaces and breaching.
Periodic Monitoring: Not applicable.
Frequency: Annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: See Section 2.5.
Calculation Model: Not applicable.
Continuous
CDM: Boiler tune-ups are performed
annually or more frequently if needed.
Tapes recording the tune-up and boiler
performance are maintained as records.
Fireside surfaces and breaching are
cleaned just prior to the annual
inspection. Annual internal inspection
is conducted by a third-party certified
inspector. The inspector completes a
report certifying conditions were
satisfactory. Any unsatisfactory
conditions immediately are corrected
otherwise certification for operation
will not be granted. The inspection
report is maintained as record of the
inspection.
331 Boiler 1 and Boiler 2 (<5 mmBTU/hr–Natural Gas)
Page in AOP Renewal 2, Revision B: 1-035 Permit: 331 Boiler 1 and 2 (<5 mmBTU/hr-Natural Gas)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 331 Boiler 1 and 2 (<5 mmBTU/hr-Natural Gas)
Requirement Compliance
Status Compliance Determination Method
Condition: 20% opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any 1
hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1.
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A.
Test Frequency: Quarterly
Required Records: As specified in Section 2.1, Tier 2.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are made during daily
rounds. Visible emissions are
considered an unusual or abnormal
condition signaling operational
difficulties. Conditions of this type are
recorded on round sheets and in the
operations log. Corrective measures
are immediately implemented
whenever possible or entered into the
JCI Maintenance Management
Program. In addition, presence or
absence of visible emissions are noted
on monthly inspection checklists.
Checklists are maintained and available
for review on request.
Comment: No unusual conditions were
noted during the period of compliance
January 1, 2016 through December 31,
2016.
DOE/RL-2017-02, Rev. 0
A-25
Requirement Compliance
Status Compliance Determination Method
Condition: S O2 shall not exceed 0.0006 lb/mm BTU.
Periodic Monitoring: Section 2.6.
Frequency: Monthly.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: NOx shall not exceed 0.037 lb/mm BTU
and 30 ppm @ 3% O2.
Periodic Monitoring: Section 2.6
Frequency: Monthly
Test Method: EPA Method 7E of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: CO shall not exceed 0.225 lb/mm BTU and
300 ppm @ 3% O2.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 10 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: Particulate matter (PM10) shall not exceed
0.012 lb/mm BTU.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 5 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: VOC shall not exceed 0.013 lb/mm BTU
and 30 ppm @ 3% O2.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 25 or 25A of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: Visual check of combustion.
Periodic Monitoring: Not applicable. Continuous
CDM: Visual observations and
inspections are conducted daily.
DOE/RL-2017-02, Rev. 0
A-26
Requirement Compliance
Status Compliance Determination Method
Frequency: Daily.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Record available operating data.
Calculation Model: Not applicable.
Operating data are recorded and daily
round sheet records are maintained. In
addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect burner.
B. Inspect boiler exteriors.
C. Check combustion controls.
D. Check for leaks.
E. Check for unusual noise, vibrations, etc.
Periodic Monitoring: Not applicable.
Frequency: Monthly
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained. In
addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect air supply system and clean and
repair if necessary.
B. Clean and check fuel supply system, replace filters if
necessary.
Periodic Monitoring: Not applicable.
Frequency: Semi-annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections and work
performed.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted monthly.
Abnormal conditions are discussed and
recorded and checklists are maintained.
Corrective measures immediately are
implemented whenever possible or
entered into the JCI Maintenance
Management Program.
Condition: A. Conduct boiler tune-up by manufacturer
trained technician or other qualified personnel.
B. Inspect refractory.
C. Clean fireside surfaces and breaching.
Periodic Monitoring: Not applicable.
Frequency: Annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: See Section 2.5
Calculation Model: Not applicable.
Continuous
CDM: Boiler tune-ups are performed
annually or more frequently if needed.
Tapes recording the tune-up and boiler
performance are maintained as records.
Fireside surfaces and breaching are
cleaned just prior to the annual
inspection. Annual internal inspection
is conducted by a third-party certified
inspector. The inspector completes a
report certifying conditions were
satisfactory. Any unsatisfactory
conditions immediately are corrected,
otherwise certification for operation
will not be granted. The inspection
report is maintained as record of the
inspection.
DOE/RL-2017-02, Rev. 0
A-27
Portable Boiler (<5 mmBTU/hr–Dual Fuel)
Page in AOP Renewal 2, Revision B: 1-039 Permit: Portable Boiler (<5 mmBTU/hr-Dual Fuel)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: Portable Boiler (<5 mmBTU/hr-Dual Fuel)
Requirement Compliance
Status Compliance Determination Method
Natural Gas
Condition: SO2 shall not exceed 0.0006 lb/mm BTU –
fired using natural gas
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: NOx shall not exceed 0.037 lb/mm BTU
and 30 ppm @ 3% O2 – fired using natural gas
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 7E of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: CO shall not exceed 0.225 lb/mm BTU and
300 ppm @ 3% O2 – fired using natural gas.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 10 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: Particulate matter (PM10) shall not exceed
0.012 lb/mm BTU – fired using natural gas.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 5 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
DOE/RL-2017-02, Rev. 0
A-28
Requirement Compliance
Status Compliance Determination Method
Condition: VOC shall not exceed 0.013 lb/mm BTU
and 30 ppm @ 3% O2 – fired using natural gas.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 25 or 25A of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Distillate Fuel Oil
Condition: Use of fuel per 97NM-138 – fired using
distillate fuel-oil.
Periodic Monitoring: Compliance will be demonstrated
by use of fuel containing no greater than 0.0015 weight
percent sulfur (15 parts per million by weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: NOx shall not exceed 0.150 lb/mm BTU
and 115 ppm @ 3% O2 – fired using distillate fuel-oil.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 7E of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: SO2 shall not exceed 0.051 lb/mm BTU –
fired using distillate fuel-oil.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 6 or 6C10 of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: CO shall not exceed 0.071 lb/mm BTU and
90 ppm @ 3% O2 – fired using distillate fuel-oil.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 10, 40 CFR 60, Appendix
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
DOE/RL-2017-02, Rev. 0
A-29
Requirement Compliance
Status Compliance Determination Method
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: Particulate matter (PM10) shall not exceed
0.011 lb/mm BTU – fired using distillate fuel-oil.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 5 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Condition: VOC shall not exceed 0.013 lb/mm BTU
and 30 ppm @ 3% O2 – fired using distillate fuel-oil.
Periodic Monitoring: Section 2.6.
Frequency: Monthly
Test Method: EPA Method 25 or 25A of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: Monthly records of fuel use on
each boiler (See Section 2.5).
Calculation Model: Not applicable.
Continuous
CDM: Owner/operator maintains
required records of monthly fuel use
and provides an annual report and
certification that this represents all fuel
combusted during the year. Logs of
boiler tune-ups and significant boiler
maintenance activities are kept,
indicating good combustion practices
and MACT standards are maintained.
Conditions Applicable Regardless of Fuel Used
Condition: 20% opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any 1
hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1.
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A.
Test Frequency: Quarterly
Required Records: As specified in Section 2.1, Tier 2.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are made during daily
rounds. Visible emissions are
considered an unusual or abnormal
condition signaling operational
difficulties. Conditions of this type are
recorded on round sheets and in the
operations log. Corrective measures
are immediately implemented
whenever possible or entered into the
JCI Maintenance Management
Program. In addition, presence or
absence of visible emissions are noted
on monthly inspection checklists.
Checklists are maintained and available
for review on request.
Comment: No unusual conditions were
noted during the period of compliance
January 1, 2016 through December 31,
2016.
Condition: Visual check of combustion.
Periodic Monitoring: Not applicable.
Frequency: Daily.
Test Method: Not applicable.
Test Frequency: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained. In
addition, abnormal conditions are
DOE/RL-2017-02, Rev. 0
A-30
Requirement Compliance
Status Compliance Determination Method
Required Records: Record available operating data.
Calculation Model: Not applicable.
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect burner
B. Inspect boiler exteriors
C. Check combustion controls
D. Check for leaks
E. Check for unusual noise, vibrations, etc.
Periodic Monitoring: Not applicable.
Frequency: Monthly
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted daily.
Operating data are recorded and daily
round sheet records are maintained. In
addition, abnormal conditions are
discussed and corrective measures
immediately are implemented
whenever possible or entered into the
JCI Maintenance Management
Program.
Condition: A. Inspect air supply system and clean and
repair if necessary.
B. Clean and check fuel supply system, replace filters if
necessary.
Periodic Monitoring: Not applicable.
Frequency: Semi-annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Records of inspections and work
performed.
Calculation Model: Not applicable.
Continuous
CDM: Visual observations and
inspections are conducted monthly.
Abnormal conditions are discussed and
recorded and checklists are maintained.
Corrective measures immediately are
implemented whenever possible or
entered into the JCI Maintenance
Management Program.
Condition: A. Conduct boiler tune-up by manufacturer
trained technician or other qualified personnel.
B. Inspect refractory.
C. Clean fireside surfaces and breaching.
Periodic Monitoring: Not applicable.
Frequency: Annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: See Section 2.5
Calculation Model: Not applicable.
Continuous
CDM: Boiler tune-ups are performed
annually or more frequently if needed.
Tapes recording the tune-up and boiler
performance are maintained as records.
Fireside surfaces and breaching are
cleaned just prior to the annual
inspection. Annual internal inspection
is conducted by a third-party certified
inspector. The inspector completes a
report certifying conditions were
satisfactory. Any unsatisfactory
conditions immediately are corrected
otherwise certification for operation
will not be granted. The inspection
report is maintained as record of the
inspection.
DOE/RL-2017-02, Rev. 0
A-31
E-225BC 001
Page in AOP Renewal 2, Revision A: 1-019
Permit: AOP 1.4 ICE (500HP and Greater)
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.4 Internal Combustion Engines (500HP and Greater)
Page in AOP Renewal 2, Revision B: 1-045
Permit: E-225BC 001
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: E-225BC 001
Requirement Compliance
Status Compliance Determination Method
Condition: 20% Opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any
1 hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1, Tier 1.
Test Method: EPA Method 9 of 40 CFR 60,
Appendix A
Test Frequency: Quarterly
Required Records: As specified in Section 2.1
Calculation Model: Not applicable.
Continuous
CDM: Reviewed maintenance records.
Comment: At the facility this is a
diesel engine powering an emergency
generator, known as 225B-DG-1. See
JCS PM/S 2C00013 and technical
procedure WESF-PRO-MN-51822.
Condition: 1,000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1,000 ppm of a
dry basis, corrected to 7% oxygen for combustion
sources, and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 1
Frequency: Not applicable.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
App. A.
Test Frequency: Not applicable.
Required Records: 1. Amount and type of fuel burned.
2. Vendor documentation or fuel analysis once per year.
Calculation Model: Not applicable.
Continuous CDM: Reviewed fuel specification.
DOE/RL-2017-02, Rev. 0
A-32
E-225BG 001
Page in AOP Renewal 2, Revision A: 1-019
Permit: AOP 1.4 ICE (500HP and Greater)
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.4 Internal Combustion Engines (500HP and Greater)
Page in AOP Renewal 2, Revision B: 1-046
Permit: E-225BG 001
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: E-225BG 001
Requirement Compliance
Status Compliance Determination Method
Condition: 20% Opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any
1 hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Method: Section 2.1, Tier 1.
Test Method: EPA Method 9 of 40 CFR 60,
Appendix A
Test Frequency: Quarterly
Required Records: As specified in Section 2.1.
Calculation Model: Not applicable.
Continuous
CDM: Confirmed visible emissions
checks all four quarters of 2016.
Comment: See JCS PM/S 2C30306
and technical procedure WESF-PRO-
MN-52634.
Condition: 1,000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1,000 ppm of a
dry basis, corrected to 7% oxygen for combustion
sources, and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 1
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A
Test Frequency: Not applicable.
Required Records: 1. Amount and type of fuel burned.
2. Vendor documentation or fuel analysis once per year.
Calculation Model: Not applicable.
Continuous CDM: Reviewed fuel specification.
DOE/RL-2017-02, Rev. 0
A-33
E-4250-001, G-3
Page in AOP Renewal 2, Revision A: 1-019
Permit: AOP 1.4 ICE (500HP and Greater)
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.4 Internal Combustion Engines (500HP and Greater)
Page in AOP Renewal 2, Revision B: 1-047
Permit: E-4250 001, G-3225BC 001
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: E-4250 001, G-3225BC 001
Requirement Compliance
Status Compliance Determination Method
Condition: 20% Opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any
1 hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Method: Section 2.1, Tier 1.
Test Method: EPA Method 9 of 40 CFR 60,
Appendix A
Test Frequency: Quarterly
Required Records: As specified in Section 2.1.
Calculation Model: Not applicable.
Continuous
CDM: Emergency turbine generator
did not run during the CY.
Comment: Engine removed from
service 2006. Change Not Requiring
Permit Revision Notification
documentation submitted via DOE
Letter 15-ESQ-0101, dated August 24,
2015.
Condition: 1,000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1,000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 1
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A
Test Frequency: Not applicable.
Required Records: 1. Amount and type of fuel burned.
2. Vendor documentation or fuel analysis once per year.
Calculation Model: Not applicable
Continuous
CDM: Emergency turbine generator
did not run during the CY.
Comment: Engine removed from
service 2006. Change Not Requiring
Permit Revision Notification
documentation submitted via DOE
Letter 15-ESQ-0101, dated August 24,
2015.
DOE/RL-2017-02, Rev. 0
A-34
E-WSCF 001
Page in AOP Renewal 2, Revision A: 1-019
Permit: AOP 1.4 ICE (500HP and Greater)
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.4 Internal Combustion Engines (500HP and Greater)
Page in AOP Renewal 2, Revision B: 1-048
Permit: E-WSCF 001
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: E-WSCF 001
Requirement Compliance
Status Compliance Determination Method
Condition: 20% Opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any
1 hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Method: Section 2.1, Tier 1.
Test Method: EPA Method 9 of 40 CFR 60,
Appendix A
Test Frequency: Quarterly.
Required Records: As specified in Section 2.1.
Calculation Model: Not applicable.
Continuous
CDM: The emission unit did not
operate during the reporting period.
The unit was removed from service in
September 2014.
Condition: WAC 173-400-040(6)
1,000 ppm S O2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1,000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 1
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A
Test Frequency: Not applicable.
Required Records: 1. Amount and type of fuel burned.
2. Vendor documentation or fuel analysis once per year.
Calculation Model: Not applicable.
Continuous
CDM: The emission unit did not
operate during the reporting period.
The unit was removed from service in
September 2014.
DOE/RL-2017-02, Rev. 0
A-35
J-CWC 001
Page in AOP Renewal 2, Revision A: 1-027 Page in AOP Renewal 2, Revision B: 1-049
Permit: DE00NWP-002, Revision 1
Issue Date: 06-29-06 Effective Date: 06-29-06 Date In AOP: 01-01-07 NOC: Central Waste Complex, Rev. 1
Requirement Compliance
Status Compliance Determination Method
Condition: Visible emissions shall not exceed limits
specified in WAC 173-400-040(2).
Periodic Monitoring: Section 2.1, Tier 3
survey/observation.
Frequency: Not applicable (assessment of cause of
visible emissions). Test Method: EPA Method 9 of 40 CFR 60, Appendix
A or Tier 3 Visible Emissions Survey of this AOP.
Test Frequency: Routine observation.
Required Records: Log book.
Calculation Model: Not applicable.
Continuous
CDM: Central Waste Complex
(CWC) performs routine surveillance
along with record keeping and
reporting of surveillance results.
Although not noted during the
reporting period, items reported would
include visible emissions.
Condition: VOC emissions shall not exceed 3.5 tons
per year.
Periodic Monitoring: Emission estimation (Condition
3.0 of this NOC).
Test Method: Material assessment, inventory, and
calculation as identified in the NOC Approval
Condition 3.0.
Test Frequency: Annually.
Required Records: Results of analyses.
Calculation Model: Not applicable.
Continuous
CDM: Confirmed by annual criteria &
toxic air pollutants (TAP) air
emissions reporting process.
Condition: All TAPs, as submitted in the Permittee's
Notice of Construction Application, shall be below
their respective ASIL.
Periodic Monitoring: Emission estimation (Condition
3.0 of this NOC)
Test Method: Material assessment, inventory, and
calculation as identified in the NOC Approval
Condition 3.0.
Test Frequency: Annually.
Required Records: Results of analyses.
Calculation Model: Not applicable.
Continuous CDM: Confirmed by annual criteria &
TAPs air emissions reporting process.
Permit: AOP 1.6 Non-CUs <20 Pct Opacity & Fugitive
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - Non Combustion Units (CU) with <20% Opacity Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm S O2 @ 7% O2 on a dry basis:
Prohibits emission of a gas containing sulfur dioxide Continuous
CDM: Ecology has determined, based
on process knowledge, that these
DOE/RL-2017-02, Rev. 0
A-36
Requirement Compliance
Status Compliance Determination Method
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7
Calculation Model: Not applicable.
emission units do not emit significant
levels of SO2. The processes have not
been modified to increase SO2
emissions and no SO2 monitoring is
required.
Concrete Batch Plant
Page in AOP Renewal 2, Revision A: 1-023 Page in AOP Renewal 2, Revision B: 1-050
Permit: DE01NWP-003, Rev. 09-24-02
Issue Date: 09-24-02 Effective Date: 09-24-02 Date In AOP: 03-31-04
NOC: Revision to Concrete Batch Plant NOC
Requirement Compliance
Status Compliance Determination Method
Condition: Total Emission Limits
A. Particulate Matter - Particulates from the bag-house
exhaust shall not exceed 0.01grains per dry standard
cubic foot, with no visible emissions. Engineering
calculations or vendor information that the bag-house,
when properly operated and maintained, will control
emissions to less than 0.01 grains per dry standard
cubic foot will be available at the facility. Periodic
measurements shall consist of visible emission
inspections per EPA Reference Method 22, Title 40
Part 60, Appendix A, July 1, 2000.
B. Fugitive Dust - Visible emissions from the sand and
aggregate transfer points, truck loading station, the
piles, or any other source shall not be allowed beyond
100 yards.
Periodic Monitoring: A. Recordkeeping
Test Method: B. EPA Method 22, Title 40 Part 60,
Appendix A, July 1, 2000.
Test Frequency: Not applicable.
Required Records: A. Calculations, vendor
information, baghouse maintenance logs, surveillance
checklists.
B. Visible emission survey results.
Calculation Model: Not applicable.
Continuous CDM: Records review and field
observations.
Condition: Fugitive Dust
All unpaved areas at the CBP and quarry will be
controlled by watering or chemical stabilization, or
Continuous CDM: Records review and field
observations.
DOE/RL-2017-02, Rev. 0
A-37
Requirement Compliance
Status Compliance Determination Method
both. Means of chemical stabilization include the
application of petroleum resins (EPA 1998). A water
spray additive, (such as, "soil cement") will also be
considered for application on unpaved roads. Soil
cement has been previously used on the Hanford Site
with effective results.
Vehicle speed limit signs will be posted to control
speeds. Paved roads between the quarry and CBP will
be kept clear of heavy accumulations of dust and
debris. Front-end loaders will be used to pick up any
significant spill of sand or aggregate material on the
pave roads between the quarry and CBP. The sand and
aggregate stockpiles will be kept sprinkled with water
to prevent the movement of materials that may migrate
because of wind erosion. Transfer points at conveyors,
crushers, and screens will also be sprayed with water.
Periodic Monitoring: Recordkeeping
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Surveillance checklists.
Calculation Model: Not applicable.
Condition: Emission Control Monitors
Emission equipment control monitors shall include but
not be limited to the following:
A. Bag-house - None required if there are no visible
emissions per section 1.A. of the APPROVAL
CONDITIONS, and maintenance records indicate
proper maintenance practices and schedules.
Periodic Monitoring: Recordkeeping
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Surveillance checklists and bag
house maintenance logs.
Calculation Model: Not applicable.
Continuous CDM: Records review and field
observations.
Condition: General Conditions
A. Visible Emissions: No visible emissions shall be
allowed beyond 100 yards of source. During periods of
high winds, an assessment shall be made to suspend
operations or initiate a more comprehensive plant
watering scheme.
Periodic Monitoring: Visible Emission Surveys.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Results of visible emission
surveys.
Calculation Model: Not applicable.
Continuous CDM: Records review and field
observations.
Permit: DE01NWP-003, Rev. 03-12-03
Issue Date: 03-12-03 Effective Date: 03-12-03 Date In AOP: 12-05-07
NOC: Revision to Concrete Batch Plant NOC to add Diesel Fuel Oil Boiler
DOE/RL-2017-02, Rev. 0
A-38
Requirement Compliance
Status Compliance Determination Method
Condition: Diesel Fuel Oil Boiler
1. A 4.4 MMBtu diesel fuel oil boiler will be operated
2. The diesel fuel sulfur content will be less than or
equal to 0.05% S, by weight.
3. Operation of the boiler is limited to 2000 hours per
year.
4. Good combustion engineering practices shall be
followed, including adherence to the boiler
manufacturer's specification for operation,
maintenance, and combustion control.
5. Specific combustion feed gas ratios, including the
fuel-air ratio, monitoring, startup and shutdown
procedures shall be followed to maximize combustion
efficiency and minimize discharge of pollutants into
the atmosphere.
Periodic Monitoring: Recordkeeping
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: 1. Manufacturer's specifications
for operation, maintenance, and combustion control.
2. Records of operating hours.
3. Records of fuel specification (sulfur content).
4. Records of good combustion engineering practices
and operating procedures.
Calculation Model: Not applicable.
Continuous
CDM: Records review. A diesel
boiler did not operate during reporting
period.
E-282ED 001
Page in AOP Renewal 2, Revision A: 1-027
Page in AOP Renewal 2, Revision B: 1-053
Permit: NWP-96-1 – A
Issue Date: 04-30-96 Effective Date: 04-30-96 Date In AOP: 07-02-01
NOC: Diesel Powered Emergency Fire Pump Generator
Requirement Compliance
Status Compliance Determination Method
Condition: Engine E shall operate no more than 350
hours per year.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Maintain records showing all
hours of operation.
Calculation Model: Not applicable.
Continuous CDM: Recordkeeping.
Condition: Engine E shall burn only No. 2 fuel oil with
sulfur content no more than 0.05 weight percent.
Periodic Monitoring: Recordkeeping for compliance
with condition.
Test Method: Not specified.
Test Frequency: Not applicable.
Continuous
CDM: Vendor documentation shows
fuel oil delivered contained no more
than 0.05 weight percent sulfur.
DOE/RL-2017-02, Rev. 0
A-39
Requirement Compliance
Status Compliance Determination Method
Required Records: Vendor documentation of fuel
purchase from retail outlet (i.e., for use in the motor
vehicles, see 40 CFR 80), or fuel analysis once per year
showing <=0.05wt% sulfur.
Calculation Model: Not applicable.
Condition: NOx 75.5 pounds per hour NOx.
Periodic Monitoring: Recordkeeping & average fuel
consumption rate determination shall be performed at
least once per 12 months.
Test Method: EPA Method 7A of 40 CFR 60, App. A.
Test Frequency: Not applicable.
Required Records: 1. Monthly fuel burned (this
calculation is based on fuel added to supply tank).
2. Hours of operation logged.
Calculation Model: 2B.
Continuous
CDM: Recordkeeping and calculation
shows average fuel consumption is
below manufacturer's specification.
Condition: Opacity 10 %.
Periodic Monitoring: See Section 2.1, Tier 1.
Frequency: At least once per quarter, if operates.
Test Method: EPA Method 9 of 40 CFR 60, App. A.
Test Frequency: Not applicable.
Required Records: Results of visible emissions survey
or records of visual determination of the opacity.
Calculation Model: Not applicable.
Continuous CDM: EPA Method 9 opacity surveys
were conducted and recorded.
E-282WD 001
Page in AOP Renewal 2, Revision A: 1-029 Page in AOP Renewal 2, Revision B: 1-055
Permit: NWP-96-1 – B
Issue Date: 04-30-96 Effective Date:04-30-96 Date In AOP: 07-02-01
NOC: Diesel Powered Emergency Fire Pump Generator
Requirement Compliance
Status Compliance Determination Method
Condition: Engine W shall operate no more than 350
hours per year.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Maintain records showing all
hours of operation.
Calculation Model: Not applicable.
Continuous CDM: Recordkeeping.
Condition: Engine W shall burn only No. 2 fuel oil
with sulfur content no more than 0.05 weight percent.
Periodic Monitoring: Recordkeeping for compliance
with condition.
Test Method: Not specified.
Test Frequency: Not applicable.
Continuous
CDM: Vendor documentation shows
fuel oil delivered contained no more
than 0.05% weight percent sulfur.
DOE/RL-2017-02, Rev. 0
A-40
Requirement Compliance
Status Compliance Determination Method
Required Records: Vendor documentation of fuel
purchase from retail outlet (i.e. for use in motor
vehicles, see 40 CFR 80), or fuel analysis once per year
showing <=0.05 wt% sulfur.
Calculation Model: Not applicable.
Condition: NOx 42 pounds per hour.
Periodic Monitoring: Recordkeeping & average fuel
consumption rate determination shall be performed at
least once per 12 months.
Test Method: EPA Method 7A of 40 CFR 60, App. A.
Test Frequency: Not applicable.
Required Records: 1. Monthly fuel burned (this
calculation is based on fuel added to supply tank).
2. Hours of operation logged.
Calculation Model: 2B.
Continuous
CDM: Recordkeeping and
calculation shows average fuel
consumption is below manufacturer's
specification.
Condition: 10 % Opacity.
Periodic Monitoring: See Section 2.1, Tier 1
Frequency: At least once per quarter, if operates
Test Method: EPA Method 9 of 40 CFR 60, App. A.
Test Frequency: Not applicable.
Required Records: Results of visible emissions survey
or records of visual determination of the opacity.
Calculation Model: Not applicable.
Continuous CDM: EPA Method 9 Opacity
surveys were conducted and recorded.
E-3709A-001
Page in AOP Renewal 2, Revision A: 1-031 Page in AOP Renewal 2, Revision B: 1-057 Permit: DE02NWP-001
Issue Date: 01-15-02 Effective Date:01-15-02 Date In AOP: 03-31-04
NOC: Emergency Diesel Generators
Requirement Compliance
Status Compliance Determination Method
Condition: Total Emission Limits
A. The activities described in the Notice of
Construction application will be permitted without
additional control technologies required, provided that
the total emissions from all activities will not result in
exceedance of WAC 173-460 ASILs.
B. A new Notice of Construction will be required, if
total emissions of toxic air pollutants exceed the Small
Quantity Emission Rates, unless dispersion modeling
demonstrates that emissions would continue to result in
concentrations less than the ASILs. Results of any such
dispersion modeling demonstrations/calculations will
be maintained on file and made available upon
inspection.
C. A new NOC also is required if total emissions of
Continuous
CDM: No changes in fuel usage or
significant operating hours occurred
in 2016 warranting additional
demonstration acceptable source
impact levels (ASIL) were not
exceeded.
DOE/RL-2017-02, Rev. 0
A-41
Requirement Compliance
Status Compliance Determination Method
criteria pollutants would exceed the WAC 173-400-110
thresholds.
Periodic Monitoring: Analyze each proposed change
to determine if emissions would exceed an ASIL or
NSR threshold.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Results of analyses.
Calculation Model: Not applicable.
Condition: Monitoring and Recordkeeping
Specific records shall be kept on-site by the Permittee
and made available for inspection by Ecology upon
request. The records shall be organized in a readily
accessible manner and cover a minimum of the most
recent sixty (60) month period. The records to be kept
shall include the following:
A. Maintain records of the hours of operation.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: 1. Hours of operation
2. Fuel consumption.
Calculation Model: Not applicable.
Continuous
CDM: Hours of operation and fuel
consumption recorded monthly.
Records of operation and fuel
consumption are on file.
Condition: Emissions Control
SOx emissions will be controlled through use of #2
Diesel Fuel with sulfur content <0.5%.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Per fuel shipment.
Required Records: Vendor documentation or fuel
analysis showing sulfur content <0.5%.
Calculation Model: Not applicable.
Continuous
CDM: Vendor documentation shows
#2 diesel fuel delivered contained less
than 0.05 weight percent sulfur.
Permit: AOP 1.6 CUs
Issue Date: 04-01-13 Effective Date:04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - CUs
Requirement Compliance
Status Compliance Determination Method
Condition: 20% Opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any
1 hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1, unless an alternative
visible emissions, opacity, or particulate matter
emission limit is identified in Table 1.6.
Test Method: EPA Method 9 of 40 CFR 60,
Continuous CDM: Tier 1 Visible Emissions
Surveys conducted and recorded.
DOE/RL-2017-02, Rev. 0
A-42
Requirement Compliance
Status Compliance Determination Method
Appendix A.
Test Frequency: Not Applicable.
Required Records: As specified in Section 2.1
Calculation Model: Not applicable.
E-331-001
Page in AOP Renewal 2, Revision A: 1-031
Page in AOP Renewal 2, Revision B: 1-057
Permit: DE02NWP-001
Issue Date: 01-15-02 Effective Date: 01-15-02 Date In AOP: 03-31-04
NOC: Emergency Diesel Generators
Requirement Compliance
Status Compliance Determination Method
Condition: Total Emission Limits
A. The activities described in the Notice of
Construction application will be permitted without
additional control technologies required, provided that
the total emissions from all activities will not result in
exceedance of WAC 173-460 ASILs.
B. A new Notice of Construction will be required, if
total emissions of toxic air pollutants exceed the Small
Quantity Emission Rates, unless dispersion modeling
demonstrates that emissions would continue to result in
concentrations less than the ASILs. Results of any such
dispersion modeling demonstrations/calculations will
be maintained on file and made available upon
inspection.
C. A new NOC also is required if total emissions of
criteria pollutants would exceed the WAC 173-400-110
thresholds.
Periodic Monitoring: Analyze each proposed change
to determine if emissions would exceed an ASIL or
NSR threshold.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Results of analyses.
Calculation Model: Not applicable.
Continuous
CDM: Reviewed PM results to verify
generators only ran during required
maintenance periods as permitted.
The number of hours operated were
below permit limits and total
emissions did not result in an
exceedance of WAC 173-460 ASILs.
Hours operated during CY 2016 were
within permit limits.
Condition: Monitoring and Recordkeeping
Specific records shall be kept on-site by the Permittee
and made available for inspection by Ecology upon
request. The records shall be organized in a readily
accessible manner and cover a minimum of the most
recent sixty (60) month period. The records to be kept
shall include the following:
A. Maintain records of the hours of operation.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Continuous
CDM: Fuel consumption and hours
of operation are recorded monthly.
Records are maintained for a period
of 5 years and are available upon
request.
DOE/RL-2017-02, Rev. 0
A-43
Requirement Compliance
Status Compliance Determination Method
Required Records: 1. Hours of operation
2. Fuel consumption.
Calculation Model: Not applicable.
Condition: Emissions Control
SOx emissions will be controlled through use of #2
Diesel Fuel with sulfur content <0.5%.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Per fuel shipment.
Required Records: Vendor documentation or fuel
analysis showing sulfur content <0.5%.
Calculation Model: Not applicable.
Continuous
CDM: Reviewed fuel records and
purchase order records to verify only
ULS fuel (<0.0015 wt. %) was
purchased and consumed by
generators.
Permit: AOP 1.6CUs
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - CUs
Requirement Compliance
Status Compliance Determination Method
Condition: 20% Opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any
1 hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1, unless an alternative
visible emissions, opacity, or particulate matter
emission limit is identified in Table 1.6.
Test Method: EPA Method 9 of 40 CFR 60,
Appendix A.
Test Frequency: Not Applicable.
Required Records: As specified in Section 2.1
Calculation Model: Not applicable.
Continuous
CDM: Reviewed Visible Emissions
Survey records for 2016 to verify
visible emissions did not exceed 20%
opacity. Visible emissions surveys
were performed as directed in AOP
Renewal 2, Attachment 1, Section
2.1, Tier 2.
E-325-001
Page in AOP Renewal 2, Revision A: 1-031
Page in AOP Renewal 2, Revision B: 1-057
Permit: DE02NWP-001
Issue Date: 01-15-02 Effective Date: 01-15-02 Date In AOP: 03-31-04
NOC: Emergency Diesel Generators
Requirement Compliance
Status Compliance Determination Method
Condition: Total Emission Limits
A. The activities described in the Notice of
Construction application will be permitted without
Continuous
CDM: Reviewed PM results to verify
generators only ran during required
maintenance periods as permitted.
DOE/RL-2017-02, Rev. 0
A-44
Requirement Compliance
Status Compliance Determination Method
additional control technologies required, provided that
the total emissions from all activities will not result in
exceedance of WAC 173-460 ASILs.
B. A new Notice of Construction will be required, if
total emissions of toxic air pollutants exceed the Small
Quantity Emission Rates, unless dispersion modeling
demonstrates that emissions would continue to result in
concentrations less than the ASILs. Results of any such
dispersion modeling demonstrations/calculations will
be maintained on file and made available upon
inspection.
C. A new NOC also is required if total emissions of
criteria pollutants would exceed the WAC 173-400-110
thresholds.
Periodic Monitoring: Analyze each proposed change
to determine if emissions would exceed an ASIL or
NSR threshold.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Results of analyses.
Calculation Model: Not applicable.
The number of hours operated were
below permit limits and total
emissions did not result in an
exceedance of WAC 173-460 ASILs.
Hours operated during CY 2016 were
within permit limits.
Condition: Monitoring and Recordkeeping
Specific records shall be kept on-site by the Permittee
and made available for inspection by Ecology upon
request. The records shall be organized in a readily
accessible manner and cover a minimum of the most
recent sixty (60) month period. The records to be kept
shall include the following:
A. Maintain records of the hours of operation.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: 1. Hours of operation
2. Fuel consumption.
Calculation Model: Not applicable.
Continuous
CDM: Fuel consumption and hours
of operation are recorded monthly.
Records are maintained for a period
of 5 years and are available upon
request.
Condition: Emissions Control
SOx emissions will be controlled through use of #2
Diesel Fuel with sulfur content <0.5%.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Per fuel shipment.
Required Records: Vendor documentation or fuel
analysis showing sulfur content <0.5%.
Calculation Model: Not applicable.
Continuous
CDM: Reviewed fuel records and
purchase order records to verify only
ULS fuel (<0.0015 wt. %) was
purchased and consumed by
generators.
Permit: AOP 1.6 CUs
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - CUs
DOE/RL-2017-02, Rev. 0
A-45
Requirement Compliance
Status Compliance Determination Method
Condition: 20% Opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any
1 hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1, unless an alternative
visible emissions, opacity, or particulate matter
emission limit is identified in Table 1.6.
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A.
Test Frequency: Not Applicable.
Required Records: As specified in Section 2.1
Calculation Model: Not applicable.
Continuous
CDM: Reviewed Visible Emissions
Survey records for 2015 to verify
visible emissions did not exceed 20%
opacity. Visible emissions surveys
were performed as directed in AOP
Renewal 2, Attachment 1, Section
2.1, Tier 2.
P-2025E ETF
Page in AOP Renewal 2, Revision A: 1-033 Page in AOP Renewal 2, Revision B: 1-059
Permit: DE07NWP-003, Revision 1
Issue Date: 08-10-10 Effective Date: 08-10-10 Date In AOP: 12-23-10
NOC: Effluent Treatment Facility
Requirement Compliance
Status Compliance Determination Method
Condition: Visible emissions from the ETF stack
(Figure 1 of Order DE07NWP-003, Rev. 1) shall not
exceed five percent (5%).
Periodic Monitoring: Section 1, Tier 3.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: As required in AOP Attachment 2
for maintaining abatement control technology.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews and work
documents.
Comment: No reported visible
emissions during reporting period.
Abatement equipment (i.e., HEPA
filters) intact and operational.
Condition: Volatile Organic Compound (VOC)
emissions from the ETF (Figure 1 of Order DE07NWP-
003) shall not exceed 0.55 gram per cubic meter (g/m3)
at standard conditions or 0.50 gram per minute (g/min).
Periodic Monitoring: Initial compliance verified by
EPA Method 18 of 40 CFR 60, Appendix A in 1996
(NOC-93-3).
Test Method: EPA Method 18 or 25A of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable (initial test condition
for construction).
Required Records: Testing Results of 1996 EPA
Method.
Calculation Model: Not applicable.
Continuous CDM: Field interviews and work
documents.
DOE/RL-2017-02, Rev. 0
A-46
Requirement Compliance
Status Compliance Determination Method
Condition: Volatile Organic Compound (VOC)
emissions from ETF operations shall not exceed 4,000
lb/yr. [WAC 173-400-110(5)(b)]
Periodic Monitoring: Material emission estimates.
Test Method: Calculations and record-keeping.
Test Frequency: Annual.
Required Records: Records of data and calculations
for the VOC emissions from ETF operations.
Calculation Model: Not applicable.
Continuous CDM: Field interviews and work
documents.
Condition: Particulate matter emissions shall not
exceed 1,500 lb/yr.
Periodic Monitoring: HEPA filtration of ETF stack
gases.
Test Method: See Required Records.
Test Frequency: Not applicable.
Required Records: Maintenance and operating records
of all filtration systems.
Calculation Model: Not applicable.
Continuous CDM: Field interviews and work
documents.
Condition: All TAPs in the NOC application and
identified in Table 1 of DE07NWP-003 Amendment 2
(9/27/2007) and Revision 1 (8/10/2010), shall not
exceed ASILs. [WAC 173-400-460-070]
Periodic Monitoring: Waste analysis records (see
Required Records).
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: (1) Laboratory or waste analysis
results for TAPs identified in Table 1 of DE07NWP-
003 Amendment 2 (9/27/2007) and Revision 1
(8/10/2010), and (2) waste stream influent volumetric
records.
Calculation Model: Not applicable.
Continuous CDM: Field interviews and work
documents.
Condition: All newly identified TAPs shall not exceed
ASILs (with assessment of ASIL compliance). [WAC
173-460-070]
Periodic Monitoring: Assessment of ASIL compliance
(see Required Records).
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: (1) Report laboratory or waste
analysis result of newly identified TAPs within 90 days
of completion of analysis, and (2) waste stream influent
volumetric records.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews and work
documents.
Comment: No new TAPs identified.
DOE/RL-2017-02, Rev. 0
A-47
Permit: AOP 1.6 Non-CUs Less 20 Pct Opacity & No Fugitive
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - Non CUs with <20% Opacity and No Fugitive Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
App. A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous
CDM: Ecology has determined that
this emission unit does not emit
significant levels of SO2. The process
has not yet been modified to increase
SO2 emissions.
P-2706T 001
Page in AOP Renewal 2, Revision A: 1-035 Page in AOP Renewal 2, Revision B: 1-061
Permit: DE01NWP-002 Revision 1
Issue Date: 06-29-06 Effective Date: 06-29-06 Date In AOP: 01-01-07 NOC: T Plant Complex, Toxic Air Emissions
Requirement Compliance
Status Compliance Determination Method
Condition: Visible Emissions
A. Visible emissions from any T-Plant Complex stack
will not exceed limits specified in WAC 173-400-
040(2).
Periodic Monitoring: Section 2, Tier 3.
Test Method: EPA Method 9 of 40 CFR 60, Appendix
A.
Test Frequency: Not applicable (when visible
emissions are observed).
Required Records: Maintenance records.
Calculation Model: Not applicable.
Continuous
CDM: HEPA filter ventilation used;
no visible emissions were observed
during the reporting period.
Condition: Emission Limits
A. VOC emissions will not exceed 3.5 tons per year.
B. All TAPs, as submitted in the Permittee's Notice of
Construction Application, will be below their respective
ASIL.
Periodic Monitoring: Analyze each proposed changed
to determine if emissions would exceed Emission
limits.
Test Method: Section 3.0 of the Approval Order
DE01NWP-002 Revision 1
Test Frequency: Section 3.0 of the Approval Order
Continuous
CDM: Confirmed by annual criteria
and TAPs air emissions reporting
process.
DOE/RL-2017-02, Rev. 0
A-48
DE01NWP-002 Revision 1
Required Records: Results of analyses.
Calculation Model: Not applicable.
Permit: AOP 1.6 Non-CUs Less 20 Pct Opacity & No Fugitive
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - Non-CUs with Less the 20 Percent Opacity Requirements and No Fugitive Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous
CDM: Ecology determined this
emission unit does not emit
significant levels of SO2. The process
has not been modified to increase SO2
emissions.
P-296A042-001
Page in AOP Renewal 2, Revision A: 1-036
Page in AOP Renewal 2, Revision B: 1-062
Permit: NOC 94-07, Revision 3
Issue Date: 05-07-08 Effective Date: 05-07-08 Obsolete Date: 01-05-16 Date In AOP: 12-23-08
NOC: AY and AZ Tank Farms Ventilation Upgrades, Amendment 1
Requirement Compliance
Status Compliance Determination Method
Condition: Visible emissions at the stack shall not
exceed 5%. Should visible emissions be observed, the
excess emissions shall be discontinued by removing the
emission unit from service and Health notified
immediately.
Periodic Monitoring: Tier 3 requirements (Section
2.1, Visible Emission Surveys).
Test Method: Maintain abatement control technology
(AOP Attachment 2).
Test Frequency: Not applicable.
Required Records: Operation logs or records
Calculation Model: Not specified.
Continuous
CDM: Field interviews.
Comment: Abatement equipment
intact and operational, and no visible
emissions were reported during
reporting period.
Condition: The primary tank ventilation exhauster
system for the 241-AY and 241-AZ double-shell tank
farms shall not exceed daily average flow rates of 1,000
Continuous
CDM: Field interviews, work control
process, operations logs, and
Washington River Protection
DOE/RL-2017-02, Rev. 0
A-49
Requirement Compliance
Status Compliance Determination Method
ft3/min (standard temperature and pressure).
Periodic Monitoring: Flow calculations based on
stack gas flow and temperature measurement.
Test Method: Flow calculations.
Test Frequency: Semi-annually.
Required Records: Calibrations and calculations of
exhauster system stack gas flow and temperature
measurement devices.
Calculation Model: None specified.
Solutions, LLC (WRPS) work
documents.
Condition: All toxic air pollutants (TAPs) shall be
below their respective ASIL or Screening Level of
Table 1 of the most updated NOC approval order.
Periodic Monitoring: T-BACT compliance (HEME,
HEPA, exhauster flow rate, etc.).
Test Method: T-BACT compliance.
Test Frequency: Not applicable.
Required Records: All monitoring and operations
records required for T-BACT compliance.
Calculation Model: Method 7B (Statement of Basis
3.1.7) or other approved methods.
Intermittent
CDM: Field interviews and industrial
hygiene (IH) monitoring and
database. Operated in accordance
with best available control technology
for toxics (T-BACT), WRPS
notification procedure, and
notification logbook.
Comment: During a review of
sampling information, it was
determined that dimethyl mercury
emissions were greater than the limits
in approval Order DE11NWP-001.
The limits had been based on
modeled values. Reported per WRPS
operating procedures.
Condition: Emissions of VOCs shall not exceed 0.175
lb/hr from the primary tank ventilation exhauster
system.
Periodic Monitoring: Calculations based on VOC
concentration readings and stack flow rate.
Test Method: Field instruments, which may include
Draeger Tubes.
Test Frequency: Semi-annually.
Required Records: Supporting data and calculations.
Calculation Model: Method 4 (Statement of Basis
3.1.3) or other approved methods.
Continuous CDM: IH monitoring and database,
and WRPS work documents.
Permit: NOC 94-07, Amendment A
Issue Date: 03-26-13 Effective Date: 03-26-13 Obsolete Date: 01-05-16 Date In AOP: 05-01-14
NOC: AY and AZ Tank Farms Ventilation Upgrades
Requirement Compliance
Status Compliance Determination Method
Condition: Emissions of ammonia shall not exceed 2.5
lbs/hr from the primary tank ventilation exhauster
system.
Periodic Monitoring: Calculations based on ammonia
concentration readings and stack flow rates.
Test Method: Field instruments, which may include
Draeger Tubes.
Test Frequency: Semi-annually.
Continuous CDM: IH monitoring and database
and WRPS work documents.
DOE/RL-2017-02, Rev. 0
A-50
Required Records: Supporting data and calculations.
Calculation Model: Method 5 (Statement of Basis
3.1.4) or other approved methods.
Permit: AOP 1.6 Non-CUs Less 20 Pct Opacity & No Fugitive
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - Non-CUs with Less the 20 Percent Opacity Requirements and No Fugitive Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous
CDM: Ecology has determined that
this emission unit does not emit
significant levels of SO2. The process
has not been modified to increase SO2
emissions.
P-296W004 001
Page in AOP Renewal 2, Revision A: 1-038 Page in AOP Renewal 2, Revision B: 1-064
Permit: DE03NWP-002
Issue Date: 05-21-03 Effective Date: 05-21-03 Date In AOP: 03-31-04
NOC: Nonrad NOC for TAPs Emissions at the Waste Receiving and Processing Facility (WRAP) Facility
Requirement Compliance
Status Compliance Determination Method
Condition: Total Emission Limits:
The processing and repackaging activities described in
the Notice of Construction application will be permitted
without requiring additional emission controls,
provided that the emissions form the stack, venting the
100 and 300 Series Waste Process Lines, the 200 and
400 Restricted Waste process Lines, the process area,
and the storage areas are maintained below the level
described in and meeting T-BACT (according to
WRAP Module 1 Best Available Control Technology
Assessment, WHC-SD-W026-TI-005, January 1993,
Westinghouse Hanford Company, Richland,
Washington).
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Documentation implementing T-
Continuous
CDM: Evaluation of emissions
potential from stored inventory using
criteria from WHC-SD-W026-TI-
005, Section 3.4, confirms total
emissions are below license limit,
compliance therewith.
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Requirement Compliance
Status Compliance Determination Method
BACT.
Calculation Model: Not applicable.
Condition: Total Emission Limits:
For toxic compounds not included in the T-BACT
analysis, the emission limits shall be the Small Quantity
Emission Rate (SQER). A modification submittal of a
Notice of Construction (NOC) application will be
required if the SQER limit would be exceeded for
compounds not addressed under the T-BACT
assessment. The calculation/measurement methods
described in section 4 of the NOC Approval Order
DE03NWP-002, or other method as approved by
Ecology, may be used to document compliance with the
SQER limit.
Periodic Monitoring: PID or other device capable of
detecting TAPs measurements.
Test Method: Not specified.
Test Frequency: Once every 2 years.
Required Records: 1. IH Test Plan.
2. Results of measurements.
Calculation Model: Not applicable.
Continuous
CDM: Evaluation of emissions
potential from stored inventory
confirms toxic compounds not
included in T-BACT analysis were
below SQER limits.
Condition: An internal annual assessment of the
facility container tracking system, such as SWITS of
the data management system (DMS), shall be
conducted by the facility to document/ verify de
minimus emissions from the source. This assessment
will be maintained on file, made available for Ecology
inspector requests, and compiled into emission
estimates that will be reported annually beginning as
part of the Calendar Year 2003 nonradioactive
inventory of airborne emissions.
Periodic Monitoring: Recordkeeping; Comparison to
threshold.
Test Method: Not specified.
Test Frequency: Annually.
Required Records: 1. Throughput records, SWITs
query evaluation if > 1,000 drums.
2. Nonradioactive air emissions inventory report
required by WAC 173-400-105.
Calculation Model: Not applicable.
Continuous
CDM: Fewer than 1,000 drums were
processed through WRAP during the
CY. Also, the emissions potential
from stored inventory was evaluated.
Condition: Emission Controls Monitors:
Source data from an Organic Vapor Analyzer using a
Photoionization detector (PID) with at least an 11.7eV
lamp, or other device capable of detecting TAPs, was
conducted by the facility in providing verification of de
minimus ( i.e., parts per million levels) fugitive
emissions in the drum storage and NDE/NDA areas.
The results of source test information, conducted on or
at the source(s) locations in lieu of downstream at the
stack, have been provided to the permit writer under
separate cover. This information had been determined
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel confirmed
that IH monitoring has been
performed during the last 2 years.
DOE/RL-2017-02, Rev. 0
A-52
Requirement Compliance
Status Compliance Determination Method
to satisfy the previous approval order condition for this
source in performing one-time monitoring to
demonstrate TAP emissions are below the estimates
provided in the NOC application and T-BACT analysis
for the drum storage and DNE/NDA areas. As such, no
additional sampling or monitoring will be required
under this approval order.
The facility will continue to perform at least once every
two years, and make available upon request or
inspection, results from any Industrial Hygiene program
measurements to further demonstrate compliance with
limits contained herein. The test plan for conducting
these measurements shall also be maintained on file and
made available upon request and/or inspection by
Ecology.
Periodic Monitoring: IH Program measurements as
specified in NOC, including alternative methods.
Test Method: Not specified.
Test Frequency: Once every two years.
Required Records: Test plan.
Measurement results.
Calculation Model: Not applicable.
Permit: AOP 1.6 Non-CUs
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP 1.6 Non-CUs with No Fugitive Emission or Dust Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 20% Opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any
1 hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1, unless an alternative
visible emissions, opacity, or particulate matter
emission limit is identified in Table 1.6.
Test Method: EPA Method 9 of 40 CFR 60,
Appendix A.
Test Frequency: Not Applicable.
Required Records: As specified in Section 2.1
Calculation Model: Not applicable.
Continuous
CDM: WRAP maintains abatement
control technology (stack HEPA
filtration) as required in AOP
Attachment 2.
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
Continuous
CDM: Ecology determined this
emission unit does not emit
significant levels of SO2. Process has
not been modified to increase SO2
emissions.
DOE/RL-2017-02, Rev. 0
A-53
Requirement Compliance
Status Compliance Determination Method
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A
Test Frequency: Not Applicable.
Required Records: As specified in Section 2.7
Calculation Model: Not applicable.
P-WTP-001
Page in AOP Renewal 2, Revision B: 1-067
Permit: DE02NWP-002, Revision 2
Issue Date: 04-24-13 Effective Date:04-24-13 Date In AOP: 05-01-14
NOC: Waste Treatment and Immobilization Plant (WTP)
Requirement Compliance
Status Compliance Determination Method
Condition: 9.8 Construction Phase Fugitive Dust
Control Plan(s), prepared using EPA and Ecology
guidelines, shall be developed and implemented. The
plan(s) shall address fugitive dust control at the WTP
construction site adjacent to the Hanford 200 Area and
the Material Handling Facility established upon property
leased from the Port of Benton. A copy of this plan(s)
shall be maintained on-site at all times in a place known
to facility employees that are responsible for complying
with the requirements contained therein and shall be
retrievable by those employees at all times when
activities regulated by the documents are occurring.
These documents shall be made available to Ecology
upon request
Periodic Monitoring: Not applicable. The owner or
operator shall take reasonable precautions (such as pre-
job planning) to prevent fugitive dust from becoming
airborne.
Test Method: Construction Phase Fugitive Dust Control
Plan
Test Frequency: During construction or routine/ad hoc
dust suppression
Required Records: Fugitive Dust Control Plan and
records or actions taken to minimize fugitive dust.
Calculation Model: Not applicable.
Continuous CDM: Records Review.
Condition: 2.1 Opacity from each exhaust stack from
process facilities (Pretreatment, HLW and LAW) shall
not exceed 5%, other facility stacks shall not exceed 10
percent, over a 6 minute average as measured by EPA
Reference Method 9 of 40 CFR 60, Appendix A, or an
equivalent method approved in advance by Ecology. A
certified opacity reader shall read and record the opacity
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
concurrent with any source testing.
Periodic Monitoring: For Pretreatment, HLW and
LAW, See Section 2.1, Tier 3.
Test Method: EPA Reference Method 9 of 40 CFR 60,
Appendix A.
Test Frequency: Initial test.
Required Records: Test Records.
Calculation Model: Not applicable.
Condition: 2.1 Opacity from each exhaust stack from
process facilities (Pretreatment, HLW and LAW) shall
not exceed 5%, other facility stacks shall not exceed 10
percent, over a 6 minute average as measured by EPA
Reference Method 9 of 40 CFR 60, Appendix A, or an
equivalent method approved in advance by Ecology. A
certified opacity reader shall read and record the opacity
concurrent with any source testing.
Periodic Monitoring: For Boilers, generators and fire
pumps, See Section 2.1, Tier 1.
Test Method: EPA Reference Method 9 of 40 CFR 60,
Appendix A.
Test Frequency: At least once per calendar quarter.
Required Records: Test Records.
Calculation Model: Not applicable.
Continuous CDM: Test Records.
Condition: Condition: 2.1 Opacity from each exhaust
stack from process facilities (Pretreatment, HLW and
LAW) shall not exceed 5%, other facility stacks shall
not exceed 10 percent, over a 6 minute average as
measured by EPA Reference Method 9 of 40 CFR 60,
Appendix A, or an equivalent method approved in
advance by Ecology. A certified opacity reader shall
read and record the opacity concurrent with any source
testing.
Periodic Monitoring: For other facility stacks, See
Section 2.1, Tier 3.
Test Method: EPA Reference Method 9 of 40 CFR 60,
Appendix A.
Test Frequency: Initial test.
Required Records: Test Records.
Calculation Model: Not applicable.
Not
Applicable
CDM: 'Other' Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: 2.2; PSD-02-01, Cond. 2. All boilers,
generators and the diesel fire pump shall be fired on
Ultra-Low Sulfur Fuel (ULSF). ULSF means natural
gas, propane, or fuel oil with a sulfur content of
0.0015% or less. Compliance shall be monitored by
maintaining and submitting reports of fuel purchases.
Periodic Monitoring: Recordkeeping and Semiannual
report.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Records of monthly fuel purchases
Continuous CDM: Monthly fuel purchase records
and certification of fuel sulfur content.
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
and use and an annual certification, from the fuel
distributor, stating the sulfur content of the fuel that was
supplied. (PSD-02-01 Cond 17.3)
Calculation Model: Not applicable.
Condition: 2.3; PSD-02-01, Cond. 8. The operation of
the six steam generating boilers shall not exceed an
annual aggregated fuel consumption limit of 13,400,000
gallons per year summed daily for the previous 365
days.
Periodic Monitoring: Recordkeeping and Semiannual
report of consumption over 12 months.
Test Method: Not specified.
Test Frequency: Daily
Required Records: Maintain fuel purchase records
(PSD-02-01 Cond 17.3)
Calculation Model: Not applicable.
Not
Applicable
CDM: Boiler facilities were under
construction during the reporting
period; therefore, this condition did
not apply
Condition: 2.4; PSD-02-01, Cond. 11, Cond 13. The
emergency generator shall not operate for more than 164
hours per year on a 12 month rolling summation
calculated once per month. Compliance shall be
monitored by installing and operating non-resettable
totalizers on each generator.
Periodic Monitoring: Recordkeeping
Test Method: Not specified.
Test Frequency: Monthly.
Required Records: Records showing all hours of
operation.
Calculation Model: Not applicable.
Not
Applicable
CDM: Generator construction was not
complete during the reporting period;
therefore, this condition did not apply.
Condition: 2.4; PSD-02-01, Cond 13. The emergency
turbine generators shall not operate for more than 164
hours per year on a 12 month rolling summation
calculated once per month. Compliance shall be
monitored by installing and operating non-resettable
totalizers on each generator.
Periodic Monitoring: Recordkeeping
Test Method: Not specified.
Test Frequency: Monthly.
Required Records: Records showing all hours of
operation.
Calculation Model: Not applicable.
Not
Applicable
CDM: Turbine generator construction
was not complete during the reporting
period; therefore, this condition did
not apply.
Condition: 2.5; PSD-02-01, Cond 15. Each of the diesel
fire pumps shall not operate for more than 230 hours per
year on a 12 month rolling summation calculated once
per month. Compliance shall be monitored by installing
and operating a non-resettable totalizer on the fire pump.
Periodic Monitoring: Recordkeeping
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Monthly
Calculation Model: Not applicable.
Continuous CDM: Recordkeeping.
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
Condition: 3.2 A new NOC will be required, if total
emissions of toxic air pollutants exceed the values
specified in the tables in Attachment 1 of the Notice of
Construction Application. These values shall be
confirmed by emission calculations, for indicator
constituents, derived from waste characterization data
obtained through implementation of the Ecology
approved Regulatory Data Objectives Supporting Tank
Waste Remediation System Privatization Project
(PNNL-12040). The mass feed rates for the indicator
constituents will be verified to be less than or equal to
the mass feed rates used in the Integrated Emissions
Baseline Report for the Hanford Tank Waste Treatment
and Immobilization Plant (24590-WTP-RPT-PO-03-
008, Rev. 0). Results of any such calculations will be
maintained on file and made available upon
inspection/request.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: At least once per calendar year.
Required Records: 1. Calculations of TAPs emissions
derived from waste feed characterization.
2. Calculations of ammonia emissions from LAW and
HLW.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: 2.3 A new NOC also is required if total
emissions of any criteria pollutants, derived from
calculations/monitoring, would exceed the estimates
listed under the Emissions section of this order.
Periodic Monitoring: Recordkeeping
Test Method: Not Specified.
Test Frequency: At least once per calendar year.
Required Records: Calculations of criteria pollutants.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: 4.1; PSD-02-01, Conditions 3.2, 4.2, 5.2,
6.2, and 7.2. Within 180-days of achieving the
optimized feed rate of simulant at which the facilities
will be operated, the permittee shall demonstrate initial
compliance through a performance demonstration
conducted per an Ecology approved Performance
Demonstration Plan. The permittee shall utilize the
Performance Demonstration Plan requirements
identified in the Dangerous Waste Portion of the
Resource Conservation and Recovery Act Permit for the
Treatment, Storage, and Disposal of Dangerous Waste
Hanford Tank Waste Treatment and Immobilization
Plant (DWP), condition III.10.H.5.f (LAW) and
III.10.J.5.f (HLW). Ecology shall be notified at least 30
days prior to the test and invited to participate in the test
activities at least one week prior to testing.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
Required Records: 1. Notification Documentation.
2. Performance Demonstration Plan.
Calculation Model: Not applicable.
Condition: 4.2 Testing per the initial compliance testing
identified in 3.1 shall be conducted in accordance with
the frequency identified in the DWP, condition
III.10.I.1.h (LAW) and II.10.K.1.h (HLW).
Periodic Monitoring: Recordkeeping, measurements,
and emission calculations.
Test Method: As stated in DWP conditions III.10.I.1.h
(LAW) and III.10.K.1.h (HLW).
Test Frequency: At startup and at least once every 5
years thereafter.
Required Records: Test records.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: 4.5; PSD-02-01 Conditions 3-7, 9-10, 12,
14. Within 180 days of initial startup, boiler, emergency
generator, and process facility source testing shall be
conducted according to the following methods, unless an
alternate method has been proposed in writing by the
permittee and approved by Ecology in writing in
advance of the testing.
Tested Pollutant Reference Method (40 CFR §60
Appendix A unless otherwise
defined), as of 7/1/2000
Carbon Monoxide Method 10
Nitrogen Oxide Method 7E
Volatile Organic
Compounds Method 18
Sulfur Dioxide Method 6C
Visible Emissions Method 9
Particulate Matter
40 CFR 60 Appendix A Method
5; 40 CFR 51 Appendix M
Method 201 or 201A for the
front half analysis and 40 CFR
51 Appendix M Method 202 for
the back half
Periodic Monitoring: Recordkeeping, measurements,
and emission calculations.
Test Method: As stated in condition.
Test Frequency: Initial startup and every 5 years
thereafter.
Required Records: Test Records.
Calculation Model: Not applicable.
Not
Applicable
CDM: Boiler and generator
construction was not completed during
the reporting period; therefore, this
condition did not apply.
Condition: 4.6 During the boiler source testing, a
direct-reading measurement device for carbon monoxide
with a minimum measurement accuracy of five percent
or less shall take readings according to methods
proposed by the permittee and approved by Ecology in
Not
Applicable
CDM: Boiler construction was not
completed during the reporting period;
therefore, this condition did not apply.
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
writing in advance of the testing. The direct-reading
instrument shall be calibrated for future use, using the
results of the source testing.
Periodic Monitoring: Recordkeeping, measurements,
and emission calculations.
Test Method: Portable emissions analyzer calibrated
during most recent source test.
Test Frequency: Initial startup.
Required Records: Logs of boiler tune-ups and
significant boiler maintenance activities will be
maintained.
Calculation Model: Not applicable.
Condition: 5.0 Emissions from boilers and generators
shall be monitored for CO, and Oxygen by means of a
portable emissions analyzer (direct-reading
measurement device) at initial startup and after routinely
scheduled maintenance activities and burner/control
adjustments such as fuel/air metering ratio control and
oxygen trim control.
Periodic Monitoring: Recordkeeping, measurements,
and emission calculations.
Test Method: Portable emissions analyzer calibrated
during most recent source test.
Test Frequency: Initial startup and after routinely
scheduled maintenance activities and burner/control
adjustments such as fuel/air metering ratio control and
oxygen trim control.
Required Records: Logs of boiler tune-ups and
significant boiler maintenance activities will be
maintained.
Calculation Model: Not applicable.
Not
Applicable
CDM: Boiler and generator
construction was not completed during
the reporting period; therefore, this
condition did not apply.
Permit: PSD-02-01, Amend 3
Issue Date: 04-04-13 Effective Date:04-04-13 Date In AOP: 08-01-16
NOC: PSD-02-01, Amendment 3
Requirement Compliance
Status Compliance Determination Method
Condition: Condition 2; Ultra-low sulfur fuel <=
0.0015% by wt. for Steam Generating Boilers, Diesel
Fire Pumps, and Backup Emergency Generators
Periodic Monitoring: Not applicable.
Test Method: Recordkeeping.
Test Frequency: Semiannually.
Required Records: Fuel Purchase records and a written
statement in each semiannual report of the type of fuel
used.
Calculation Model: Not applicable.
Continuous CDM: Fuel Purchase Records.
Condition: Condition 3; PM10 <= 0.02 g/dscf, 24- hour
average or 0.456 lb/hr, 24-hour average for the
Pretreatment Plant.
Not
Applicable CDM: Facilities were under
construction during the reporting
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
Periodic Monitoring: Not applicable.
Test Method: 40 CFR 60 Appendix A, Method 5, 40
CFR 51 Appendix M Method 201 or 201A for the front
half analysis and 40 CFR 51 Appendix M Method 202
for the back half.
Test Frequency: 5 years.
Required Records: Calculations based on testing
results and hours of operation.
Calculation Model: Not applicable.
period; therefore, this condition did
not apply.
Condition: Condition 5; PM10 <= 0.36 lb/hr at 21% O2,
24-hr average for the LAW Vitrification Plant.
Periodic Monitoring: Not applicable.
Test Method: 40 CFR 60 Appendix A, Method 5, 40
CFR 51 Appendix M Method 201 or 201A for the front
half analysis and 40 CFR 51 Appendix M Method 202
for the back half.
Test Frequency: 5 Years.
Required Records: Calculations based on testing
results and hours of operation.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: Condition 4; NOx <= 477 ppm dry per
volume at 21% O2, 24 hr average or 200.1 lb/day
averaged over 30 consecutive days for the LAW
Vitrification Plant.
Periodic Monitoring: Not applicable.
Test Method: 40 CFR 60 Appendix A, Method 7E
Test Frequency: Continuous; using a Continuous
Emission Monitor (CEM) for NOx and a flow meter.
Required Records: Testing results CEM for NOx and
flow meter, and CEM performance evaluation.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: Condition 7; PM10 <= 0.135 lb/hr at 21%
O2, when averaged over 24 consecutive hours for the
HLW Vitrification Plant.
Periodic Monitoring: Not applicable.
Test Method: 40 CFR 60 Appendix A, Method 5, 40
CFR 51 Appendix M Method 201 or 201A for the front
half analysis and 40 CFR 51 Appendix M Method 202
for the back half.
Test Frequency: 5 years
Required Records: Calculations based on testing
results and hours of operation.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: Condition 6; NOx 352 ppmdv at 21% O2,
over a 24 hr. average 24 hr average or 23.3 lb/day
averaged over 30 consecutive days for the HLW
Vitrification Plant.
Periodic Monitoring: Not applicable.
Test Method: 40 CFR 60 Appendix A, Method 7E;
CEM.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
Test Frequency: CEM Continuous
Required Records: Testing results, CEM for NOx and
flow meter, and CEM performance evaluation.
Calculation Model: Not applicable.
Condition: Condition 8; Maximum aggregated fuel
consumption for steam boilers 1, 2, 3, 4, 5, and 6 shall
not exceed 13,400,000 gallons per year.
Periodic Monitoring: Not applicable.
Test Method: Verification of fuel purchases.
Test Frequency: Semiannual
Required Records: Fuel purchase records and a written
statement in each semiannual report of the total fuel
consumption over the previous 12 months.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: Condition 10; PM or PM10; <= 0.02
lb/MMBtu or 1.0 lb/hr averaged over 24 consecutive
hours for all steam boilers.
Periodic Monitoring: Not applicable.
Test Method: 40 CFR 60 Appendix A, Method 5, 40
CFR 51 Appendix M Method 201 or 201A for the front
half analysis and 40 CFR 51 Appendix M Method 202
for the back half.
Test Frequency: 5 years.
Required Records: Testing results and hours of
operation.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: Condition 9; NOx <= 0.09 lb/MMBtu at 3%
02 or 4.52 lb/hr averaged over 24 consecutive hours for
Steam Boilers.
Periodic Monitoring: Not applicable.
Test Method: Method 7E of 40 CFR 60 Appendix A.
Test Frequency: 5 Years
Required Records: Calculations based on testing
results and hours of operation.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: Conditions 11 and 13; Each Type 1
emergency generator and turbine generators shall not
exceed 164 hours per year when averaged over 12
consecutive months, calculated once per month.
Periodic Monitoring: Not applicable.
Test Method: Installing and operating a non-resettable
totalizer on each generator.
Test Frequency: Semiannual.
Required Records: Hours of operation reported in the
semiannual report for the previous 6 months and the
summation of hours operated over the previous 12
months.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: Condition 12; NOx from the Type I
generator <= 391.1 lb/day (each), when averaged over
24 consecutive hours.
Not
Applicable CDM: Facilities were under
construction during the reporting
DOE/RL-2017-02, Rev. 0
A-61
Requirement Compliance
Status Compliance Determination Method
Periodic Monitoring: Not applicable.
Test Method: Method 7E of 40 CFR 60 Appendix A.
Test Frequency: 5 years.
Required Records: Calculations based on testing
results and hours of operation.
Calculation Model: Not applicable.
period; therefore, this condition did
not apply.
Condition: PSD-02-01, Condition 14; Emissions of
NOx from the emergency turbine generators shall not
exceed 69.8 pounds per day (each), when averaged over
24 consecutive hours and 164 hours per year averaged
over 12 consecutive months.
Periodic Monitoring: Not applicable.
Test Method: Method 7E of 40 CFR 60 Appendix A.
Test Frequency: 5 years
Required Records: Calculations based on testing
results and hours of operation.
Calculation Model: Not applicable.
Not
Applicable
CDM: Facilities were under
construction during the reporting
period; therefore, this condition did
not apply.
Condition: Condition 15; Hours of operation for each
pump shall not exceed 230 hours per year averaged over
12 consecutive months.
Periodic Monitoring: Not applicable.
Test Method: Installing and operating a non-resettable
totalizer on each generator.
Test Frequency: Semiannually.
Required Records: Written statement in each
semiannual report of hours of operation.
Calculation Model: Not applicable.
Continuous CDM: Recordkeeping.
Integrated Disposal Facility
Page in AOP Renewal 2, Revision A: 1-054
Page in AOP Renewal 2, Revision B: 1-081
Permit: DE05NWP-004
Issue Date: 05-31-05 Effective Date: 05-31-05 Date In AOP: 01-01-07
NOC: Operation of the Integrated Disposal Facility (IDF)
Requirement Compliance
Status Compliance Determination Method
Condition: EMISSION LIMITS FOR WASTE
COVERING OPERATIONS
During waste covering operations, aggregate will be
used to cover the waste package at the IDF. Dust
control for covering the waste package will consist of
watering and/or chemical wetting agents. Waste
covering operations will be curtailed during high winds
in accordance with abnormal operating procedures for
high winds. Prior to long periods of inactivity, an
assessment shall be made to implement more
comprehensive dust control methods, such as chemical
stabilization, on disturbed areas. A reassessment will be
Not
Applicable
CDM: Waste has not been introduced
to the IDF. The facility is operating
under caretaker status.
DOE/RL-2017-02, Rev. 0
A-62
Requirement Compliance
Status Compliance Determination Method
made once per week.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Daily activity reports, logs, pre-job
reviews, management assessments, surveillances or
similar documents.
Calculation Model: Not applicable.
Condition: EMISSION LIMITS FOR TRAVEL ON
UNPAVED ROADS
Surface treatment for dust control will consist of
watering and/or chemical stabilization. Minimize
vehicle use on unpaved road. Perform regular
maintenance of road surface. Reduce vehicle speed
limit on unpaved roads.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Daily activity reports, logs, pre-job
reviews, management assessments, surveillances or
similar documents.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews.
Comment: This is an inactive facility
with access controls. Water was
applied, when needed, to unpaved
roads and disturbed soil for dust
control during the reporting period.
Vehicle traffic on unpaved roads is
kept to a minimum and speed limits
are reduced. Conditions were
assessed weekly. Main access gate is
closed and locked.
Condition: EMISSION LIMITS FOR AGGREGATE
COVER COMPACTING
A water truck will be provided, and operated as needed
to spray water for compaction. Waste covering
operations will be curtailed during high winds in
accordance with abnormal operating procedures for
high winds. Prior to long periods of inactivity an
assessment shall be made to implement more
comprehensive dust control methods, such as chemical
stabilization, on disturbed areas. A reassessment will be
made once per week.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Daily activity reports, logs, pre-job
reviews, management assessments, surveillances or
similar documents.
Calculation Model: Not applicable.
Not
Applicable
CDM: Waste has not been introduced
to the IDF. The facility is operating
under caretaker status.
Condition: EMISSION LIMITS FOR AGGREGATE
STORAGE PILE
Watering will be utilized to minimize wind erosion
during storage pile operation. Storage pile work will be
curtailed during high winds in accordance with
abnormal operating procedures for high winds. Prior to
long periods of inactivity an assessment shall be made
to implement more comprehensive dust control
methods, such as chemical stabilization, on disturbed
areas. A reassessment will be made once per week.
Minimize vehicle traffic. Minimize areas of
Continuous
CDM: Waste has not been introduced
to the IDF. The facility is operating
under caretaker status. The storage
pile has not been disturbed and is
periodically assessed to verify that
additional dust control measures are
not needed.
Comment: Water was applied, when
needed, to prevent fugitive dust from
becoming airborne, to minimize dust
DOE/RL-2017-02, Rev. 0
A-63
Requirement Compliance
Status Compliance Determination Method
disturbance.
Periodic Monitoring: Recordkeeping.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Daily activity reports, logs, pre-job
reviews, management assessments, surveillances or
similar documents.
Calculation Model: Not applicable.
generation, and to minimize wind
erosion during the reporting period.
Condition: FUGITIVE EMISSIONS
The permittee shall take reasonable precautions to
prevent the release of air contaminants from any
emissions unit engaging in materials handling,
construction, demolition, or any other operation that is
a source of fugitive emissions.
Periodic Monitoring: Pre-job planning to determine
reasonable control measures.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: None listed.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews.
Comment: Water was applied, when
needed, to prevent fugitive dust from
becoming airborne, to minimize dust
generation, and to minimize wind
erosion during the reporting period.
Condition: FUGITIVE DUST
Requires reasonable precautions be taken to prevent
fugitive dust from becoming airborne and to minimize
dust generation.
Periodic Monitoring: Pre-job planning to determine
reasonable control measures.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: None listed.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews.
Comment: Water was applied as
required to prevent fugitive dust from
becoming airborne, to minimize dust
generation, and to minimize wind
erosion during the reporting period.
Permit: AOP 1.6 Non-CUs
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP 1.6 Non-CUs with No Fugitive Emission or Dust Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 20% Opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any
1 hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1, unless an alternative
visible emissions, opacity, or particulate matter
emission limit is identified in Table 1.6.
Test Method: EPA Method 9 of 40 CFR 60,
Appendix A.
Test Frequency: Not Applicable.
Continuous
CDM: Waste has not been introduced
to the IDF. The facility is operating
under care taker status.
DOE/RL-2017-02, Rev. 0
A-64
Requirement Compliance
Status Compliance Determination Method
Required Records: As specified in Section 2.1
Calculation Model: Not applicable.
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A
Test Frequency: Not Applicable.
Required Records: As specified in Section 2.7
Calculation Model: Not applicable.
Continuous
CDM: Ecology has determined that
this emission unit does not emit
significant levels of SO2. The
process has not been modified to
increase S O2 emissions.
Comment: Waste has not been
introduced to the IDF. The facility is
operating under care taker status.
Ventilation Systems for 241-AN and 241-AW Tank Farms
The following emission units are summarized here: P-296A044-001 | P-296A045-001 | P-296A046-001 |
P-296A047-001.
Page in AOP Renewal 2, Revision A: 1-057
Page in AOP Renewal 2, Revision B: 1-084Permit: DE05NWP-001 R1
Issue Date: 07-31-07 Effective Date: 07-31-07 Date In AOP: 12-05-07
NOC: Non-Radioactive Air Emissions NOC for Operation of New Ventilation Systems in AN and AW Tank Farms
Requirement Compliance
Status Compliance Determination Method
Condition: Emission Limits
Visible emissions from each stack shall not exceed five
(5) percent.
Periodic Monitoring: Compliance and monitoring
shall be met by Tier 3 Visible Emissions Survey
requirements of the Hanford AOP, Section 2.1. Should
visible emissions be observed which are not solely
attributable to water condensation, compliance shall be
met by performing an opacity determination utilizing
40 CFR 60, Appendix A, Method 9, providing that such
determination shall not place the visible emission
observer in hazard greater than that identified for the
general worker.
Test Method: 40 CFR 60, Appendix A, Method 9, as
applicable.
Test Frequency: None specified (as needed for
monitoring and compliance).
Required Records: Visible emission surveys records
in which a visible emission was observed, which are
not solely attributable to water condensation; and
Method 9 results if conducted.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews.
Comment: Abatement equipment
intact and operational, and no visible
emissions were reported during CY
2016.
DOE/RL-2017-02, Rev. 0
A-65
Requirement Compliance
Status Compliance Determination Method
Condition: EMISSION LIMITS
Primary tank ventilation exhauster systems shall not
exceed 4,000 ft3/min (at standard temperature and
pressure).
Periodic Monitoring: Compliance and monitoring of
this condition shall be demonstrated by stack gas flow
and temperature measurement.
Test Method: Not specified.
Test Frequency: None specified (as needed for
monitoring and compliance).
Required Records: (1) Records of exhauster system
stack flow rates and temperature records.
(2) Records of calibration of stack gas flow rate and
temperature measurement devices.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews, work control
process, operations logs, and WRPS
work documents.
Condition: REPORTING
Visible emission surveys conducted and a report of the
maintenance conducted to maintain the subject exhaust
system's T-BACT operations shall be submitted to
Ecology within 30 days of completion of the survey
with an assessment of the cause of visible emissions.
Periodic Monitoring: Compliance of this condition is
met by submitting to Ecology within thirty (30) days of
completion of the survey with an assessment of the
cause of visible emissions.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Visible emission surveys
conducted and a report of the maintenance.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews.
Comment: Abatement equipment
intact and operational, and no visible
emissions reported during CY 2016.
Condition: REPORTING
Identification of any TAP not previously identified
within the Notice of Construction Application or
Supplement emissions estimates shall be submitted to
Ecology within ninety (90) days of completion of
laboratory analyses which verify emissions of that toxic
air pollutant from the project.
Periodic Monitoring: Compliance of this condition is
met by submitting to Ecology within ninety (90) days
of completion of laboratory analyses which verify
emissions of that toxic air pollutant from the project.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Laboratory analysis.
Calculation Model: Not applicable.
Continuous
CDM: Tank Waste Information
Network System (TWINS), IH
monitoring and sample analysis
database. WRPS notification
procedure and notification logbook.
DOE/RL-2017-02, Rev. 0
A-66
Requirement Compliance
Status Compliance Determination Method
Condition: REPORTING
Results of emission assessments conducted shall be
submitted to Ecology within 90 days of completion of
the assessment.
Periodic Monitoring: Compliance of this condition is
met by submitting to Ecology within ninety (90) days
of completion of such assessment.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Emission assessment results.
Calculation Model: Not applicable.
Continuous CDM: Field interviews.
Permit: DE05NWP-001, Amend A
Issue Date: 03-26-13 Effective Date: 03-26-13 Date In AOP: 05-01-14
NOC: Non-Radioactive Air Emissions NOC for Operation of New Ventilation Systems in AN and AW Tank Farms,
Amendment 1
Requirement Compliance
Status Compliance Determination Method
Condition: Emission Limits
Emissions of ammonia shall not exceed 2.9 pounds per
hour (3.63E-01 gram/second) from the primary tank
ventilation exhauster system. The term 'either exhauster
system' shall mean each individual primary tank
ventilation exhauster system within the 241-AN and
241-AW Tank Farms, where an exhauster system may
be operated in single-train or dual-train modes.
Periodic Monitoring: Conduct of ammonia
concentration readings and apply these concentration
readings with contemporaneous stack flow rate and
temperatures to determine instantaneous mass release
rate of ammonia.
Test Method: Ammonia sampling and analysis will be
in accord with approved alternative sampling
procedures including the use of Draeger tubes to
measure stack gas concentration of ammonia providing
such devices are spanned to appropriately measure the
stack gas ammonia concentration. Stack flow rate and
temperature will be applied with the ammonia stack gas
concentration to report ammonia emission in terms of
grams per second.
Test Frequency: In order to assess baseline emission
concentrations from each exhauster system, emission
levels of ammonia will be assessed between 12 and 24
hours after initiation of exhauster operation (single train
or duel train). Ammonia stack concentrations shall be
sampled a minimum of three times.
Baseline Assessments
Baseline assessments shall be conducted within ninety
(90) days of commencement of operations. Should dual
exhauster train operation not be required by the
Continuous
CDM: IH monitoring and sample
analysis plans and database, and
WRPS work documents.
DOE/RL-2017-02, Rev. 0
A-67
Requirement Compliance
Status Compliance Determination Method
Permittee during this ninety (90) day period, assessment
of dual train operation emissions shall be conducted on
the first occasion of dual train operation which is
anticipated to exceed 24 hours duration.
Bi-Annual Emission Assessment
In order to maintain reasonable assurance of continued
compliance with emission limitations from these
exhauster systems, bi-annual assessment of ammonia
stack emissions will be conducted beginning the second
calendar year following completion of single train
exhauster operation assessment under Section 3.1 of
NOC approval order DE05NWP-001. A minimum of
three samples shall be used to assess these emissions.
Required Records: Results of emission assessments,
baseline and bi-annual emission monitoring results,
supporting data and calculations to demonstrate
compliance with ammonia limits.
Calculation Model: Not applicable.
Condition: EMISSION LIMITS
All TAPs, as shown in Table 2 of Approval Order
DE05NWP-001, Rev 1 and Amd A, shall be below their
respective ASIL or Screening Level of Table 1 of
Approval Order DE05NWP-001 Rev 1.
Periodic Monitoring: Compliance and monitoring shall
be met by operating the exhauster systems only when in
accord with T-BACT emission controls for the project.
T-BACT for this project has been determined to be
operation of the primary tank ventilation exhauster
systems not exceeding 4,000 cubic feet per minute with
moisture de-entrainment, pre-heater, and HEPA
filtration in service in the treatment train.
Test Method: Not specified.
Test Frequency: None specified (as needed for
monitoring and compliance).
Required Records: Documentation and record-keeping
of T-BACT compliance of emission control found for
this project (operation of the primary tank ventilation
exhauster system not exceeding 4,000 ft3/min with
moisture de-entrainment, pre-heater, and HEPA
filtration in service in the treatment train).
Calculation Model: Not applicable.
Continuous
CDM: Field interviews, Site Wide
Industrial Hygiene Database
(SWIHD), operation logs and WRPS
work documents.
Comment: Operated in accordance
with T-BACT. WRPS notification
procedure and notification logbook.
Permit: AOP 1.6 Non-CUs Less 20 Pct Opacity & No Fugitive
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - Non-CUs with Less the 20 Percent Opacity Requirements and No Fugitive Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
Continuous
CDM: Ecology has determined that
this emission unit does not emit
significant levels of SO2. The
DOE/RL-2017-02, Rev. 0
A-68
Requirement Compliance
Status Compliance Determination Method
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
process has not been modified to
increase SO2 emissions.
200 Area Single Shell Tank Categorical Waste Retrieval
The following emission units are summarized here: P-296P043-001 | P-296P044-001 | P-296P045-001 | P 296P047-
001 | P-296P048-001 | P-296P107-001.
Page in AOP Renewal 2, Revision A: 1-062
Page in AOP Renewal 2, Revision B: 1-089
Permit: DE05NWP-002 R2
Issue Date: 07-31-07 Effective Date: 07-31-07 Date In AOP: 12-05-07
NOC: Approval of Criteria and Toxics Air Emissions NOC Application for Operations of Waste Retrieval Systems
in SST Farms as supplemented with C Farm Exhauster Operation
Requirement Compliance
Status Compliance Determination Method
Condition: EMISSION LIMITS
Visible emissions from each tank ventilation exhauster
stack or aggregated exhauster stack shall not exceed
five percent.
Periodic Monitoring: Compliance and monitoring
shall be met by Tier 3 Visible Emissions Survey
requirements of the Hanford AOP, Section 2.1. Should
visible emissions be observed which are not solely
attributable to water condensation, compliance shall be
met by performing an opacity determination utilizing
40 CFR 60, Appendix A, Method 9, providing that such
determination shall not place the visible emission
observer in hazard greater than that identified for the
general worker.
Test Method: 40 CFR 60, Appendix A, Method 9, as
applicable.
Test Frequency: None Specified (as needed for
monitoring and compliance)
Required Records: Visible emission surveys records
in which a visible emission was observed, which are
not solely attributable to water condensation; and
Method 9 results if conducted.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews and
operations logs.
Comment: Abatement equipment
intact and operational, and no visible
emissions were reported during CY
2016.
DOE/RL-2017-02, Rev. 0
A-69
Requirement Compliance
Status Compliance Determination Method
Condition: EMISSION LIMITS
Tank ventilation exhauster systems for the 241-C SST
farm 100 series tanks (241-C-101 through 241-C-112)
shall not exceed cumulative flow rates of 7,000 ft3/min
(at standard temperature and pressure) for three
exhausters individually limited to 1,000 ft3/min, 3,000
ft3/min, and 3,000 ft3/min, respectively (at standard
temperature and pressure).
Periodic Monitoring: Compliance and monitoring of
this condition shall be demonstrated by stack gas flow
and temperature measurement.
Test Method: Not specified.
Test Frequency: None Specified (as needed for
monitoring and compliance).
Required Records: (1) Records of exhauster system
stack flow rates and temperature records.
(2) Records of calibration of stack gas flow rate and
temperature measurement devices.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews, Work
Management System, operations logs,
and WRPS work documents.
Condition: EMISSION LIMITS
SST ventilation exhauster systems for the retrieval of
wastes other than those of the 241-C tank farm 100
series tanks shall not exceed 1,000 ft3/min (at standard
temperature and pressure).
Periodic Monitoring: Compliance and monitoring of
this condition shall be demonstrated by stack gas flow
and temperature measurement.
Test Method: Not specified.
Test Frequency: None Specified (as needed for
monitoring and compliance).
Required Records: (1) Records of exhauster system
stack flow rates and temperature records.
(2) Records of calibration of stack gas flow rate and
temperature measurement devices.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews.
Comment: No activities were
conducted requiring the use of this
condition during the reporting period.
Condition: EMISSION LIMITS
All TAPs, as submitted in the permittee's NOC
Applications, shall be below their respective ASIL or
Screening Level of Table 1 in Approval Order
DE05NWP-002, Rev. 2.
Periodic Monitoring: Compliance and monitoring
with this condition shall be met by:
(1) Operating the exhauster systems only when in
accord with T-BACT emission controls found for this
project (operation of the tank ventilation exhauster
systems with moisture de-entrainment, pre-heater, and
HEPA filtration in service in the treatment train).
(2) Development and implementation of a sampling and
analysis plan (SAP) for each tank retrieval. For each
retrieval, the SAP shall address the emission of a
minimum of the three TAPs with the higher potential
ambient concentration relative to their ASILs of WAC
Continuous
CDM: Field interviews and IH
monitoring and sample analysis plans
and database. Operated in accordance
with T-BACT.
DOE/RL-2017-02, Rev. 0
A-70
Requirement Compliance
Status Compliance Determination Method
173-460-150 and WAC-173- 460-160 or relative to
their Screening Level of Table 1 of the Approval Order
DE05NWP-002, Rev 2. The TAPs addressed in the
SAP shall be identified from Table 2 of the Approval
Order DE05NWP-002, Rev 2, and based upon best
engineering judgment and most current tank content
data. Analytical methods for the analysis shall be the
United States EPA, OSHA, or NIOSH approved, or by
approved equivalent method.
Test Method: Not specified.
Test Frequency: None specified (as needed for
monitoring and compliance).
Required Records: (1) All monitoring and operations
records required to operate and maintain the emission
control equipment which implements T-BACT as
required in Periodic Monitoring above.
(2) SAPs developed for compliance demonstration as
described in Periodic Monitoring above.
(3) Laboratory analysis result summaries of any
samples undertaken after the effective date of the
Approval Order DE05NWP-002, Rev 2, from SST tank
farm tank headspaces or SST ventilation system
exhaust which are examined for organic species or
other TAPs.
Calculation Model: Not applicable.
Condition: REPORTING
Visible emission surveys, conducted pursuant to
Compliance Demonstration requirement 1.3.2, per
NOC approval DE05NPW-002, and a report of the
maintenance conducted to maintain the subject exhaust
system's T-BACT operations.
Periodic Monitoring: The reporting condition shall be
submitted to Ecology within thirty (30) days of
completion of the survey with an assessment of the
cause of visible emissions.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Visible emission surveys
conducted and a report of the maintenance.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews.
Comment: Abatement equipment
intact and operational, and no visible
emissions were reported during CY
2016.
Condition: REPORTING
Identification of any TAP not previously identified
within the Notice of Construction Application or
Supplement emissions estimates as defined in Table 2,
per NOC approval DE05NWP-002R1, shall be
submitted to Ecology within ninety (90) days of
completion of laboratory analyses which verify
emissions of that toxic air pollutant from the project.
Periodic Monitoring: The reporting condition shall be
submitted to Ecology within ninety (90) days of
completion of laboratory analyses which verify
emissions of that toxic air pollutant from the project.
Continuous
CDM: TWINS, IH monitoring and
sample analysis database.
Comment: New TAPs were
identified 2016 for 296-P-47.
Nitrosodiethylamine and
Nitrosopyrrolidine. Environmental
Operational Notification TOC-ENV-
NOT-2016-4245.
DOE/RL-2017-02, Rev. 0
A-71
Requirement Compliance
Status Compliance Determination Method
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Laboratory analysis.
Calculation Model: Not applicable.
Condition: REPORTING
An annual schedule (Federal fiscal year basis) of
anticipated operations and installations of exhauster
systems.
Periodic Monitoring: The reporting condition shall be
submitted by November first of each year.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Annual schedule.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews, WRPS work
documents and WRPS notification
procedure.
Condition: OPERATIONAL NOTICE
Notification shall be made at least ten (10) days prior to
initial operation of any exhauster system covered by the
ORDER DE05NWP-002 when installed to ventilate a
tank not previously actively ventilated under this
ORDER.
Periodic Monitoring: Not applicable.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Not applicable.
Calculation Model: Not applicable.
Continuous
CDM: Field interviews, WRPS work
documents and WRPS notification
procedure.
Comment: POR 126 and POR 127
operational notification, TOC-ENV-
NOT-2016-4271 R0 and R1, were
submitted in CY 2016.
Permit: AOP 1.6 Non-CUs <20 Pct Opacity & Fugitive
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - Non-CUs with Less than 20 Percent Opacity and Fugitive Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis:
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7
Calculation Model: Not applicable.
Continuous
CDM: Ecology has determined that
this emission unit does not emit
significant levels of SO2. The
process has not been modified to
increase SO2 emissions.
DOE/RL-2017-02, Rev. 0
A-72
E-85 Fuel Station
Page in AOP Renewal 2, Revision A: 1-067
Page in AOP Renewal 2, Revision B: 1-094
Permit: DE06NWP-001
Issue Date: 04-17-06 Effective Date: 04-17-06 Date In AOP: 01-01-07
NOC: E-85 Alternative Fuel
Requirement Compliance
Status Compliance Determination Method
Condition: Emission Limits
A. Emission of Volatile Organic Compounds shall not
exceed 40 tons per year.
B. All TAPs, as submitted in the Permittee's NOC
Application, shall be below their respective ASIL.
Periodic Monitoring: Record fuel storage tank loading
of the E-85 fuel and verify NOC Condition 1.6
requirements for each load received.
Test Method: Compliance of the approval condition
shall be demonstrated by installation of BACT and T-
BACT emission controls including (1) submerged or
bottom fill pipe such that the pipe inlet is fully
submerged when the fluid level in the tank is six inches
(15.2 cm) or greater, and (2) fitting to vapor balance
gasoline vapors with the delivery transport tank.
Test Frequency: Not applicable (maintenance records).
Required Records: Retention of fuel storage tank
loading records detailed in NOC (DE06NWP-001)
Approval Condition 1.6.
Calculation Model: Not applicable.
Continuous CDM: Recordkeeping.
Permit: AOP 1.6 Non-CUs
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP 1.6 Non-CUs with No Fugitive Emission or Dust Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 20% Opacity: Prohibits visible emissions
exceeding 20% opacity for more than 3 minutes in any 1
hour of an air contaminant from any emissions unit or
within a reasonable distance of the emission unit except
for scheduled soot blowing/grate cleaning or due to
documented water.
Periodic Monitoring: Section 2.1, unless an alternative
visible emissions, opacity, or particulate matter
emission limit is identified in Table 1.6.
Test Method: EPA Method 9 of 40 CFR 60,
Appendix A.
Test Frequency: Not Applicable.
Required Records: As specified in Section 2.1
Calculation Model: Not applicable.
Continuous CDM: Recordkeeping.
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A
Test Frequency: Not Applicable.
Required Records: As specified in Section 2.7
Calculation Model: Not applicable.
Continuous
CDM: Ecology has determined that
this emission unit does not emit
significant levels of SO2. The process
has not been modified to increase SO2
emissions.
600 Area Diffuse/Fugitive – HAMMER
Page in AOP Renewal 2, Revision A: 1-068 Page in AOP Renewal 2, Revision B: 1-095 Permit: DE07NWP-001
Issue Date: 04-19-07 Effective Date: 04-19-07 Date In AOP: 07-26-07
NOC: HAMMER Training Facility
Requirement Compliance
Status Compliance Determination Method
Condition: Visible emissions from training operations
shall not exceed twenty (20) percent opacity.
[WAC 173-400-040(2)]
Periodic Monitoring: Section 2.1, Tier 2
Test Method: Section 2.1, Tier 2 and/or EPA Method
9 of 40 CFR 60, Appendix A.
Test Frequency: Once per year, if visible emissions
are observed (see Periodic Monitoring).
Required Records: Records of Tier 2 visible emission
event surveys including EPA Method 9 results.
Calculation Model: Not applicable.
Continuous CDM: The emission unit did not
operate during the reporting period.
Condition: Fugitive emissions from training operations
shall be minimized. [WAC 173-400-040(4)(a)]
Periodic Monitoring: Use of operating procedures: (1)
keep containers closed when not in use, and (2) ensure
proper handling and storage to minimize unintentional
losses.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Records of (1) fugitive release
control procedure training, and (2) events which detail
non-compliance with fugitive release control
procedures or unintentional releases and response to
such events.
Calculation Model: Not applicable.
Continuous CDM: The emission unit did not
operate during the reporting period.
DOE/RL-2017-02, Rev. 0
A-74
Requirement Compliance
Status Compliance Determination Method
Condition: Particulate matter emissions from training
materials shall not exceed 1,500 pounds per year
(lb/yr). [WAC 173-400-1 10(5)(b)]
Periodic Monitoring: Material record-keeping.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Material balance records which
detail materials receipt and disposal, with a summary
assessment of losses calculated each calendar quarter.
Calculation Model: Not applicable.
Continuous CDM: The emission unit did not
operate during the reporting period.
Condition: Volatile Organic Compound (VOC)
emissions from training materials shall not exceed
4,000 lb/yr.
[WAC 173-400-1 10(5)(b)]
Periodic Monitoring: Material record-keeping.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Material balance records which
detail materials receipt and disposal, with a summary
assessment of losses calculated each calendar quarter.
Calculation Model: Not applicable.
Continuous CDM: The emission unit did not
operate during the reporting period.
Permit: DE07NWP-001, Amendment 1
Issue Date: 07-31-07 Effective Date: 07-31-07 Date In AOP: 12-05-07
NOC: HAMMER Training Facility
Requirement Compliance
Status Compliance Determination Method
Condition: Emissions of all TAPs, as identified in
Table 1 of NOC Order DE07NWP-001 (4/19/2007) and
Amendment 1 (7/31/2007), or newly identified, shall be
below their respective SQERs. [WAC 173-460-150]
Periodic Monitoring: Materials record-keeping.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Material balance records which
detail materials receipt and disposal with a summary
assessment of losses, calculated each calendar quarter.
Emission of any TAP exceeding SQERs detailed in
Table 1 of Order DE07NWP-001 shall be reported to
Ecology in accord with WAC 173-400-107.
Identification of any TAP not previously identified
within Order DE07NWP-001, shall be submitted to
Ecology within 90 days of initiation of use in training
with an estimate of annual emissions.
Calculation Model: Not applicable.
Continuous CDM: The emission unit did not
operate during the reporting period.
DOE/RL-2017-02, Rev. 0
A-75
Permit: AOP 1.6 Non-CUs Less 20 Pct Opacity & No Fugitive
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - Non CUs with <20% Opacity and No Fugitive Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
App. A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous CDM: The emission unit did not
operate during the reporting period.
181B/182B Emergency Diesel Engines
181B/182B Emergency Diesel Engines consist of the following emission units: E-181B-001 | E-182B-001 |
E-182B-002
Page in AOP Renewal 2, Revision A: 1-070 Page in AOP Renewal 2, Revision B: 1-097
No active NOC approvals in the AOP for this certification period.
WTP Construction Heaters & Dehumidifiers
Page in AOP Renewal 2, Revision A: 1-075 Page in AOP Renewal 2, Revision B: 1-103
Permit: DE07NWP-004
Issue Date: 11-21-07 Effective Date: 11-21-07 Date In AOP: 12-05-07
NOC: WTP Construction Site Heaters and Dehumidifiers
Requirement Compliance
Status Compliance Determination Method
Condition: Emission Limits
1. Total Suspended Particulates emission shall not
exceed 1.25 tons per year. [WAC 173-400-110(5)(b)].
2. PM-10 particulate emission shall not exceed 0.75
tons per year [WAC 173-400-110(5)(b)].
Periodic Monitoring: Compliance shall be monitored
by:
(1) Emission of visible emissions of no more than five
percent opacity during normal operation of diesel-fired
Continuous CDM: No visible emissions were
observed during the reporting period.
DOE/RL-2017-02, Rev. 0
A-76
Requirement Compliance
Status Compliance Determination Method
heaters.
(2) Diesel-fired heaters exceeding five percent opacity
shall be removed from operation until maintenance of
the unit results in visible emissions in compliance (no
more than 5%).
(3) Compliance with visible emissions survey
requirements of Approval Condition 3.0 of the
Approval Order DE07NWP-004. Visible emissions
(VE) from diesel-fired heaters in normal operation (not
start-up or shutdown) will be monitored through a VE
survey described herein. A minimum representation of
20 percent of active diesel-fired heaters under this
ORDER shall be subject to VE survey. If VEs from one
of these emission units are observed for more than 10
consecutive minutes, an attempt to identify the cause(s)
of the VEs will be made and those results recorded. The
recorded entry also will identify any corrective actions
taken and the likely frequency of a future reoccurrence.
If the event is likely to be re-occurring, and cannot be
demonstrated to consist of water vapor, a determination
of opacity will be made using EPA Method 9 of 40
CFR 60, Appendix A. A VE survey shall be conducted
weekly for a period of three months. If weekly VE
surveys do not demonstrate emissions in excess of
Approval Condition 1.3.1, the VE survey frequency
will reduce to once every three months for a period of
six months. After nine months of no excess visible
emissions, visible emission surveys will be performed
for any diesel-fired heater subject to this ORDER only
when visible emissions are observed during normal
operation.
Test Method: VE Surveys and/or EPA Method 9 of 40
CFR 60, Appendix A (if needed).
Test Frequency: Not specified.
Required Records: (1) VE Surveys and/or EPA
Method 9 of 40 CFR 60, Appendix A, results.
(2) Maintenance records for any diesel-fired heater
removed from service.
Calculation Model: Not applicable.
Condition: Emission Limits
Sulfur Oxides (SOx) emission shall not exceed 2.0 tons
per year [WAC 173-400-110(5)(b)].
Periodic Monitoring: Compliance shall be monitored
by:
(1) Combustion of distillate fuel oil No. 2 with a sulfur
content no greater than 0.0015 wt percent (15 ppm) for
diesel heaters.
(2) Combustion of no greater than 933,100 gallons of
distillate fuel oil per year, based upon a daily rolling
summation.
Test Method: Record-keeping.
Test Frequency: Per daily rolling summation and/or
fuel shipment.
Continuous CDM: Fuel use records and
emissions calculations.
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
Required Records: Fuel analysis data and
consumption rates, including supporting data and
calculations.
Calculation Model: Not specified.
Condition: Emission Limits
(1) Nitrogen Oxides (NOx) emission shall not exceed
16.2 tons per year [WAC 173-400-110(2)(a)].
(2) Total Volatile Organic Compounds emission shall
not exceed 2.0 tons per year [WAC 173-400-110(5)(b)].
(3) Carbon Monoxide emissions shall not exceed 5.0
tons per year [WAC 173-400-110(5)(b)].
(4) Toxic Air Pollutant (TAP) emissions as specified in
Table 1 of Approval Order DE07NWP-004 [WAC 173-
460-070].
Periodic Monitoring: Compliance shall be monitored
by:
(1) Operation in compliance with BACT/T-BACT
(implementation of vendor-recommended combustion
and maintenance practices).
(2) Fuel Limitation: (a) combustion of no greater than
933,100 gallons of distillate fuel oil per year, based
upon a daily rolling summation, and (b) combustion of
no greater than 1,109,500 gallons of propane per year,
based upon a daily rolling summation.
Test Method: Record-keeping.
Test Frequency: Per daily rolling summation and/or
fuel shipment.
Required Records: Fuel analysis data and
consumption rates, including supporting data and
calculation.
Calculation Model: Not specified.
Continuous CDM: Fuel use records and
emissions calculations.
E-339A-001
Page in AOP Renewal 2, Revision A: 1-077
Page in AOP Renewal 2, Revision B: 1-105
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02, Rev. 0
A-78
241-AP, 241-SY, and 241-AY/AZ Ventilation
The following emission units are summarized here: P-296A048-001 | P-296A049-001 | P-296A050-001 |
P-296A051-001 | P-296S026-001 | P-296S027-001
Page in AOP Renewal 2, Revision A: 1-082
Page in AOP Renewal 2, Revision B: 1-110
No active NOC approvals in the AOP for this certification period.
Permit: AOP 1.6 Non-CUs Less 20 Pct Opacity & No Fugitive
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - Non-CUs with Less the 20 Percent Opacity Requirements and No Fugitive Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Not
Applicable
CDM: Document review and field
interviews.
Comment: Not applicable for SY.
Emission unit not installed for 241-
SY ventilation. For 241-AP and 241-
AY/AZ, the requirements in the AOP
have been superseded by more recent
modifications (Revisions 2, 3, 4,
Modification A, and administrative
changes).
Lagoon Treatment System
Page in AOP Renewal 2, Revision A: 1-091 Page in AOP Renewal 2, Revision B: 1-119
Permit: DE12NWP-001
Issue Date: 02-06-12 Effective Date: 02-06-12 Date In AOP: 04-01-13
NOC: 200 West Evaporative Sewage Lagoon, Project L-691
Requirement Compliance
Status Compliance Determination Method
Condition: All TAPs, as submitted in the Permittee's
Notice of Construction Application, shall be below their
respective ASIL.
Periodic Monitoring: Annual collection and analysis
of wastewater between the wastewater truck discharge
point and the truck unloading chamber.
Test Method: Surrogate wastewater sample analyzed
with an EPA approved method in 40CFR Part 136.
Test Frequency: Annually.
Required Records: Results of analyses.
Calculation Model: Not applicable.
Continuous CDM: Sampling records.
DOE/RL-2017-02, Rev. 0
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Permit: AOP 1.6 Non-CUs Less 20 Pct Opacity & No Fugitive
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.6 - Non-CUs with Less the 20 Percent Opacity Requirements and No Fugitive Requirements
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60
consecutive minutes.
Periodic Monitoring: Section 2.7, Tier 2, unless an
alternative SO2 emission limit is identified in Table 1.6.
Test Method: EPA Method 6 or 6C of 40 CFR 60,
Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous
CDM: Per Section 2.7, Tier 2,
Ecology has determined, based on
process knowledge, that this emission
units does not emit significant levels
of SO2. The processes have not been
modified to increase SO2 emissions
and no SO2 monitoring is required.
211ED/212ED Diesel Generator
Page in AOP Renewal 2, Revision A: 1-092
No active NOC approvals in the AOP for this certification period.
Single-Shell Tank Direct Fired Water Heaters
Page in AOP Renewal 2, Revision A: 1-094
Page in AOP Renewal 2, Revision B: 1-120
No active NOC approvals in the AOP for this certification period.
Hanford Site Asbestos Landfill
Page in AOP Renewal 2, Revision A: 1-130
Permit: AOP 1.7 - Asbestos Landfill
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.7 Miscellaneous Emission Units - Asbestos Landfill
Page in AOP Renewal 2, Revision B: 1-123
Permit: Hanford Site Asbestos Landfill
Issue Date: 08-01-16 Effective Date:08-01-16 Date In AOP: 08-01-16
NOC: Hanford Site Asbestos Landfill
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
Condition: 40 CFR 61.151(a)
1. Either discharge no visible emissions to the outside
air from an inactive waste disposal site subject to this
paragraph: or
2. Cover the asbestos-containing waste material with at
least 15 centimeters (6 inches) of compacted
nonasbestos-containing material, and grow and
maintain a cover of vegetation on the area adequate to
prevent exposure of the asbestos-containing waste
material. In desert areas where vegetation would be
difficult to maintain, at least 8 additional centimeters (3
inches) of well-graded, nonasbestos crushed rock may
be placed on top of the final cover instead of vegetation
and maintained to prevent emissions: or
3. Cover asbestos-containing waste with at least 60
centimeter of compacted nonasbestos-containing
material, and maintain to prevent exposure.
Periodic Monitoring: None.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Calculation Model: Not applicable.
Continuous
CDM: Recordkeeping and inquiry of
responsible personnel.
Comment: Waste was originally
covered with at least 60 centimeters
of soil. The landfill is periodically
visually inspected to verify cover
material integrity and to ensure cover
material is maintained to prevent
exposure.
Condition: 40 CFR 61.151(d)
Notify in writing at least 45 days prior to excavation. If
construction will begin on a date other than the one in
the original notice, notice of the new date must be
provided at least 10 working days in advance.
1. Notice shall contain starting and completion dates.
2. Notice shall contain reason for disturbing the waste.
3. Notice shall contain procedures to be used to control
emissions.
4. Notice shall contain a location for any temporary
storage site and the final disposal site.
Periodic Monitoring: None.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Calculation Model: Not applicable.
Continuous
CDM: Inquiry of responsible
personnel.
Comment: Requirement was not
triggered.
Condition: WAC 173-400-040(2)
Permittee is considered to be in compliance if no
complaints are forwarded or generated by Ecology.
Periodic Monitoring: None.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: Calculation Model: Not applicable.
Continuous
CDM: No requests for complaint
investigations were received from
Ecology during CY 2016 for issues
related to these standards (as required
by AOP Attachment 1, Section 2.2).
Condition: WAC 173-400-040(7)
Permittee is considered to be in compliance if no
complaints are forwarded or generated by Ecology.
Periodic Monitoring: Monitor per Section 2.7, Tier 2.
Test Method: Not applicable.
Continuous
CDM: No requests for complaint
investigations were received from
Ecology during CY 2016 for issues
related to these standards (as required
by AOP Attachment 1, Section 2.2).
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
Test Frequency: Not applicable.
Required Records: Not applicable.
Calculation Model: Not applicable.
G-6290 (600 Area Gasoline Distribution)
Page in AOP Renewal 2, Revision A: 1-130
Permit: AOP 1.7 - Gas Distribution
Issue Date: 04-01-13 Effective Date: 04-01-13 Obsolete Date: 07-31-16 Date In AOP: 04-01-13
NOC: AOP Table 1.7 Miscellaneous Emission Units - Gas Distribution
Page in AOP Renewal 2, Revision B: 1-126
Permit: 600 Area Gas Distribution
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 600 Area Gas Distribution
Requirement Compliance
Status Compliance Determination Method
Condition: WAC 173-491-040(4)(b)
All gasoline storage tanks shall be equipped with
submerged or bottom fill lines and fittings to vapor
balance gasoline vapors with the delivery transport
tank.
Periodic Monitoring: Not applicable.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Not applicable.
Calculation Model: Not applicable.
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel confirmed
no facility modifications.
Comment: Drop tubes part of
original installation.
Condition: WAC 173-491-040(4)(d)
The owner or operator shall not permit the loading of
gasoline into a storage tank equipped with vapor
balance fittings from a transport tank equipped with
vapor balance fittings unless the vapor balance system
is attached to the transport tank and operated
satisfactorily.
Periodic Monitoring: Not applicable.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Not applicable.
Calculation Model: Not applicable.
Continuous
CDM: Recordkeeping and contract
with fuel provider.
Comment: The vapor balance system
is attached to the transport tank and
operated properly when loading
gasoline into a storage tank with
vapor balance fittings.
Condition: WAC 173-491-040(6)(d)
(i) The owner or operator of a gasoline transport tank or
vapor collection system shall maintain records of all
certification tests and repairs for at least two years after
the test or repair is completed.
(ii) The records of certification tests required by this
section shall, as a minimum, contain:
Continuous CDM: Recordkeeping.
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
(A) The transport tank identification number;
(B) The initial test pressure and the time of the reading;
(C) The final test pressure and the time of the reading;
(D) The initial test vacuum and the time of the reading;
(E) The final test vacuum and the time of the reading;
(F) At the top of each report page the company name,
date, and location of the tests on that page; and
(G) Name and title of the person conducting the test.
(iii) The owner or operator of a gasoline transport tank
shall annually certify that the transport tank passed the
required tests.
(iv) Copies of all records required under this section
shall immediately be made available to the department,
upon written request, at any reasonable time.
Periodic Monitoring: Annually
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Not applicable.
Calculation Model: Not applicable.
Condition: WAC 173-400-040(2)
Permittee is considered to be in compliance if no
complaints are forwarded or generated by Ecology.
Periodic Monitoring: Not applicable.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Not applicable.
Calculation Model: Not applicable.
Continuous
CDM: No requests for complaint
investigations were received from
Ecology during CY 2016 for issues
related to these standards (as required
by AOP Attachment 1 Section 2.2).
Condition: WAC 173-400-040(6)
Ecology has determined, based on process knowledge,
that these emission units do not emit significant levels
of SO2.
Periodic Monitoring: Not applicable.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: The Permittee shall annually
certify that the processes have not been modified to
increase SO2 emissions and no SO2 monitoring is
required.
Calculation Model: Not applicable.
Continuous
CDM: This emission unit is not a
significant source of SO2 emissions.
It has not been modified to increase
SO2.
6120 Tent (200 East)
Page in AOP Renewal 2, Revision A: 1-097
Permit: NSPS Subpart IIII
Issue Date: 05-01-14 Effective Date:05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Standards of Performance for Stationary Compression Ignition Internal Combustion Engines
Page in AOP Renewal 2, Revision B: 1-129
Permit: 6120 Tent (200 East)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 6120 Tent (200 East)
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC)
and nitrogen oxides (NOX) emission limit of 7.5
g/KW-hr
(2) Carbon monoxide (CO) emission limit of 6.6 g/KW-
hr.
(3) Particulate matter emission limit of 0.40 g/KW-hr
Compliance Requirement: Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations
or instructions.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Interviews with field
personnel and records review indicate
emission related components have
been maintained per manufacturer’s
recommendations.
Comment: Ecology determined this
unit to be in intermittent compliance
in inspection close-out letter 17-
NWP-010 because all operation and
maintenance manual-identified items
were either not performed or not
recorded. The emission-related
components of this unit were
operated and maintained in
accordance with the applicable
regulation, i.e., 40 CFR 60 Subpart
IIII
Condition: Use of fuel per 40 CFR 60.4207 (b)
Periodic Monitoring: Compliance will be
demonstrated by use of fuel containing no greater than
0.0015 weight percent sulfur (15 parts per million by
weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Vendor documentation shows
#2 diesel fuel delivered contained less
than 0.0015 weight percent sulfur.
100K Water Treatment Plant
Page in AOP Renewal 2, Revision A: 1-098
Permit: NSPS Subpart IIII
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Standards of Performance for Stationary Compression Ignition Internal Combustion Engines
Page in AOP Renewal 2, Revision B: 1-130
Permit: 100K Water Treatment Plant
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 100K Water Treatment Plant
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC)
and nitrogen oxides (NOX) emission limit of 4.0
g/KW-hr
(2) Particulate matter emission limit of 0.20 g/KW-hr
Compliance Requirement: Compliance will be
determined by operating and maintaining the engine in
Intermittent
CDM: Work package review and
interviews with field personnel.
Comment: This unit was determined
to be in intermittent compliance by
Ecology in inspection close-out letter
17-NWP-026 due to all operation and
DOE/RL-2017-02, Rev. 0
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Requirement Compliance
Status Compliance Determination Method
accordance with the manufacturer's recommendations
or instructions.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Documentation of maintenance performed.
Calculation Model: Not applicable.
maintenance manual-identified items
not performed or recorded.
Condition: Use of fuel per 40 CFR 60.4207 (b)
Periodic Monitoring: Compliance will be
demonstrated by use of fuel containing no greater than
0.0015 weight percent sulfur (15 parts per million by
weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous CDM: Reviewed fuel specification.
385 Building
Page in AOP Renewal 2, Revision A: 1-099
Permit: NSPS Subpart IIII
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Standards of Performance for Stationary Compression Ignition Internal Combustion Engines
Page in AOP Renewal 2, Revision B: 1-131
Permit: 385 Building
Issue Date: 08-01-16 Effective Date:08-01-16 Date In AOP: 08-01-16
NOC: 385 Building
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC)
and nitrogen oxides (NOX) emission limit of 4.0
g/KW-hr
(2) Particulate matter emission limit of 0.30 g/KW-hr
Compliance Requirement: Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations
or instructions.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Maintenance Records.
Comment: The emission unit did not
operate during the reporting period.
DOE/RL-2017-02, Rev. 0
A-85
Requirement Compliance
Status Compliance Determination Method
Condition: Use of fuel per 40 CFR 60.4207 (b)
Periodic Monitoring: Compliance will be
demonstrated by use of fuel containing no greater than
0.0015 weight percent sulfur (15 parts per million by
weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Vendor fuel certification.
Comment: The emission unit did not
operate during the reporting period.
219H Tent and MO-414 (200E)
Page in AOP Renewal 2, Revision A: 1-100
Permit: NSPS Subpart IIII
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Standards of Performance for Stationary Compression Ignition Internal Combustion Engines
Page in AOP Renewal 2, Revision B: 1-132
Permit: 219H Tent and MO-414 (200 east)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 219H Tent and MO-414 (200 east)
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC)
and nitrogen oxides (NOX) emission limit of 7.5 g/KW-
hr
(2) Carbon monoxide (CO) emission limit of 6.6 g/KW-
hr.
(3) Particulate matter emission limit of 0.40 g/KW-hr
Compliance Requirement: Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations
or instructions.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Interviews with field
personnel and records review indicate
emission-related components have
been maintained per manufacturer’s
recommendations. Comment: Ecology determined this
unit to be in intermittent compliance
in inspection close-out letter 17-
NWP-010 because all operation and
maintenance manual-identified items
were either not performed or not
recorded. The emission-related
components of this unit were
operated and maintained in
accordance with the applicable
regulation, i.e., 40 CFR 60 Subpart
IIII.
Condition: Use of fuel per 40 CFR 60.4207 (b)
Periodic Monitoring: Compliance will be
demonstrated by use of fuel containing no greater than
0.0015 weight percent sulfur (15 parts per million by
weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
Continuous
CDM: Vendor documentation shows
#2 diesel fuel delivered contained less
than 0.0015 weight percent sulfur.
DOE/RL-2017-02, Rev. 0
A-86
Requirement Compliance
Status Compliance Determination Method
sulfur content for all purchases.
Calculation Model: Not applicable.
North of MO-414 (200E) 1 of 2
Page in AOP Renewal 2, Revision A: 1-101
Permit: NSPS Subpart IIII
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Standards of Performance for Stationary Compression Ignition Internal Combustion Engines
Page in AOP Renewal 2, Revision B: 1-133
Permit: North of MO-414 (200 East) 1 of 2
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: North of MO-414 (200 East) 1 of 2
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC)
and nitrogen oxides (NOX) emission limit of 7.5 g/KW-
hr.
(2) Carbon monoxide (CO) emission limit of 5.5 g/KW-
hr.
(3) Particulate matter emission limit of 0.30 g/KW-hr.
Compliance Requirement: Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations
or instructions.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Interviews with field
personnel and records review indicate
emission related components have
been maintained per manufacturer’s
recommendations.
Comment: Ecology determined this
unit to be in intermittent compliance
in inspection close-out letter 17-
NWP-010 because all operation and
maintenance manual-identified items
were either not performed or not
recorded. The emission-related
components of this unit are operated
and maintained in accordance with
the applicable regulation, i.e., 40 CFR
60 Subpart IIII.
Condition: Use of fuel per 40 CFR 60.4207 (b)
Periodic Monitoring: Compliance will be
demonstrated by use of fuel containing no greater than
0.0015 weight percent sulfur (15 parts per million by
weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Vendor documentation shows
#2 diesel fuel delivered contained less
than 0.0015 weight percent sulfur.
DOE/RL-2017-02, Rev. 0
A-87
North of MO-414 (200E) 2 of 2
Page in AOP Renewal 2, Revision A: 1-102
Permit: NSPS Subpart IIII
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Standards of Performance for Stationary Compression Ignition Internal Combustion Engines
Page in AOP Renewal 2, Revision B: 1-134
Permit: North of MO-414 (200 East) 2 of 2
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: North of MO-414 (200 East) 2 of 2
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC)
and nitrogen oxides (NOX) emission limit of 7.5 g/KW-
hr.
(2) Carbon monoxide (CO) emission limit of 5.5 g/KW-
hr.
(3) Particulate matter emission limit of 0.30 g/KW-hr.
Compliance Requirement: Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations
or instructions.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Interviews with field
personnel and records review indicate
emission related components have
been maintained per manufacturer’s
recommendations.
Comment: Ecology determined this
unit to be in intermittent compliance
in inspection close-out letter 17-
NWP-010 because all operation and
maintenance manual-identified items
were either not performed or not
recorded. The emission-related
components of this unit are operated
and maintained in accordance with
the applicable regulation, i.e., 40 CFR
60 Subpart IIII.
Condition: Use of fuel per 40 CFR 60.4207 (b)
Periodic Monitoring: Compliance will be
demonstrated by use of fuel containing no greater than
0.0015 weight percent sulfur (15 parts per million by
weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Vendor documentation shows
#2 diesel fuel delivered contained less
than 0.0015 weight percent sulfur.
DOE/RL-2017-02, Rev. 0
A-88
WTP MHF South-40 Laydown Critical Equipment Storage
Page in AOP Renewal 2, Revision A: 1-103
Permit: NSPS Subpart IIII
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Standards of Performance for Stationary Compression Ignition Internal Combustion Engines
Page in AOP Renewal 2, Revision B: 1-135
Permit: WTP MHF South-40 Lay Down Critical Equipment
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: WTP MHF South-40 Laydown Critical Equipment Storage
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC)
and nitrogen oxides (NOX) emission limit of 4.7
g/KW-hr
(2) Carbon monoxide (CO) emission limit of 5.0 g/KW-
hr
(2) Particulate matter emission limit of 0.40 g/KW-hr
Compliance Requirement: Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations
or instructions.
Required Records: (1) Manufacturer's maintenance or
operation manual
(2) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Review of the 40 CFR 60,
Subpart IIII emissions standards
determined that Bechtel National,
Inc.’s (BNI) existing engine
maintenance program is consistent
with EPA’s standards in 40 CFR
60.4211(g) although the AOP
contains language that could be
interpreted differently than 40 CFR
60.4211(g) as it is currently written.
This conclusion is based on EPA’s
allowance that engine operators may
demonstrate compliance by keeping a
maintenance plan and records
documenting that the engine is
maintained and operated in a manner
consistent with good air pollution
control practices. BNI-WTP has
developed and implements an engine
maintenance program consistent with
good air pollution control practices.
Condition: Use of fuel per 40 CFR 60.4207 (b)
Periodic Monitoring: Compliance will be
demonstrated by use of fuel containing no greater than
0.0015 weight percent sulfur (15 parts per million by
weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous CDM: Records review of fuel
invoices.
DOE/RL-2017-02, Rev. 0
A-89
2720EA
Page in AOP Renewal 2, Revision A: 1-104
Permit: NSPS Subpart JJJJ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Standards of Performance for Stationary Spark Ignition Internal Combustion Engines
Page in AOP Renewal 2, Revision B: 1-136
Permit: 2720EA
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 2720EA
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Hydrocarbons (HC) and nitrogen oxides
(NOx) emission limit of 13.4 g/kW-hr.
(2) Carbon monoxide (CO) emission limit of 519 g/kW-
hr.
Compliance Requirement: Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations
or instructions
Required Records: (1) Manufacturer's maintenance or
operation manual
(2) Documentation of maintenance performed.
Calculation Model: Not applicable.
Intermittent
CDM: Interviews with field
personnel and records review indicate
that some elements of the
manufactures maintenance schedule
was not performed in 2016 due to
minimal run time. The engine ran a
total of 21 hours in 2016.
Rattle Snake Barricade
Page in AOP Renewal 2, Revision A: 1-105
Permit: NSPS Subpart JJJJ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Standards of Performance for Stationary Spark Ignition Internal Combustion Engines
Page in AOP Renewal 2, Revision B: 1-137
Permit: Rattle Snake Barricade
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: Rattle Snake Barricade
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Hydrocarbons (HC) and nitrogen oxides
(NOx) emission limit of 8 g/kW-hr.
(2) Carbon monoxide (CO) emission limit of 610 g/kW-
hr.
Compliance Requirement: Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations
or instructions
Required Records: (1) Manufacturer's maintenance or
operation manual
Intermittent
CDM: Interviews with field
personnel and records review indicate
that some elements of the
manufactures maintenance schedule
was not performed in 2016 due to
minimal run time. The engine ran
about 13 hours in 2016.
DOE/RL-2017-02, Rev. 0
A-90
Requirement Compliance
Status Compliance Determination Method
(2) Documentation of maintenance performed.
Calculation Model: Not applicable.
222-SE
Page in AOP Renewal 2, Revision A: 1-106
Page in AOP Renewal 2, Revision B: 1-138
AOP conditions replaced by DE15NWP-001 that was effective September 1, 2015. DE15NWP-001 has not been
incorporated into the AOP.
242-A
Page in AOP Renewal 2, Revision A: 1-107
Permit: National Emission Standards for Hazardous Air Pollutants (NESHAP) Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-139
Permit: 242-A
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 242-A
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation
or annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and
replace as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations
or instructions; or a written maintenance plan in a
manner consistent with good air pollution control
practice for minimizing emissions.
(2) Compliance will be demonstrated by installation
and operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Intermittent
CDM: Field interviews and WRPS
work documents.
COMMENT: Ecology determined
this unit to be in intermittent
compliance in inspection close-out
letter 17-NWP-039 because all
operation and maintenance manual-
identified items were either not
performed or not recorded. The
emission related components of this
unit are operated and maintained in
accordance with the applicable
regulation, i.e., 40 CFR 63 Subpart
ZZZZ.
DOE/RL-2017-02, Rev. 0
A-91
234-5Z
Page in AOP Renewal 2, Revision A: 1-108
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-140
Permit: 234-5Z
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 234-5Z
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation
or annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and
replace as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations
or instructions; or a written maintenance plan in a
manner consistent with good air pollution control
practice for minimizing emissions.
(2) Compliance will be demonstrated by installation
and operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Quarterly Inspections
performed by Site Staff. Annual
Inspection and Maintenance
performed by Factory Certified
Representative. All inspections and
maintenance verified and recorded.
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7.
Test Method: Not specified. EPA Method 6 or 6C of 40
Continuous
CDM: Reviewed fuel records to
verify ULS fuel (<0.0015 wt. %) was
purchased and consumed.
DOE/RL-2017-02, Rev. 0
A-92
Requirement Compliance
Status Compliance Determination Method
CFR 60, Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
400 Area
Page in AOP Renewal 2, Revision A: 1-109
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-141
Permit: 400 Area
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 400 Area
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and
replace as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions; or a written maintenance plan in a manner
consistent with good air pollution control practice for
minimizing emissions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Intermittent
CDM: Work package review and
interviews with Field personnel
Comment: This unit was determined
to be in intermittent compliance by
Ecology in inspection close-out letter
17-NWP-026 due to all operation and
maintenance manual-identified items
not performed or recorded.
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
DOE/RL-2017-02, Rev. 0
A-93
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7
Test Method: Not specified. EPA Method 6 or 6C of 40
CFR 60, Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous
CDM: Reviewed fuel records to
verify ULS fuel (<0.0015 wt. %) was
purchased and consumed.
600 Area Fire Station (Building (609A)
Page in AOP Renewal 2, Revision A: 1-110
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-142
Permit: 600 Area Fire Station (Building 609A)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 600 Area Fire Station (Building 609A)
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually, whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and
replace as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions; or a written maintenance plan in a manner
consistent with good air pollution control practice for
minimizing emissions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Intermittent
CDM: Interviews with field
personnel and records review.
Comment: Oil and filter change not
performed during 2016. Engine only
operated 18.5 hours.
DOE/RL-2017-02, Rev. 0
A-94
2721E
Page in AOP Renewal 2, Revision A: 1-111
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-143
Permit: 2721E
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 2721E
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and
replace as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions; or a written maintenance plan in a manner
consistent with good air pollution control practice for
minimizing emissions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Intermittent
CDM: Interviews with field
personnel and records review indicate
that some elements of the
manufactures maintenance schedule
was not performed in 2016 due to
minimal run time. The engine ran a
total of 46 hours in 2016.
DOE/RL-2017-02, Rev. 0
A-95
Yakima Barricade
Page in AOP Renewal 2, Revision A: 1-112
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date:05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-144
Permit: Yakima Barricade
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: Yakima Barricade
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and
replace as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions; or a written maintenance plan in a manner
consistent with good air pollution control practice for
minimizing emissions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Intermittent
CDM: Interviews with field
personnel and records review indicate
that some elements of the
manufactures maintenance schedule
was not performed in 2016 due to
minimal run time. The engine ran
about13 hours in 2016.
DOE/RL-2017-02, Rev. 0
A-96
282-B
Page in AOP Renewal 2, Revision A: 1-113
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-145
Permit: 282-B
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 282-B
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and
replace as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions; or a written maintenance plan in a manner
consistent with good air pollution control practice for
minimizing emissions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Review of preventive
maintenance records.
Comment: See JCS PM/S 2C-01982
and JCS Work Package 2C-16-02062.
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7.
Test Method: Not specified. EPA Method 6 or 6C of 40
Continuous
CDM: Reviewed fuel records to
verify ULS fuel (<0.0015 wt. %) was
purchased and consumed.
DOE/RL-2017-02, Rev. 0
A-97
Requirement Compliance
Status Compliance Determination Method
CFR 60, Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
282-BA
Page in AOP Renewal 2, Revision A: 1-114
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-146
Permit: 282-BA
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 282-BA
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and
replace as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions; or a written maintenance plan in a manner
consistent with good air pollution control practice for
minimizing emissions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Interviews with Facility
personnel revealed that the deep well
pump system (powered by the diesel
engine) was removed from service in
2015. Ecology was notified of the
permanent shutdown of this emission
unit per DOE-RL letter to Ecology,
16-ESQ-0051, dated March 7, 2016.
DOE/RL-2017-02, Rev. 0
A-98
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide
from any emissions unit in excess of 1000 ppm of a dry
basis, corrected to 7% oxygen for combustion sources,
and based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7.
Test Method: Not specified. EPA Method 6 or 6C of 40
CFR 60, Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous
CDM: Reviewed fuel records to
verify ULS fuel (<0.0015 wt. %) was
purchased and consumed.
225BC
Page in AOP Renewal 2, Revision A: 1-115
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-147
Permit: 225BC
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: 225BC
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and
replace as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions; or a written maintenance plan in a manner
consistent with good air pollution control practice for
minimizing emissions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
Continuous
CDM: Engine removed from
service in 2015 and physically
removed from the location on
2/2/2016.
Comment: Unit's last PM was in
June 2015, JCS 2C-15-02232 and
subsequently removed from service
in 2015. Email DOE/RL (Faust) to
Ecology (Gent) dated August 3,
2016, and DOE letter 17-ESQ-0063,
dated May 8, 2017, notified Ecology
of removal of 225BC engine.
DOE/RL-2017-02, Rev. 0
A-99
Requirement Compliance
Status Compliance Determination Method
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
TEDF Pump Station 2 (225E)
Page in AOP Renewal 2, Revision A: 1-116
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-148
Permit: Treated Effluent Disposal Facility (TEDF) Pump Station 2 (225E)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: TEDF Pump Station 2 (225E)
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and replace
as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions; or a written maintenance plan in a manner
consistent with good air pollution control practice for
minimizing emissions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Intermittent
CDM: Field interviews and WRPS
work documents.
Comment: A permit modification is
being pursued to allow usage of a
facility specific operations and
maintenance manual as allowed by
40 CFR 63 Subpart ZZZZ.
DOE/RL-2017-02, Rev. 0
A-100
WTP MHF South-40 Laydown Entry Gate (Light Tower)
Page in AOP Renewal 2, Revision A: 1-117
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-149
Permit: WTP MHF South-40 Laydown Entry Gate (Light Tower)
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: WTP MHF South-40 Laydown Entry Gate (Light Tower)
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 1,000 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually, whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and replace
as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Review of the 40 CFR 63,
Subpart ZZZZ emissions standards
determined that BNI’s existing
engine maintenance program is
consistent with EPA’s standards in
40 CFR 63.6625(e) although the
AOP contains language that could
be interpreted differently than 40
CFR 63.6625(e) as it is currently
written. This conclusion is based on
EPA’s allowance that engine
operators may either maintain
engines according to manufacturer’s
emission-related instructions or may
develop their own maintenance
program consistent with good air
pollution control practices. BNI-
WTP has developed and
implemented an engine maintenance
program consistent with good air
pollution control practices.
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide from
any emissions unit in excess of 1000 ppm of a dry basis,
corrected to 7% oxygen for combustion sources, and
based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7.
Test Method: Not specified. EPA Method 6 or 6C of 40
CFR 60, Appendix A.
Test Frequency: Not applicable.
Continuous CDM: Records review of fuel
invoices.
DOE/RL-2017-02, Rev. 0
A-101
Requirement Compliance
Status Compliance Determination Method
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
WTP MHF North-10 Laydown Area (Light Tower) 1 of 2
Page in AOP Renewal 2, Revision A: 1-118
Permit: NESHAP Subpart ZZZZ (WTP)
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-150
Permit: WTP MHF N-10 Laydown Area (Light Tower) 1 of 2
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: WTP MHF North-10 Laydown Area (Light Tower) 1 of 2
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 1,000 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually, whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and replace
as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous CDM: Recordkeeping.
DOE/RL-2017-02, Rev. 0
A-102
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide from
any emissions unit in excess of 1000 ppm of a dry basis,
corrected to 7% oxygen for combustion sources, and
based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7.
Test Method: Not specified. EPA Method 6 or 6C of 40
CFR 60, Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous CDM: Records review of fuel
invoices.
WTP MHF North-10 Laydown Area (Light Tower) 2 of 2
Page in AOP Renewal 2, Revision A: 1-119
Permit: NESHAP Subpart ZZZZ (WTP)
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-151
Permit: WTP MHF North-10 Laydown Area (Light Tower) 2 of 2
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: WTP MHF North-10 Laydown Area (Light Tower) 2 of 2
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 1,000 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually, whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and replace
as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
Continuous CDM: Recordkeeping.
DOE/RL-2017-02, Rev. 0
A-103
Requirement Compliance
Status Compliance Determination Method
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide from
any emissions unit in excess of 1000 ppm of a dry basis,
corrected to 7% oxygen for combustion sources, and
based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7.
Test Method: Not specified. EPA Method 6 or 6C of 40
CFR 60, Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous CDM: Records review of fuel
invoices.
WTP MHF South-40 Laydown Yard East X-Ray Tent
Page in AOP Renewal 2, Revision A: 1-120
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-152
Permit: WTP MHF South-40 Laydown Yard East X-Ray Tent
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: WTP MHF South-40 Laydown Yard East X-Ray Tent
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 1,000 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually, whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and replace
as necessary.
Compliance Requirement: (1) Compliance will be
Continuous CDM: Recordkeeping.
DOE/RL-2017-02, Rev. 0
A-104
Requirement Compliance
Status Compliance Determination Method
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide from
any emissions unit in excess of 1000 ppm of a dry basis,
corrected to 7% oxygen for combustion sources, and
based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7.
Test Method: Not specified. EPA Method 6 or 6C of 40
CFR 60, Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous CDM: Records review of fuel
invoices.
WTP Construction Site Pretreatment Tower Crane
Page in AOP Renewal 2, Revision A: 1-121
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-153
Permit: WTP Construction Site Pretreatment Tower Crane
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: WTP Construction Site Pretreatment Tower Crane
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
Intermittent
CDM: 16-ECD-0044, Hanford Site
AOP 00-05-006 Deviation Report
of Discharge Points 1.4.61 and
DOE/RL-2017-02, Rev. 0
A-105
Requirement Compliance
Status Compliance Determination Method
(2) Change oil and filter every 500 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually, whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and replace
as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
1.4.62 (September 22, 2016)
identified self-reported deviation
for the WTP Pretreatment Tower
Crane Stationary Engine.
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide from
any emissions unit in excess of 1000 ppm of a dry basis,
corrected to 7% oxygen for combustion sources, and
based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7.
Test Method: Not specified. EPA Method 6 or 6C of 40
CFR 60, Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous CDM: Records review of fuel
invoices.
DOE/RL-2017-02, Rev. 0
A-106
WTP Construction Site High-Level Waste Tower Crane
Page in AOP Renewal 2, Revision A: 1-122
Permit: NESHAP Subpart ZZZZ
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-154
Permit: WTP Construction Site High-Level Waste Tower Crane
Issue Date: 08-01-16 Effective Date:08-01-16 Date In AOP: 08-01-16
NOC: WTP Construction Site High-Level Waste Tower Crane
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 500 hours of operation or
annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually, whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and replace
as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Intermittent
CDM: 16-ECD-0044, Hanford Site
AOP 00-05-006 Deviation Report
of Discharge Points 1.4.61 and
1.4.62 (September 22, 2016)
identified self-reported deviation
for the WTP HLW Tower Crane
Stationary Engine.
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide from
any emissions unit in excess of 1000 ppm of a dry basis,
corrected to 7% oxygen for combustion sources, and
based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7.
Test Method: Not specified. EPA Method 6 or 6C of 40
CFR 60, Appendix A.
Test Frequency: Not applicable.
Continuous CDM: Records review of fuel
invoices.
DOE/RL-2017-02, Rev. 0
A-107
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
WTP Construction Site Building T-14
Page in AOP Renewal 2, Revision A: 1-123
Permit: NESHAP Subpart ZZZZ (WTP)
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion
Engines
Page in AOP Renewal 2, Revision B: 1-155
Permit: WTP Construction Site Building T-14
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: WTP Construction Site Building T-14
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Operate and Maintain the engine in
accordance with Manufacturer's recommendations or
instructions.
(2) Change oil and filter every 1,000 hours of operation
or annually, whichever comes first.
(3) Inspect air cleaner every 1,000 hours of operation or
annually, whichever comes first.
(4) Inspect all hoses and belts every 500 hours of
operation or annually, whichever comes first, and
replace as necessary.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer's recommendations or
instructions.
(2) Compliance will be demonstrated by installation and
operation of non-resettable hour meter.
Required Records: (1) Manufacturer's maintenance or
operation manual.
(2) Hour meter readings
(3) Documentation of maintenance performed.
Calculation Model: Not applicable.
Continuous
CDM: Review of the 40 CFR 63,
Subpart ZZZZ emissions standards
determined that BNI’s existing
engine maintenance program is
consistent with EPA’s standards in
40 CFR 63.6625(e) although the
AOP contains language that could
be interpreted differently than 40
CFR 63.6625(e) as it is currently
written. This conclusion is based
on EPA’s allowance that engine
operators may either maintain
engines according to
manufacturer’s emission-related
instructions or may develop their
own maintenance program
consistent with good air pollution
control practices. BNI-WTP has
developed and implemented an
engine maintenance program
consistent with good air pollution
control practices.
Permit: AOP Table 1.5 Engines
Issue Date: 05-01-14 Effective Date: 05-01-14 Obsolete Date: 07-31-16 Date In AOP: 05-01-14
NOC: Table 1.2 General Standards for Maximum Emissions (SO2 requirements)
DOE/RL-2017-02, Rev. 0
A-108
Requirement Compliance
Status Compliance Determination Method
Condition: 1000 ppm SO2 @ 7% O2 on a dry basis.
Prohibits emission of a gas containing sulfur dioxide from
any emissions unit in excess of 1000 ppm of a dry basis,
corrected to 7% oxygen for combustion sources, and
based on the average of any period of 60 consecutive
minutes.
Periodic Monitoring: Section 2.7.
Test Method: Not specified. EPA Method 6 or 6C of 40
CFR 60, Appendix A.
Test Frequency: Not applicable.
Required Records: As specified in Section 2.7.
Calculation Model: Not applicable.
Continuous CDM: Records review of fuel
invoices.
Light Towers Waste Transfer Corridor East
Page in AOP Renewal 2, Revision B: 1-156
Permit: NSPS Subpart IIII
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: Light Towers Waste Transfer Corridor East
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC) and
nitrogen oxides (NOX) emission limit of 7.5 g/KW-hr.
(2) Carbon monoxide (CO) emission limit of 6.6 g/KW-hr.
(3) Particulate matter emission limit of 0.40 g/KW-hr.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer’s recommendations or
instructions OR
(2) If the engine and control device is not installed,
configured, operated, or maintained according to the
manufacturer’s emission-related written instructions, or
the emission-related settings are changed in a way that is
not permitted by the manufacturer, then:
• Keep a maintenance plan and records of conducted
maintenance to demonstrate compliance and must, to the
extent practicable, maintain and operate the engines in a
manner consistent with good air pollution control practices
for minimizing emissions.
Required Records: (1) Manufacturer’s maintenance or
operation manual.
(2) Documentation of maintenance performed.
(3) Maintenance plan, as appropriate.
Calculation Model: Not applicable.
Intermittent
CDM: Review of surveillance
records and maintenance records.
Comment: Maintenance plan used
in lieu of manufacturer’s
instructions. Ecology determined
this unit to be in intermittent
compliance in inspection close-out
letter 17-NWP-039 because all
operation and maintenance manual-
identified items were either not
performed or not recorded. The
emission related components of this
unit are operated and maintained in
accordance with the applicable
regulation, i.e., 40 CFR 60 Subpart
IIII.
Condition: Use of fuel per 40 CFR 60.4207 (b).
Periodic Monitoring: Compliance will be demonstrated
by use of fuel containing no greater than 0.0015 weight
percent sulfur (15 parts per million by weight.)
Test Method: Not applicable.
Continuous
CDM: Reviewed fuel records.
Comment: Reviewed fuel records
to verify ULSF was purchased and
consumed
DOE/RL-2017-02, Rev. 0
A-109
Requirement Compliance
Status Compliance Determination Method
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Condition: Maintain no more than eight Waste Transfer
Corridor East engines.
Periodic Monitoring: Inventory of engines used to power
the Waste Transfer Corridor East light plants. At a
minimum; record the current and past engines in the
Corridor with the date the engine was located in the
Corridor and the date it was removed from the Corridor.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Engine inventory.
Calculation Model: Not applicable.
Continuous CDM: Review of surveillance
records
Light Towers Waste Transfer Corridor West
Page in AOP Renewal 2, Revision B: 1-158
Permit: Light Towers Waste Transfer Corridor West
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: Light Towers Waste Transfer Corridor West
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC) and
nitrogen oxides (NOX) emission limit of 7.5 g/KW-hr.
(2) Carbon monoxide (CO) emission limit of 6.6 g/KW-hr.
(3) Particulate matter emission limit of 0.40 g/KW-hr.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer’s recommendations or
instructions OR
(2) If the engine and control device is not installed,
configured, operated, or maintained according to the
manufacturer’s emission-related written instructions, or
the emission-related settings are changed in a way that is
not permitted by the manufacturer, then:
• Keep a maintenance plan and records of conducted
maintenance to demonstrate compliance and must, to the
extent practicable, maintain and operate the engines in a
manner consistent with good air pollution control practices
for minimizing emissions.
Required Records: (1) Manufacturer’s maintenance or
operation manual.
(2) Documentation of maintenance performed.
(3) Maintenance plan, as appropriate.
Calculation Model: Not applicable.
Intermittent
CDM: Review of surveillance
records and maintenance records.
Comment: Maintenance plan used
in lieu of manufacturer’s
instructions. Ecology determined
this unit to be in intermittent
compliance in inspection close-out
letter 17-NWP-039 because all
operation and maintenance manual-
identified items were either not
performed or not recorded. The
emission related components of this
unit are operated and maintained in
accordance with the applicable
regulation, i.e., 40 CFR 60 Subpart
IIII.
Condition: Use of fuel per 40 CFR 60.4207 (b).
Periodic Monitoring: Compliance will be demonstrated Continuous
CDM: Reviewed fuel records.
Comment: Reviewed fuel records
DOE/RL-2017-02, Rev. 0
A-110
by use of fuel containing no greater than 0.0015 weight
percent sulfur (15 parts per million by weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
to verify ULSF was purchased and
consumed.
Condition: Maintain no more than eight Waste Transfer
Corridor East engines.
Periodic Monitoring: Inventory of engines used to power
the Waste Transfer Corridor East light plants. At a
minimum; record the current and past engines in the
Corridor with the date the engine was located in the
Corridor and the date it was removed from the Corridor.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Engine inventory
Calculation Model: Not applicable.
Continuous CDM: Review of surveillance
records.
Light Towers C Farm Trailer Area
Page in AOP Renewal 2, Revision B: 1-160
Permit: Light Towers C Farm Trailer Area
Issue Date: 08-01-16 Effective Date:08-01-16 Date In AOP: 08-01-16
NOC: Light Towers C Farm Trailer Area
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC) and
nitrogen oxides (NOX) emission limit of 7.5 g/KW-hr.
(2) Carbon monoxide (CO) emission limit of 6.6 g/KW-hr.
(3) Particulate matter emission limit of 0.40 g/KW-hr.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer’s recommendations or
instructions OR
(2) If the engine and control device is not installed,
configured, operated, or maintained according to the
manufacturer’s emission-related written instructions, or
the emission-related settings are changed in a way that is
not permitted by the manufacturer, then:
• Keep a maintenance plan and records of conducted
maintenance to demonstrate compliance and must, to the
extent practicable, maintain and operate the engines in a
manner consistent with good air pollution control practices
for minimizing emissions.
Required Records: (1) Manufacturer’s maintenance or
operation manual.
(2) Documentation of maintenance performed.
(3) Maintenance plan, as appropriate.
Calculation Model: Not applicable.
Intermittent
CDM: Review of surveillance
records and maintenance records.
Comment: Maintenance plan used
in lieu of manufacturer’s
instructions. Ecology determined
this unit to be in intermittent
compliance in inspection close-out
letter 17-NWP-039 because all
operation and maintenance manual-
identified items were either not
performed or not recorded. The
emission related components of this
unit are operated and maintained in
accordance with the applicable
regulation, i.e., 40 CFR 60 Subpart
IIII.
DOE/RL-2017-02, Rev. 0
A-111
Requirement Compliance
Status Compliance Determination Method
Condition: Use of fuel per 40 CFR 60.4207 (b).
Periodic Monitoring: Compliance will be demonstrated
by use of fuel containing no greater than 0.0015 weight
percent sulfur (15 parts per million by weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Reviewed fuel records.
Comment: Reviewed fuel records
to verify ULSF was purchased and
consumed
Condition: Maintain no more than eight C Farm Trailer
Area engines.
Periodic Monitoring: Inventory of engines used to power
the C Farm Trailer Area light plants. At a minimum;
record the current and past engines in the trailer area with
the date the engine was located in the trailer area and the
date it was removed from the trailer area.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Engine inventory
Calculation Model: Not applicable.
Continuous CDM: Review of surveillance
records
Light Towers C Farm
Page in AOP Renewal 2, Revision B: 1-162
Permit: Light Towers C Farm
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: Light Towers C Farm
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC) and
nitrogen oxides (NOX) emission limit of 7.5 g/KW-hr.
(2) Carbon monoxide (CO) emission limit of 6.6 g/KW-hr.
(3) Particulate matter emission limit of 0.40 g/KW-hr.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer’s recommendations or
instructions OR
(2) If the engine and control device is not installed,
configured, operated, or maintained according to the
manufacturer’s emission-related written instructions, or
the emission-related settings are changed in a way that is
not permitted by the manufacturer, then:
• Keep a maintenance plan and records of conducted
maintenance to demonstrate compliance and must, to the
extent practicable, maintain and operate the engines in a
manner consistent with good air pollution control practices
for minimizing emissions.
Required Records: (1) Manufacturer’s maintenance or
operation manual.
Intermittent
CDM: Review of surveillance
records and maintenance records.
Comment: Maintenance plan used
in lieu of manufacturer’s
instructions. Ecology determined
this unit to be in intermittent
compliance in inspection close-out
letter 17-NWP-039 because all
operation and maintenance manual-
identified items were either not
performed or not recorded. The
emission related components of this
unit are operated and maintained in
accordance with the applicable
regulation, i.e., 40 CFR 60 Subpart
IIII.
DOE/RL-2017-02, Rev. 0
A-112
(2) Documentation of maintenance performed.
(3) Maintenance plan, as appropriate.
Calculation Model: Not applicable.
Condition: Use of fuel per 40 CFR 60.4207 (b).
Periodic Monitoring: Compliance will be demonstrated
by use of fuel containing no greater than 0.0015 weight
percent sulfur (15 parts per million by weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Reviewed fuel records.
Comment: Reviewed fuel records
to verify ULSF was purchased and
consumed
Condition: Maintain no more than eight C Farm engines.
Periodic Monitoring: Inventory of engines used to power
the C Farm light plants. At a minimum; record the current
and past engines in the trailer area with the date the engine
was located in the C Farm and the date it was removed
from the C Farm.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Engine inventory
Calculation Model: Not applicable.
Continuous CDM: Review of surveillance
records
AY/AZ Farm DMI-LT Light Tower
Page in AOP Renewal 2, Revision B: 1-164
Permit: AY/AZ Farm DMI-LT Light Tower
Issue Date: 08-01-16 Effective Date: 08-01-16 Date In AOP: 08-01-16
NOC: AY/AZ Farm DMI-LT Light Tower
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC) and
nitrogen oxides (NOX) emission limit of 4.7 g/KW-hr.
(2) Carbon monoxide (CO) emission limit of 5.0 g/KW-hr.
(3) Particulate matter emission limit of 0.30 g/KW-hr.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer’s recommendations or
instructions OR
(2) If the engine and control device is not installed,
configured, operated, or maintained according to the
manufacturer’s emission-related written instructions, or
the emission-related settings are changed in a way that is
not permitted by the manufacturer, then:
• Keep a maintenance plan and records of conducted
maintenance to demonstrate compliance and must, to the
extent practicable, maintain and operate the engines in a
manner consistent with good air pollution control practices
for minimizing emissions.
Required Records: (1) Manufacturer’s maintenance or
operation manual.
Intermittent
CDM: Review of surveillance
records and maintenance records,
maintenance plan. Comment:
Ecology determined this unit to be
in intermittent compliance in
inspection close-out letter 17-NWP-
039 because all operation and
maintenance manual-identified
items were either not performed or
not recorded. The emission related
components of this unit are operated
and maintained in accordance with
the applicable regulation, i.e., 40
CFR 60 Subpart IIII.
DOE/RL-2017-02, Rev. 0
A-113
(2) Documentation of maintenance performed.
(3) Maintenance plan, as appropriate.
Calculation Model: Not applicable.
Condition: Use of fuel per 40 CFR 60.4207 (b).
Periodic Monitoring: Compliance will be demonstrated
by use of fuel containing no greater than 0.0015 weight
percent sulfur (15 parts per million by weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Reviewed fuel records to
verify ULSF was purchased and
consumed.
C and AN Farm Compressors
Page in AOP Renewal 2, Revision B: 1-165 Permit: C and AN Farm Compressors
Issue Date: 08-01-16 Effective Date:08-01-16 Date In AOP: 08-01-16
NOC: C and AN Farm Compressors
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC) and
nitrogen oxides (NOX) emission limit of 7.5 g/KW-hr.
(2) Carbon monoxide (CO) emission limit of 5.5 g/KW-hr.
(3) Particulate matter emission limit of 0.30 g/KW-hr.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer’s recommendations or
instructions OR
(2) If the engine and control device is not installed,
configured, operated, or maintained according to the
manufacturer’s emission- related written instructions, or
the emission-related settings are changed in a way that is
not permitted by the manufacturer, then:
• Keep a maintenance plan and records of conducted
maintenance to demonstrate compliance and must, to the
extent practicable, maintain and operate the engines in a
manner consistent with good air pollution control practices
for minimizing emissions.
Required Records: (1) Manufacturer’s maintenance or
operation manual.
(2) Documentation of maintenance performed.
(3) Maintenance plan, as appropriate.
Calculation Model: Not applicable.
Not
Applicable
CDM: N/A
Comment: No stationary engine
compressors present at C or AN
Tank Farms during reporting
period.
Condition: Use of fuel per 40 CFR 60.4207 (b).
Periodic Monitoring: Compliance will be demonstrated
by use of fuel containing no greater than 0.0015 weight
percent sulfur (15 parts per million by weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
Not
Applicable
CDM: N/A
Comment: No stationary engine
compressors present at C or AN
Tank Farms during reporting
period.
DOE/RL-2017-02, Rev. 0
A-114
sulfur content for all purchases.
Calculation Model: Not applicable.
Condition: Maintain no more than two C and AN Farm
Compressor engines.
Periodic Monitoring: Inventory of engines used to power
the C and AN Farm compressors. At a minimum; record
the current and past engines used for the compressors with
the date the engine was located in the C or AN Farm and
the date it was removed from the C or AN Farm.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Engine inventory.
Calculation Model: Not applicable.
Not
Applicable
CDM: N/A
Comment: No stationary engine
compressors present at C or AN
Tank Farms during reporting
period.
Light Towers AN Farm
Page in AOP Renewal 2, Revision B: 1-167
Permit: Light Towers AN Farm
Issue Date: 08-01-16 Effective Date:08-01-16 Date In AOP: 08-01-16
NOC: Light Towers AN Farm
Requirement Compliance
Status Compliance Determination Method
Condition: (1) Non-methane hydrocarbons (NMHC) and
nitrogen oxides (NOX) emission limit of 7.5 g/KW-hr.
(2) Carbon monoxide (CO) emission limit of 6.6 g/KW-hr.
(3) Particulate matter emission limit of 0.40 g/KW-hr.
Compliance Requirement: (1) Compliance will be
determined by operating and maintaining the engine in
accordance with the manufacturer’s recommendations or
instructions OR
(2) If the engine and control device is not installed,
configured, operated, or maintained according to the
manufacturer’s emission-related written instructions, or
the emission-related settings are changed in a way that is
not permitted by the manufacturer, then:
• Keep a maintenance plan and records of conducted
maintenance to demonstrate compliance and must, to the
extent practicable, maintain and operate the engines in a
manner consistent with good air pollution control practices
for minimizing emissions.
Test Method: Not specified.
Test Frequency: Not applicable.
Required Records: (1) Manufacturer’s maintenance or
operation manual.
(2) Documentation of maintenance performed.
(3) Maintenance plan, as appropriate.
Calculation Model: Not applicable.
Intermittent
CDM: Review of surveillance
records and maintenance records.
Comment: Maintenance plan used
in lieu of manufacturer’s
instructions. Ecology determined
this unit to be in intermittent
compliance in inspection close-out
letter 17-NWP-039 because all
operation and maintenance manual-
identified items were either not
performed or not recorded. The
emission related components of this
unit are operated and maintained in
accordance with the applicable
regulation, i.e., 40 CFR 60 Subpart
IIII.
DOE/RL-2017-02, Rev. 0
A-115
Requirement Compliance
Status Compliance Determination Method
Condition: Use of fuel per 40 CFR 60.4207 (b)
Periodic Monitoring: Compliance will be demonstrated
by use of fuel containing no greater than 0.0015 weight
percent sulfur (15 parts per million by weight).
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Vendor certification for diesel fuel
sulfur content for all purchases.
Calculation Model: Not applicable.
Continuous
CDM: Reviewed fuel records
Comment: Reviewed fuel records
to verify ULSF was purchased and
consumed
Condition: Maintain no more than eight AN Farm
engines.
Periodic Monitoring: Inventory of engines used to power
the AN Farm light plants. At a minimum; record the
current and past engines in the trailer area with the date
the engine was located in the AN Farm and the date it was
removed from the AN Farm.
Test Method: Not applicable.
Test Frequency: Not applicable.
Required Records: Engine inventory
Calculation Model: Not applicable.
Continuous CDM: Review of surveillance
records.
DOE/RL-2017-02, Rev. 0
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DOE/RL-2017-02 Rev. 0
B-i
APPENDIX B
AIR OPERATING PERMIT
ATTACHMENT 2 REQUIREMENTS
DOE/RL-2017-02 Rev. 0
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This page intentionally left blank.
DOE/RL-2017-02 Rev. 0
B-iii
CONTENTS
Emission Units are listed in Order by Air Operating Permit (AOP) Page Number
Single Shell Breather Vents moved into Table 1 (see page B-351)
W-296P045-001 .............................................................................................................................. 1
P-296P022-001 ............................................................................................................................... 1
P-296SY-001................................................................................................................................... 2
W-296P043-001 .............................................................................................................................. 3
W-296P044-001 .............................................................................................................................. 3
S-296S025-001 ............................................................................................................................... 3
S-6266-001 ...................................................................................................................................... 4
S-6266-002 ...................................................................................................................................... 4
P-296A042-001 ............................................................................................................................... 4
P-204AR-001 .................................................................................................................................. 6
P-242A-002 ..................................................................................................................................... 6
P-242AL44-001 .............................................................................................................................. 9
P-242AL43-001 .............................................................................................................................. 9
P-242AL42-001 ............................................................................................................................ 10
P-296A028-001 ............................................................................................................................. 11
P-242S-001 ................................................................................................................................... 11
P-296A020-001 ............................................................................................................................. 12
EP-318-01-S .................................................................................................................................. 13
P-296W004 001 ............................................................................................................................ 13
P-296AP-001................................................................................................................................. 21
P-296A041-001 ............................................................................................................................. 22
P-296A043-001 ............................................................................................................................. 23
P-296A018-001 ............................................................................................................................. 24
P-296A019-001 ............................................................................................................................. 25
P-296AN-001 ................................................................................................................................ 25
P-296A030-001 ............................................................................................................................. 26
S-296S021-001 ............................................................................................................................. 27
P-2025E ETF ................................................................................................................................ 27
P-213W-001 .................................................................................................................................. 28
P-291T001-001 ............................................................................................................................. 29
P-296T007-001 ............................................................................................................................. 40
P-291S001-001 ............................................................................................................................. 42
P-296S016-001 ............................................................................................................................. 44
P-296B010-001 ............................................................................................................................. 44
EP-325-01-S 325 Building Radiological Processing Laboratory ................................................. 50
P-291A001-001 ............................................................................................................................. 51
P-296A010-001 ............................................................................................................................. 53
P-437MN&ST-001 ....................................................................................................................... 54
P-FFTFRESB-001......................................................................................................................... 55
P-FFTFHTTR-001 ........................................................................................................................ 55
P-FFTFCBEX-001 ........................................................................................................................ 55
Sodium Storage Facility ................................................................................................................ 56
DOE/RL-2017-02 Rev. 0
B-iv
P-437-002 ...................................................................................................................................... 56
P-296B001-001 ............................................................................................................................. 57
EP-331-01-V Life Sciences Laboratory I ..................................................................................... 61
P-296H212 001 ........................................................................................................................... 108
S-296S023-001 ........................................................................................................................... 109
J-CWC 001.................................................................................................................................. 110
300 Area Emissions .................................................................................................................... 118
Sitewide Type-1, 2, 3 .................................................................................................................. 119
Vented Containers ....................................................................................................................... 122
200 Area ISA .............................................................................................................................. 125
Sitewide HEPA Vacuums ........................................................................................................... 128
W-PORTEX 011 ......................................................................................................................... 133
P-Trench31 001 ........................................................................................................................... 133
P-Trench34 001 ........................................................................................................................... 135
Sitewide Guzzler ......................................................................................................................... 138
200 Area Diffuse/Fugitive .......................................................................................................... 143
W-296P047-001 .......................................................................................................................... 167
J Nonpoint Source ....................................................................................................................... 168
100 Area Diffuse/Fugitive .......................................................................................................... 169
P-244CR-002 .............................................................................................................................. 169
P-296A044-001 ........................................................................................................................... 170
P-296A045-001 ........................................................................................................................... 173
P-244A-002 ................................................................................................................................. 176
P-244BX-002 .............................................................................................................................. 178
P-244S-002 ................................................................................................................................. 180
P-244TX-002 .............................................................................................................................. 182
W-296P048-001 .......................................................................................................................... 184
P-241AZ301-001 ........................................................................................................................ 184
200W DVS - Active .................................................................................................................... 187
200W DVS - Passive .................................................................................................................. 187
P-296A046-001 ........................................................................................................................... 188
P-296A047-001 ........................................................................................................................... 191
P-BULKVIT-001 ........................................................................................................................ 194
W-296P049-001 .......................................................................................................................... 194
W-296P050-001 .......................................................................................................................... 195
Tanker Loading of Contaminated Waste Water ......................................................................... 195
P-241UX302A-001 ..................................................................................................................... 199
P-241ER311-001......................................................................................................................... 210
P-244A-003 ................................................................................................................................. 210
P-244BX-003 .............................................................................................................................. 212
P-244S-003 ................................................................................................................................. 214
P-244TX-003 .............................................................................................................................. 216
400 Area Diffuse/Fugitive .......................................................................................................... 218
P-241U301B-001 ........................................................................................................................ 223
P-241AZ154-001 ........................................................................................................................ 224
FFTF PTRAEUs ......................................................................................................................... 226
Drum Venting System 2.............................................................................................................. 226
S-MO444-001 ............................................................................................................................. 226
DOE/RL-2017-02 Rev. 0
B-v
P-6241V-001 ............................................................................................................................... 231
P-241A417-001 ........................................................................................................................... 231
P-6241A-001 ............................................................................................................................... 232
P-241EW151-001 ....................................................................................................................... 232
P-241S302-001 ........................................................................................................................... 233
W-TRUDECON-001 .................................................................................................................. 236
W-TRUDECON-002 .................................................................................................................. 236
P-241S102-002 ........................................................................................................................... 237
J-HAMMER-001 ........................................................................................................................ 237
Decon Trailer 200E (Int. Power Exhaust)................................................................................... 237
Decon Trailer 200W (Int. Power Exhaust) ................................................................................. 237
Decon Trailer 200E (Collection Tank Vent) .............................................................................. 237
Decon Trailer 200W (Collection Tank Vent) ............................................................................. 238
W-296P107-001 .......................................................................................................................... 238
P-242A-003 ................................................................................................................................. 239
W-PES-001 ................................................................................................................................. 243
Vapor Extraction System ............................................................................................................ 243
Next Generation Retrieval (Active) ............................................................................................ 243
P-296A048-001 ........................................................................................................................... 243
P-296A049-001 ........................................................................................................................... 247
318 Building................................................................................................................................ 250
W-MARS-001 ............................................................................................................................. 296
P-296S26-001 ............................................................................................................................. 296
P-296S27-001 ............................................................................................................................. 297
W-MARS-002 ............................................................................................................................. 297
EP-331-09-S ................................................................................................................................ 297
W-MARS-003 ............................................................................................................................. 343
W-MARS-004 ............................................................................................................................. 345
W-SXPWET-001 ........................................................................................................................ 347
W-AZ-301 Tanker-001 ............................................................................................................... 347
TABLES
Table 1. Compliance Demonstration for Requirements on Minor, Passively Ventilated
Vents on Single Shell Tanks ................................................................................. B-351
Table 2. Attachment 2 Emission Units That Did Not Operate During
this Certification Period .......................................................................................... B-353
Table 3. Attachment 2 NOC Approvals That Were Not Utilized During
this Certification Period .......................................................................................... B-355
DOE/RL-2017-02 Rev. 0
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DOE/RL-2017-02 Rev. 0
B-1
W-296P045-001 State of Washington, Department of Health (WDOH) Emission Unit ID: 50
Page in Air Operating Permit (AOP): EU0050-001
Requirement Compliance
Status Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous
CDM: Field interviews and
Washington River Protection
Solutions (WRPS) work
documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 HEPAs in series
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Demister
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record sample.
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Cs-137, Sr-90
Continuous CDM: Field interviews and
WRPS work documents.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
P-296P022-001 WDOH Emission Unit ID: 53
Page in AOP: EU0053-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area: Abatement Technology: HEPA
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-2
Required Units: 2
Add'l Description: 2 in series
Zone or Area: Abatement Technology: Fan
Required Units: 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: 4 week sample/ year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: Automated Bar Coding
of All Samples at Hanford
(ABCASH) program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
P-296SY-001 WDOH Emission Unit ID: 56
Page in AOP: EU0056-001
Requirement Compliance
Status Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area: Abatement Technology: Deentrainer
Required Units: 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area: Abatement Technology: Heater
Required Units: Non-Operational
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area: Abatement Technology: Prefilter
Required Units: 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area: Abatement Technology: HEPA
Required Units: 2
Add'l Description: In series
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area: Abatement Technology: Fan
Required Units: 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-3
Required Sampling: Record Sample
Sampling Frequency: 1 week sample / 4 times per year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH program and
WRPS work documents.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
W-296P043-001 WDOH Emission Unit ID: 57
Page in AOP: EU0057-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
No active NOC approvals in the AOP for this certification period.
W-296P044-001 WDOH Emission Unit ID: 58 Page in AOP: EU0058-0016
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
No active NOC approvals in the AOP for this certification period.
S-296S025-001 WDOH Emission Unit ID: 59
Page in AOP: EU0059-001
Requirement Compliance
Status Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Deentrainer
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: Heater runs intermittently due to
temperature Regulation
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-4
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: In series
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: Emission unit operates intermittently
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: 1 week sample / 4 times per year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
S-6266-001 WDOH Emission Unit ID: 62
Page in AOP: EU0062-001
Emission unit was closed on September 18, 2014. Official closure acceptance by WDOH was provided on
March 5, 2015
S-6266-002 WDOH Emission Unit ID: 63
Page in AOP: EU0063-001
Emission unit was closed on September 18, 2014. Official closure acceptance by WDOH was provided on
March 5, 2015
P-296A042-001 WDOH Emission Unit ID: 93
Page in AOP: EU0093-001
Requirement Compliance
Status Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Condenser
Required Units : 1
Add'l Description: (In the common exhaust train) At common
header. Downtime to be reported by the tank Farm air
emissions notification procedure.
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-5
Zone or Area :
Abatement Technology : Water Chiller
Required Units : 1
Add'l Description: (In the common exhaust train) Downtime
to be reported by the tank farm air emissions notification
procedure.
Intermittent
CDM: Field interviews and
WRPS work documents.
WRPS notification procedure
and notification logbook.
Comment: The exhauster
operated for a period of time
after the chiller shut down.
Reported per the WRPS
notification procedure.
Zone or Area :
Abatement Technology : HEME
Required Units : 1
Add'l Description: (In (In the common exhaust train)
Downtime to be reported by the tank Farm air emissions
notification procedure.
Continuous
CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: (In the common exhaust train) 2 parallel
flow paths with 1 operational. Downtime to be reported by the
tank Farm air emissions notification procedure.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: (In the common exhaust train) 2 parallel
flow paths. Downtime to be reported by the tank Farm air
emissions notification procedure.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Chiller Pump
Required Units : 1
Add'l Description: (In the common exhaust train) Downtime
to be reported by the tank farm air emissions notification
procedure.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: (In the common exhaust train) 2 parallel
flow paths. Downtime to be reported by the tank Farm air
emissions notification procedure.
Continuous
CDM: Field interviews and
WRPS work documents.
WRPS notification procedure
and notification logbook.
Required Sampling: Record Sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Sr-90, Cs-137, and
Am-241
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
B-6
P-204AR-001 WDOH Emission Unit ID: 96
Page in AOP: EU0096-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
P-242A-002 WDOH Emission Unit ID: 142
Page in AOP: EU0142-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: In series
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: Fan operates during 242-A processing.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Deentrainer
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: One week sample per quarter, and
continuous sampling during campaign.
Radionuclide Requiring Measurement: Campaign: TOTAL
ALPHA, TOTAL BETA, 137Cs, 90Sr, 239Pu, 238Pu, and
241Am. Non-Campaign: Total Alpha, Total Beta.
Continuous CDM: Review of ABCASH
database.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: During
campaigns: 40 CFR 60, Appendix A, Method 2: 40 CFR 61,
Appendix B, Method 114: During non-campaigns: 40 CFR 61,
Appendix B, Method 114(3).
Continuous
CDM: Field interviews and
WRPS work documents.
Permit: AIR 12-306 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Operation of the 242-A Evaporator Emission Unit 296-A-22
WDOH NOC ID: 824 Date In AOP: 04-01-13 Page in AOP: EU0142-001
DOE/RL-2017-02 Rev. 0
B-7
The total abated emission limit for this Notice of Construction
is limited to 5.00E-07 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
1.00E-03 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
in ABCASH database, or other
source data/information for
2016 to verify total abated
emissions are below the NOC
limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 242-A Evaporator facility is used to reduce the volume of
waste solutions that do not self-boil, and thus reduce the
number of underground double-shell tanks required for waste
storage. The 242-A Evaporator employs a conventional forced-
circulation, vacuum evaporation system to concentrate
radioactive waste solutions. Principal process components of
the evaporator system are located in the 242-A Building. They
include the reboiler, vapor-liquid separator, recirculation pump
and pipe loop, slurry product pump, condensers, and vessel
ventilation system.
The evaporator system receives a mixed blend feed from the
feed tank. The feed consists of unprocessed and processed
waste and recycled liquid that are removed from storage tanks
after solids have settled. The feed is pumped into the
recirculation line and blended with the main product slurry
stream, which flows to the reboiler via the recirculation pump.
The mixture is heated in the reboiler. The vapor liquid separator
is maintained at a reduced pressure. Under this reduced
pressure, a fraction of the water in the heated slurry flashes to
steam and is drawn through two wire mesh deentrainer pads
into a vapor line that leads to the primary condenser. As
evaporation takes place in the separator vessel, the slurry
becomes concentrated. When the process solution has been
concentrated to the parameters specified by the campaigns
process memo, a fraction is withdrawn from the upper
recirculation line, upstream of the feed addition point, and is
either gravity drained or pumped by the slurry pump to
underground storage tanks.
Vapors removed from the vapor-liquid separator via the vapor
line are condensed and routed to the condensate collection tank.
The process condensate is discharged to the Liquid Effluent
Retention Facility (LERF). Steam condensate is continuously
monitored for excessive radiation, pH, and conductivity, and
then discharged from the building to the 200 Area Treated
Effluent Disposal Facility (TEDF). Upon detection of
radioactive contamination, the radiation monitor will
automatically divert the steam condensate stream to the feed
tank. Cooling water from the condensers, which is also
continuously monitored for excessive radiation, pH, and
conductivity, is also discharged to the 200 Area TEDF. This
used cooling water stream cannot be diverted, thus, if
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-8
contamination is detected, an evaporator shutdown is required.
Non-condensable vapors from the evaporator are filtered and
discharged to the atmosphere via the vessel vent system. This
system consists of a deentrainment pad, prefilter, heater, high-
efficiency filter assembly, and vessel vent exhauster.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Am-241 3.50E+04 C-14 1.80E+05
Cm-244 4.50E+02 Co-60 4.20E+04
Cs-134 5.20E+05 Cs-137 5.20E+07
Eu-154 1.70E+05 Eu-155 2.40E+05
I-129 9.10E+01 Nb-94 3.40E+03
Pu-238 4.50E+01 Pu-239/240 5.60E+03
Pu-241 5.20E+05 Ra-226 1.10E+03
Ru-106 1.80E+06 Se-79 2.70E+03
Sr-90 7.70E+06 Tc-99 7 .00E+04
Continuous
CDM: TWINS and WRPS
Process Engineering
documentation.
Permit: As Low As Reasonably Achievable Control Technology (ALARACT) 29.1 Issue Date: 03-06-12
Effective Date: 02-23-12
NOC: 242-A Evaporator Maintenance Facility Shutdowns
Date In AOP: 04-01-13
1. Description of Activity
Scope will include planned maintenance facility shutdowns at
242-A Evaporator where electrical power to both 296-A-21 and
296-A-22 stacks are de-energized for greater than 24 hours.
The process of planned maintenance outages and facility
upgrades that require de-energizing both the building stack
(296-A-21) and vessel vent (296-A-22) for facility upgrades or
maintenance will be performed. Building process areas will
have the interior doors sealed with tape to help minimize
diffuse and fugitive emissions to facility personnel and the
outside ambient atmosphere pursuant to meeting WAC 246-
247-130 to meet ALARACT compliance demonstration
requirements. If entry to process areas is required then
radiological controls will be in accordance with the latest
revision of HNF-5183, Tank Farms Radiological Control
Manual to minimize both time and provide controls for diffuse
and fugitive emissions. No facility operational (double shell
tank liquid minimization) activities will be performed during
the time that neither the 296-A-21 and 296-A-22 stacks are not
operating. Radiological containment practices and devices will
be employed as applicable per the Containment Selection
Guide
Continuous CDM: Field interviews and
WRPS work documents.
2. Controls
a. Work with removable contamination will be contained per
the Containment Selection Guide, Attachment A, from the
latest revision of TFC-ESHQ-RP_RWP-C-02, Radiological
Containment.
b. HPT coverage as specified in the Radiological Work Permit.
Continuous
CDM: Field interviews,
Radiological Survey Reports,
and WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-9
3. Monitoring
a. Radiological monitoring shall be in accordance with the
latest revision of HNF-5183, Tank Farms Radiological Control
Manual.
Continuous
CDM: Field interviews,
Radiological Survey Reports,
and WRPS work documents.
4. Records/Documentation
a. Radiological Work Permit
b. Radiological survey report(s)
Continuous CDM: Field interviews and
WRPS work documents.
P-242AL44-001 WDOH Emission Unit ID: 146
Page in AOP: EU0146-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Charcoal Filter
Required Units : 1
Add'l Description:
Continuous
CDM: Field interviews and
work documents.
Required Sampling: Near Field Environment Sampling
Sampling Frequency: Air - every 2 weeks
continuous/deposition - annually
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: ABCASH program,
field interviews, WRPS
notification procedure and
notification logbooks.
Comment: Monitoring system
met operating time
requirement.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: ABCASH program,
field interviews, WRPS
notification procedure and
notification logbooks.
No Active NOC approvals in the AOP for this certification period.
P-242AL43-001 WDOH Emission Unit ID: 147
Page in AOP: EU0147-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Charcoal filter
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
work documents.
DOE/RL-2017-02 Rev. 0
B-10
Required Sampling: Near Field Environment Sampling
Sampling Frequency: Air - every 2 weeks
continuous/deposition annually
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: ABCASH program,
field interviews, WRPS
notification procedure and
notification logbooks.
Comment: Monitoring system
met operating time
requirement.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: ABCASH program,
field interviews, WRPS
notification procedure and
notification logbooks.
No Active NOC approvals in the AOP for this certification period.
P-242AL42-001 WDOH Emission Unit ID: 148
Page in AOP: EU0148-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Charcoal filter
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
work documents.
Required Sampling: Near Field Environment Sampling
Sampling Frequency: Air - every 2 weeks
continuous/deposition annually
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: ABCASH program,
field interviews, WRPS
notification procedure and
notification logbooks.
Comment: Monitoring system
met operating time
requirement.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: ABCASH program,
field interviews, WRPS
notification procedure and
notification logbooks.
No Active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
B-11
P-296A028-001 WDOH Emission Unit ID: 156
Page in AOP: EU0156-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 filter in series for each train, trains may
be operated independently or together
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: 1 for each train, trains may be operated
independently or together
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Deentrainer
Required Units : 1
Add'l Description: 1 for each train
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: 1 for each train
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: 1 week sample / 4 times per year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
P-242S-001 WDOH Emission Unit ID: 163
Page in AOP: EU0163-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
DOE/RL-2017-02 Rev. 0
B-12
P-296A020-001 WDOH Emission Unit ID: 174
Page in AOP: EU0174-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 4
Add'l Description: 2 HEPA's in series for each train, 2 trains
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Radial Damper
Required Units : 1
Add'l Description: Set to allow only 2,000 CFM (1,000 CFM
per annulus)
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 2
Add'l Description: 1 per train, 2 trains
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: 1 week sample / 4 times per year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075[3]
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: Field interviews and
WRPS work documents.
Permit: AIR 12-308 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: 241-AZ Tank Farm Annulus Exhauster Operation
WDOH NOC ID: 826 Date In AOP: 04-01-13 Page in AOP: EU0174-001
The total abated emission limit for this Notice of Construction
is limited to 5.00E-07 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
1.00E-03 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) to verify total
abated emissions are below the
NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-13
Exhausting the annulus of the 241-AZ-101 and 241-AZ-102
double-shell tanks (DSTs). The inner shell is constructed from
heat-treated, stress-relieved steel. The outer shell is constructed
of non-stress-relieved steel. The two shells are separated by a
2.5 foot annulus and are contained inside a concrete shell. The
tanks have a usable waste volume of approximately 1,000,000
gallons each. The 296-A-20 stack exhauster ventilates the
annular space of both 241-AZ-101and 241-AZ-102. The 241-
AZ annulus exhaust fan draws outside air into a common inlet
filter assembly. The inlet filter assembly shall consist of two
filter stages, a pre-filter bank, and an inlet filter. The air will
pass through a distribution manifold and flow control valves
into the annular space of both the 241-AZ-101 and 241-AZ-102
tanks, via underground ductwork. The flow control butterfly
dampers can be adjusted to distribute air between the sides of
the annuli and the air slots below the primary tanks. Exhaust air
shall be drawn out of each annulus through underground
ducting to individual aboveground exhaust HEPA filter banks
(one for each tank), associated heaters, and isolation dampers.
To allow for balancing flow between annuli or to allow
isolation of an individual exhaust HEPA filter bank, dampers
shall be installed upstream of each exhaust HEPA filter bank.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Alpha-0 7.00E-05 | Beta-0 2.99E-02 |
Continuous CDM: TWINS
Flow rate through the HEPA filters shall not exceed the
manufactures rating of those HEPA filters. Continuous
CDM: Field interviews and
WRPS work documents.
EP-318-01-S WDOH Emission Unit ID: 175
Page in AOP: EU0175-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
P-296W004 001 WDOH Emission Unit ID: 193
Page in AOP: EU0193-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area : 1
Abatement Technology : HEPA
Required Units : 2
Add'l Description: Redundant systems in parallel consisting
of two banks each
Continuous
CDM: Engineering Drawing
H-2-131891 - Sheet 1 -Current
revision.
DOE/RL-2017-02 Rev. 0
B-14
Zone or Area : 2
Abatement Technology : HEPA
Required Units : 2
Add'l Description: Redundant systems in parallel consisting
of two banks each
Continuous
CDM: Engineering Drawing
H-2-131891 - Sheet 1 -
Current revision.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description: Prefilter for each HEPA housing
Continuous
CDM: Engineering Drawing
H-2-131891 - Sheet 1 -
Current revision.
Zone or Area :
Abatement Technology : Fan
Required Units : 2
Add'l Description: 2 parallel paths (1-in use, 1 in backup)
Continuous
CDM: Engineering Drawing
H-2-131891 - Sheet 1 -Current
revision.
Required Sampling: Record Sample
Sampling Frequency: Continuous, Collect samples biweekly
at a minimum
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10% of the potential TEDE
Continuous
CDM: Reviewed sampling
data (e.g., ABCASH) and
verified the required sampling
was performed.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 60
Appendix A, Method 2; 40 CFR 61, Appendix B, Method 114;
61.93(b)(2)(ii) ANSI N13.1
Continuous
CDM: National Emission
Standards for Hazardous Air
Pollutants (NESHAP) Quality
Assurance Project Plan for
Radioactive Air Emissions,
CHPRC-00189, APPENDIX
E. Mission Support Alliance,
LLC (MSA) and Pacific
Northwest National
Laboratory (PNNL) near-
facility monitoring quality
assurance (QA) programs.
Maintenance procedure WRP-
99001 Stack Airflow Test.
Comment: WRP-99001
alternative procedure # is
WRAP-PRO-MN-52077
Permit: AIR 12-301 - A Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Waste Receiving and Processing Facility (WRAP)
WDOH NOC ID: 810 Date In AOP: 04-01-13 Page in AOP: EU0193-001
The total abated emission limit for this Notice of Construction
is limited to 5.42E-02 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Confirmed annual
possession quantity (APQ) and
is below levels used in NOC
application calculations for
2016 to verify that abated
emissions are below the NOC
limit.
The mission of the WRAP includes examining, assaying,
characterizing, treating, verifying, and repackaging solid
radioactive waste material and mixed radioactive waste to
enable treatment, storage, or disposal. The WRAP manages
many categories of radioactive materials such as low-level
waste (LLW), transuranic (TRU) waste, TRU mixed waste,
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications.
DOE/RL-2017-02 Rev. 0
B-15
and low-level mixed waste (LLMW) in contact-handled (CH)
containers where the external surface dose rate does not
exceed 200 mrem/hr. CH containers are defined as packages
having surface dose rates of less than 200 mrem/hr. Remote–
handled (RH) containers (i.e., containers where the external
surface dose rate is equal to or greater than 200 mrem/hr) also
are processed and stored at WRAP in accordance with the
approved safety analysis.
Building 2336-W at the WRAP consists of the following areas
• Shipping and receiving area
• Nondestructive examination/nondestructive assay
(NDE/NDA) area
• Process area
• Ancillary support areas, including the heating, ventilation,
and air conditioning (HVAC), electrical room, mechanical
room, and administration areas
See the following emission units for a detailed description of
additional controls/conditions and limits under this approval.
EU 193 296-W-4; Waste Receiving and Processing Facility
EU 486 200 Area Diffuse/Fugitive; Waste Receiving and
Processing Facility
Eu 1183 HSGS Analysis Facility
The PTE for this project as determined under
WAC 246-247-030(21)(a-e) [as specified in the application] is
1.02E+02 mrem/year. Approved are the associated potential
release rates (Curies/year) of:
DE-0 1.80E+04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
DE-Ci is a method of normalizing the exposure risk of the
Various isotopes, where the DE-Ci are represented as Pu-239.
Continuous
CDM: Confirmed APQ and is
below levels used in notice of
construction (NOC)
application calculations for
2016 to verify that abated
emissions are below the NOC
limit.
PROCESS DESCRIPTION - General Overview of WRAP
Operations
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
Numerous activities within the WRAP complex, which
includes now includes the 2404-WA, 2404-WB, and 2404 WC
buildings, have been and will be conducted as routine
activities. TRU and mixed wastes are received and processed
at WRAP. The 2404-WA and 2404-WB buildings are used for
waste container storage activities. The 2404-WC buildings is
used for storage as well as for conducting some head space gas
sampling (HSGS) utilizing a darting process.
WRAP also has support buildings to perform NDE and NDA
of larger waste containers. These units include:
• MO-610 - MOBILE BOX ASSAY UNIT(SuperHENC)
MO-610 is a mobile box assay unit used to determine the
AEA-regulated material content of a waste container. The
mobile trailer is approximately 3.0 m (10 ft) by 12.2 m (40 ft)
and is used to assay containers smaller than 2 m3 in volume.
2406-W Facility - HIGH ENERGY REAL-TIME
RADIOGRAPHY (HERTR)
The HERTR unit is a mobile unit used to perform NDE of
containers smaller than 2 m3 (71 ft3). The HERTR unit
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
DOE/RL-2017-02 Rev. 0
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consists of two components: (1) a shielded vault where
containers are examined, and (2) an operator control area. The
vault is a shielded enclosure of modular concrete construction.
The operator control area is a mobile trailer that is located in
close proximity to the unit. The NDE is used to examine dense
waste items to indicate the physical appearance of the waste,
identify if liquids are present, and/or other identified suspect
nonconformance waste forms are present to support waste
characterization and processing, confirmation, treatment,
and/or certification.
THE FOLLOWING SECTIONS BRIEFLY DISCUSS THE
GENERAL OPERATIONAL ACTIVITIES CONDUCTED
AT WRAP:
PACKAGING AND REPACKAGING WASTE
Packaging and repackaging activities are performed for waste
generated at WRAP as well as for onsite and offsite
generators. The repackaging of waste supports waste
acceptance criteria for other TSD facilities. For example:
prohibited items from waste packages (i.e., waste items that do
not meet acceptance criteria) are removed and either staged for
later handling or repackaging using remote or manual
methods, and must have a void space of less than 10%. To
meet the less than 10% requirement, void filler can be added.
Packaging and repackaging activities can include the
following:
• Adding absorbent
• Aerosol can/drum puncturing
• Compositing/aggregating solids or liquids
• Over packing
• Pressure relief/release (e.g., aerosol cans, gas cylinders,
drums, or other similar containers)
• Removing prohibited items
• Segregation
• Size reduction [e.g., cutting (jaws, saws)], bending, folding,
crushing (e.g., drum crusher), shredding, compacting, or
similar methods that do not have a higher extent of disruption]
• Sorting
• Void filling
Some packaging of waste (e.g., personal protective equipment,
maintenance waste, types of innocuous waste), as a result of
surveillances/inspections and maintenance that does have a
potential to create minimal airborne contamination, can occur
within the 2336-W Building when the 296-W-4 exhaust stack
emission system is shutdown.
VERIFICATION ACTIVITIES
Verification support activities are provided for waste and other
materials that are generated on or off the Hanford Site.
Verification activities can consist of the following:
• Chemical field screening
• Chemical sampling
• NDE
• Physical observation
SAMPLING ACTIVITIES
Sampling of waste generated by operations or by other onsite
or offsite generators is performed. The purpose of sampling is
to confirm process knowledge, characterize waste, support
DOE/RL-2017-02 Rev. 0
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verification, and determine applicable land disposal
requirements. Sampling can consist of the following:
• Container sampling (liquid, sludge, salt cake, composites).
• Disposition of sample returns (e.g., placement back into the
parent container or another approved container)
• Field screening [e.g., pH paper, oxidizer, volatile organic
analyses (VOAs), or similar screening parameters]
• Headspace gas analysis [typically in support of the WIPP
Project]
• Obtaining a sample for analysis (e.g., grab, composite, or
other similar sampling techniques)
• Shipping/transferring the samples to an approved laboratory
for analysis.
DECONTAMINATION ACTIVITIES
Decontamination activities have been performed since 1997.
Materials, equipment, and waste can be decontaminated (e.g.,
free release, reduce the radiological levels, or other similar
criteria) using a variety of methods. Decontamination at
WRAP can consist of the following:
• Abrasive tools
• Brushing
• Cutting (e.g., removal by sawing, or other similar methods)
• Electrical repairs
• Immersion
• Rust/paint removal
• Scraping
• Washing (e.g., chemicals/detergents)
In addition, WRAP also performs decontamination of WRAP
structures (e.g., building walls, glove boxes, or other similar
surfaces) by any of the above methods.
MAINTENANCE ACTIVITIES
Because of the age of WRAP, current mission, future mission,
support of the cleanup of the Hanford Site, as well as waste
and other materials from offsite generators, a variety of
preventative and/or repair maintenance activities are
performed at WRAP. Some maintenance activities involve the
shutdown of the 296-W-4 exhaust stack.
Maintenance activities can consist of the following:
• Calibrations
• Crane maintenance (bridge crane, jib crane, A frame hoist)
• Electronic systems functional checks and repairs [e.g.,
continuous air monitors (CAMs), personnel contamination
monitors (PCMs), or other similar equipment]
• Painting
• Rollup doors
• Scale systems
• Stack systems (e.g., fan lubes or other similar maintenance
activities)
• Transformers
Certain maintenance activities (e.g., wire rope inspections,
lubrication, functional tests, calibrations, or similar innocuous
activities) that do have a potential to generate minimal
airborne contamination can occur within the 2336-W Building
when the 296-W-4 exhaust stack emission system is
shutdown.
WASTE TREATMENT ACTIVITIES
DOE/RL-2017-02 Rev. 0
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WRAP is a treatment facility permitted by the Washington
State Department of Ecology (Ecology). Treatment activities
can consist of the following:
• Amalgamation
• Deactivation
• Solidification or absorption of free liquids
• Microencapsulation
• Macroencapsulation
• Neutralization of corrosives
• Volume Reduction of waste (e.g., compaction)
STORAGE ACTIVITIES
WRAP is permitted for waste storage by Ecology. WRAP also
stores other materials (e.g., chemicals, equipment, or similar
materials) to support operations. Storage can consist of the
following:
• Container storage (e.g., boxes, drums, ten-drum over packs
(TDOP), transuranic package transporter containers, standard
waste boxes, or similar containers)
• Equipment storage
• NucFil replacement
NucFil replacement will be done by reinstalling a filter. This
activity will consist of sealing an unvented glove bag over the
damaged filter, replacing the filter and removing the glove
bag. Negligible emissions are assumed for this activity such
that they are encompassed within the overall estimate of
emissions for storage activities.
EQUIPMENT, MATERIALS, AND WASTE MOVEMENT
ACTIVITIES
The movement of materials, equipment, waste, chemicals, or
similar items involves the receipt and/or
packaging/repackaging, transferring/shipping, and the
movement and/or relocation within the WRAP TSD unit
boundary. The movement of these items is necessary to
support operations, maintenance, or similar activities.
Movement activities (e.g., using a forklift, crane, truck, dolly,
personnel, or similar equipment) can consist of, but are not
limited to, the following:
• Placing and storing chemical products in flammable cabinets,
over packing or other approved storage locations
• Receiving waste (e.g., liquid, solid, semi solid) for storage
and/or treatment
• Waste container transfers (among outdoor storage pads,
within buildings, glove boxes, or other approved locations)
HOUSEKEEPING ACTIVITIES
Housekeeping activities involve maintaining WRAP in a clean
and orderly condition. Housekeeping activities include the
following:
• Dusting
• Mopping (e.g., squeegees or other similar techniques)
• Picking up debris
• Removal of trash.
• Sweeping (e.g., brooms)
• Vacuuming
• Wiping (e.g., sponges, towels, or other similar methods)
SURVEILLANCE ACTIVITIES
Surveillance activities involve walking down and inspecting
DOE/RL-2017-02 Rev. 0
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various areas, systems, and components. Surveillances
typically consist of daily, weekly, and monthly inspections of
waste containers, buildings, or similar locations. Surveillances
are subject to change (adding, deleting and/or modifying) as
operations, maintenance, engineering, and radiological control
dictates. The following are examples of surveillances currently
performed at WRAP:
• Cold weather surveillances (typically done between October
1 and March 31)
• Container storage areas (buildings, pads, conex boxes, or
other similar locations)
• General condition of building structures
• Inspection/testing of equipment (e.g., 296-W-4 exhaust
system sampling and components, differential pressure
gauges, or similar equipment)
• Inspection/testing of HEPA-filtered vacuums
• Radiological surveys
• Safety equipment (e.g., decontamination showers, eye wash
stations, first aid kits, fire extinguishers, fire suppression
systems, communication equipment, spill kits, emergency
lighting, Scott Air Pak or other similar units, personnel
contamination monitors, masks)
• Treatment and storage locations and ancillary equipment
Surveillances, inspections, and maintenance activities that
have the potential to create minimal airborne contamination
can occur within the 2336-W Building when the 296-W-4
exhaust stack emission system is shutdown.
PROCESS DESCRIPTION - Nondestructive
Examination/Nondestructive Assay Systems
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
The NDE/NDA area is used to examine and to certify LLW,
MLLW, TRU, and TRU mixed waste container contents
without opening the containers.
The primary function of NDE is to examine the physical
contents of containers entering and leaving the WRAP to
determine whether there are any noncompliant items or
unacceptable conditions in the containers. This examination of
the containers is accomplished by the use of the real-time
radiography (RTR) systems. The RTR systems consists of an
x-ray imaging systems used to identify noncompliant items,
such as free or containerized liquids, compressed gas
containers including aerosol cans, and other suspected
dangerous waste/materials. Data from the x-ray examinations
are entered into the data management system for each
container.
The primary function of NDA is to determine the activity
levels of radio nuclides in the radioactive material entering
and leaving the WRAP. This information is used to categorize
the radioactive material, provide inventory control
information, determine appropriate handling of individual
containers, and to determine if the material meets applicable
transportation and disposal criteria. The NDA equipment
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
DOE/RL-2017-02 Rev. 0
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includes passive-active neutron assay systems and/or gamma
energy analysis systems. Data from the analysis of each
container are entered into the data management system.
PROCESS DESCRIPTION - Process Area
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
The process area consists of four glove box lines: a TRU
waste process glove box, a TRU waste restricted waste
management (RWM) glove box, a LLW process glove box,
and a LLW RWM glove box. In the process glove boxes,
drums are opened, the contents sorted and sampled, if
necessary, noncompliant items are removed and transferred to
the RWM glove boxes, and the remaining compliant waste
repackaged into new drums.
The airborne radiological contaminants produced at the
WRAP are expected to be primarily generated in these glove
boxes. Incoming drums generally are opened in glove boxes.
However, it might be necessary to loosen a lid or replace a
damaged lid outside of a glove box. For example, an 85-gal
drum lid is removed by placing the drum in an air exhauster
canister, which vents to the process area through a high-
efficiency particulate air (HEPA)-like filter. No credit is taken
for this HEPA-like filter so far as estimating the abated
emissions. Emissions from the process area will exhaust
through the 296-W-4 stack emission system.
TRANSURANIC WASTE PROCESS LINE
The TRU waste process glove box line consists of stainless
steel modular glove boxes that are bolted together in a linear
configuration. Glove box ventilation is of the once through
type. Air is drawn from the process room, through a
nontestable high efficiency process filter, and into the glove
box. The air is exhausted from the glove box through another
nontestable high efficiency process filter to the combined
glove box exhaust system.
Process operations are performed inside of the glove boxes by
using the gloves and/or remote controlled manipulators.
Drums are loaded into the glove box through an airlock and
sealed type entry systems. Noncompliant items are labeled and
transferred to the TRU RWM glove box using a reusable
transfer system. Compliant waste is repackaged into new
containers.
TRANSURANIC WASTE RESTRICTED MANAGEMENT
LINE
The TRU waste RWM glove box line is constructed of
stainless steel. Glove box ventilation is of the once through
type. Air is drawn from the process room, through a
nontestable high efficiency process filter, and into the glove
box. The air is exhausted from the glove box through another
nontestable high-efficiency process filter to the combined
glove box exhaust system. Noncompliant waste is received
from the TRU waste process line in a reusable transfer
container.
The treatment and repackaging operations that occur in the
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
DOE/RL-2017-02 Rev. 0
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TRU waste RWM glove box could include other treated LLW
packages being loaded into new drums and routed to the LLW
process glove box for compaction or loaded out of the RWM
glove box for storage, disposal, or additional treatment.
LOW LEVEL WASTE PROCESS LINE
The LLW/TRU process glove box line consists of stainless
steel modular glove boxes that are bolted together in a linear
configuration. Glove box ventilation is of the once through
type. Air is drawn from the process room, through a
nontestab1e high efficiency process filter, and into the glove
box. The air is exhausted from the glove box through another
nontestable high efficiency process filter to the combined
glove box exhaust system.
Drums enter the glove box through an airlock entry system.
Noncompliant items are bar code labeled and transferred to the
LLW RWM or TRU/RWM glove box using a reusable
transfer system. Compliant waste is compacted and
repackaged into new drums.
PROCESS DESCRIPTION - Shipping and Receiving
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
Containers are delivered to and transferred from the shipping
and receiving area by truck or forklift. In the shipping and
receiving area, incoming boxes and drums are unloaded,
visually inspected, labeled, and radiologically surveyed. The
resulting information pertaining to each container is entered
into the data management system. Following visual inspection,
containers are transferred to the lag storage area. From the lag
storage area, incoming drums are transferred to a weigh
station and on to the NDE/NDA area for further
characterization. If there are any noncompliant items or
unacceptable conditions discovered in the NDE process, the
containers are transferred to the process area for repackaging.
Once characterized, verified, and/or certified, the certified
TRU waste is loaded into transuranic package transporter
(TRUPACT-2 or equivalent) shipping casks for shipment to
the Waste Isolation Pilot Plant (WIPP) in New Mexico or
other approved facility.
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
P-296AP-001 WDOH Emission Unit ID: 204
Page in AOP: EU0204-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Deentrainer Continuous
CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
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Required Units : 1
Add'l Description: 2 parallel flow paths
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: 2 parallel flow paths
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description: 2 parallel flow paths
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 parallel flow paths with 2 HEPAs in
series
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: 2 parallel flow paths, 1 in operation at a
time
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: 1 week sample / 4 times per year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: Field interviews and
WRPS work documents.
Permit: AIR 12-310 Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 02-25-16
NOC: Installation and Operation of Waste Retrieval System in Tanks 241-AP-102 and 241-AP-104
WDOH NOC ID: 828 Date In AOP: 04-01-13 Page in AOP: EU0204-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
P-296A041-001 WDOH Emission Unit ID: 205
Page in AOP: EU0205-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: 2 parallel flow paths with 1 heater
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
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Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 parallel flow paths with 2 HEPAs in
series
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: 2 parallel flow paths, minimum of 1 in
operation at a time; annulus exhauster
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: 1 week sample / 4 times per year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
P-296A043-001 WDOH Emission Unit ID: 216
Page in AOP: EU0216-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description: 2 parallel flow paths
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: 2 parallel flow paths
Continuous
CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: 2 parallel flow paths
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Isolation Damper
Required Units : 1
Add'l Description: Allows for operation of one flow path at a
time
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: 1 week sample / 4 times per year Continuous CDM: ABCASH program.
DOE/RL-2017-02 Rev. 0
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Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
P-296A018-001 WDOH Emission Unit ID: 217
Page in AOP: EU0217-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 parallel flow paths with 2 HEPAs in
series
Continuous
CDM: Field interviews and
WRPS work documents.
WRPS notification procedure
and notification logbook.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: 2 parallel flow paths
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: 2 parallel flow paths
Continuous
CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: 1 week sample / 4 times per year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
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P-296A019-001 WDOH Emission Unit ID: 218
Page in AOP: EU0218-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area: Abatement Technology: HEPA
Required Units: 2
Add'l Description: In series
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: This emission unit
did not operate since April
2016.
Zone or Area: Abatement Technology: Fan
Required Units: 1
Add'l Description: Annulus Exhauster
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: This emission unit
did not operate since April
2016.
Zone or Area: Abatement Technology: Heater
Required Units: 1
Add'l Description:
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: This emission unit
did not operate since April
2016.
Required Sampling: Record Sample
Sampling Frequency: 4 week sample/ year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: ABCASH program.
Comment: This emission unit
did not operate since April
2016.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075[3]
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: This emission unit
did not operate since April
2016.
No active NOC approvals in the AOP for this certification period.
P-296AN-001 WDOH Emission Unit ID: 227
Page in AOP: EU0227-001
Emission unit closure was reported on October 15, 2014. Official closure acceptance by WDOH was provided on
January 15, 2015
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P-296A030-001 WDOH Emission Unit ID: 228
Page in AOP: EU0228-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Deentrainer
Required Units : 1
Add'l Description: 2 parallel flow paths with 1 de-entrainer in
each train
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: 2 parallel flow paths with 1 heater in each
train
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: 2 parallel flow paths with 1 fan in each
train
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 parallel flow paths with 2 HEPAs in
series in each train.
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: 1 week sample / 4 times per year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR 61.93
(b)(4)(i)& WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
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S-296S021-001 WDOH Emission Unit ID: 254
Page in AOP: EU0254-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 3
Add'l Description: In series for both the primary and backup
exhaust systems (222-S Lab Hot Cells)
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: For both primary and backup exhaust
systems (222-S Lab Complex)
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 3
Add'l Description: Primary exhaust operated in parallel,
serves both hot cell addition & main lab.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: Backup exhaust operates independently or
in parallel with primary exhaust
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Sr-90, Cs-137 and
Pu-239
Continuous
CDM: ABCASH program,
field interviews, and WRPS
work documents.
Federal and State Regulatory Requirement: 40 CFR 61.93
(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
P-2025E ETF WDOH Emission Unit ID: 301
Page in AOP: EU0301-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area : Vessel Off-Gas System
Abatement Technology : HEPA Continuous
CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-28
Required Units : 3
Add'l Description: 1 heater and 2 filters in series, with 2
parallel fans (minimum of 1 in operation). VOG discharges
into Building Ventilation
Zone or Area : Vessel Off-Gas System
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area : Building Ventilation System
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 3 parallel flowpaths each with 1 filter and
1 fan; minimum 2 in operation
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area : Building Ventilation System
Abatement Technology : Fan
Required Units : 2
Add'l Description: Serves both areas
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Monitoring stations N498, N499, N972,
and N999
Sampling Frequency: 4 week sample/ year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: Field interviews and
ABCASH data.
Comment: 296-E-1 met the
sampling frequency
requirement of 4 week
sample/yr. The ambient air
monitors that are listed met the
continuous
monitoring/sampling
requirements specified in the
Diffuse & Fugitive license.
Federal and State Regulatory Requirement: 40 CFR 61.93
(b)(4)(i)& WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: Contractor NESHAP
Quality Assurance Plan for
Radioactive Emissions.
No active NOC approvals in the AOP for this certification period.
P-213W-001 WDOH Emission Unit ID: 308
Page in AOP: EU0308-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
DOE/RL-2017-02 Rev. 0
B-29
P-291T001-001 WDOH Emission Unit ID: 314
Page in AOP: EU0314-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), Engineering
Drawing H-2-91269, Sheet 2.
Comment: Engineering
drawings verify the presence
of prefilter
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: In series
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), Engineering
Drawing H-2-91269, Sheet 2.
Comment: Engineering
drawings verify the presence
of two HEPA filters, in series.
Zone or Area :
Abatement Technology : Fan
Required Units : 2
Add'l Description: 2 in parallel (with one as a backup)
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), Engineering
Drawing H-2-91269, Sheet 2.
Comment: Engineering
drawings verify the presence
of two fans, in parallel with
one as backup.
Required Sampling: Record Sample
Sampling Frequency: Particulates shall be continuously
sampled and analyzed every two weeks for gross alpha and
gross beta/gamma, composited quarterly, and analyzed
isotopically.
Radionuclide Requiring Measurement: All radionuclides
that contribute greater than 10 percent of the potential-to-emit
TEDE to the MEI, greater than 0.1 mrem/yr potential-to-emit
TEDE to the MEI, and greater than 25 percent of the TEDE to
the MEI after controls.
Continuous
CDM: Reviewed sampling
data (e.g., ABCASH) and
verified the required sampling
was performed.
Federal and State Regulatory Requirement: 40 CFR 61.93
(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114 NDA as detailed in conditions
below.
Continuous
CDM: NESHAP Quality
Assurance Project Plan for
Radioactive Air Emissions
(CHPRC-00189, Appendix E).
Permit: AIR 12-312 - A Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Consolidated T Plant Operations
WDOH NOC ID: 830 Date In AOP: 04-01-13 Page in AOP: EU0314-001
DOE/RL-2017-02 Rev. 0
B-30
The total abated emission limit for this Notice of Construction
is limited to 5.60E-02 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Confirmed Dose
Equivalent (DE) Curie (Ci) for
year reported in T Plant Curie
Inventory Logbook, HNF-N-
42, was <15,000 DE-Ci/year
basis for this NOC limit in the
application.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
This consolidated T-Plant license supersedes all radioactive air
licenses for 291-T-1.
a. This approval subsumes those activities approved in three
previous license approvals, retains/revises the specific
conditions and limitations of those approvals, and replaces
them as the radioactive air license for T-Plant:
i. AIR 03-1208 (NOC ID # 445, "Storage in T-Plant Complex
of Sludge from K-Basins")
ii. AIR 01-1010 (NOC ID # 499, "T-Plant Complex Fuel
Removal Project")
iii. AIR 02-704 (NOC ID # 500, "Entering and Characterizing
of the 224-T Facility Process Cells")
b. With additional conditions and limitations provided herein,
this approval also extends to new activities discussed in the
NOC application "Radioactive Air Emissions Notice of
Construction for Consolidated T Plant Operations", DOE/RL-
2004-50, Rev.0, September, 2004, described briefly:
i. Receipt, Storage, Treatment, and Loads out of Contact-
Handled and Remote-Handled Transuranic (TRU) and
Transuranic Mixed Waste (M-91 Initiative)
ii. Treatment (in addition to storage) of K-Basin Sludge from
the North Load out Pit (NLOP)
iii. Such activities considered routine at T Plant as are
described in succeeding conditions.
Activities a)i through a)iii may emit radioactive air through
291-T-1. Additionally, activity a)iii may emit to the 200 Area
Diffuse & Fugitive emission unit and to Portable Temporary
Radioactive Air Emission Units.
Continuous
CDM: Facility procedures
demonstrate that activities at
T-Plant are as described in the
NOC.
Comment: 224-T was
removed from the license on
2/16/2017 (AIR 17-206).
The PTE for this project ad determined under WAC 246-247-
030(21)(a-e)[as specified in the application] is 1.20E+02
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Am-241 1.38E+00 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
isotopic distribution based on destructive analysis of pre-filter
four
Cs-137 1.46E+01 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Continuous
CDM: Confirmed DE-Ci for
year reported in T Plant Curie
Inventory Logbook, HNF-N-
42, was <15,000 DE-Ci/year
basis for this NOC limit in the
application.
DOE/RL-2017-02 Rev. 0
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Pu-239/240 1.38E+01 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Sr-90 1.94E+01 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
The radioactive isotopes identified for this emission unit are
(no quantities specified):
Am-241 Cs-137 Pu-239/240 Sr-90
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)) DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the Air Operating Permit under
WAC 173-401-725( 4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
All activities involving radioactive materials shall be
conducted in accordance with radiation control procedures
approved per applicable QA program.
(WAC 246-247-040(5))
Continuous
CDM: NESHAP Quality
Assurance Project Plan for
Radioactive Air Emissions
(CHPRC-00189, Appendix).
CH2M HILL Plateau
Remediation Company
(CHPRC) Radiological
Control Manual (CHPRC-
00073).
Calibrate all differential pressure gauges associated with
291-T-1 HEPA filters annually. (WAC 246-247-040(5)) Continuous
CDM: WMP-18006,
Pressure/Vacuum Gauge,
Differential Pressure/Vacuum
Gauge Calibration; work
package 2T-16-02564
Completed on 7/27/2016.
Receipt, Storage, Treatment, and Load out of Contact-handled
and Remote-handled transuranic (TRU) and transuranic mixed
(TRUM) (M-91 Initiative):
A. M91 project activities shall be conducted in T-Plant within
the head end, the railroad tunnel, and/or the T-Plant Canyon.
M-91 waste shall be received at the head end or at the railroad
tunnel. M91 waste is remote or contact handled transuranic,
Continuous
CDM: No M-91 activities
were conducted during the
reporting period. Procedures
will be written prior to
resuming M-91 activities.
DOE/RL-2017-02 Rev. 0
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transuranic mixed, mixed, or mixed low level waste.
B. M-91 waste containers shall be opened and their contents
treated in the head end of T-Plant only under containment,
containment being defined here as either vented and HEPA-
filtered glove box/bag, sealed glove box/bag, ventilated and
HEPA-filtered containment tent or ventilated and HEPA-
filtered solid-structure temporary containment, or PTRAEU.
Where active ventilation is provided, that ventilation shall
discharge into the T-Plant canyon so that radioactive air
emissions originating in this process are further controlled by
the 291-T-1 ventilation system controls. Procedures (approved
in accord with applicable QA program) to ensure the initial
integrity of the containment and to ensure the continued
integrity of the containment structures shall be followed, shall
include periodic radiological surveys, and shall be kept
available for WDOH review. The head end will be posted
based on radiological conditions in accordance with radiation
control procedures approved per applicable QA program.
C. M-91 waste containers shall be opened and their contents
treated in the railroad tunnel and/or canyon of T-Plant, in
accord with radiological control procedures (approved in
accord with applicable QA program).
D. Lower risk M-91 containers may be received at the head
end of T-Plant, and higher risk M-91 containers shall be
received at the railroad tunnel. Risk criteria, including
radiological risk considerations, governing receipt location
shall be developed and documented.
E. Surface contamination and dose rate limits on M-91 waste
containers received at T-Plant shall be governed by approved
solid waste acceptance procedures. Deviations from approved
solid waste acceptance procedures are allowed under a
controlled waiver process. Stand-alone solid waste acceptance
documents specifying surface contamination and dose rate
limits shall be developed and approved for any M-91
containers received under the waiver process. These
procedures shall be kept readily available for WDOH review.
Documentation shall be sufficient to allow ready identification
of the criteria under which each waste container is accepted,
and shall note definite compliance with the applicable criteria
on receipt.
F. Applicable surface contamination/dose rate criteria shall be
documented for each container of M-91 waste repackaged at
T-Plant for transshipment. Documentation of applicable
criteria and compliance thereto shall be maintained for M-91
waste containers shipped from T-Plant.
G. Receipt, Storage, Treatment, and Load out of Contact-
Handled and Remote-Handled Transuranic (TRU) and
Transuranic Mixed Waste (M-91Initiative) includes the
following activities:
G1) Receiving.
DOE/RL-2017-02 Rev. 0
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G2) Sorting.
G3) Storing.
G4) Size Reduction.
G5) Repackaging.
G6) Containerizing.
G7) Load out.
G8) Treatment. (WAC 246-247-040(5)).
Routine T-Plant Activities:
A1) Packaging and Repackaging Waste - Packaging and
repackaging activities are performed for waste generated at T-
Plant as well as for onsite and offsite generators. Packaging
and repackaging activities are:
A1a) Sorting.
A1b) Segregation.
A1c) Removing prohibited items.
A1d) Compositing/aggregating solids or liquids.
A1e) Adding absorbent.
A1f) Size reduction [e.g., cutting (jaws, saws, torches)],
bending, folding, crushing (e.g., drum crusher), shredding,
compacting, or similar methods that do not have a higher
extent of disruption].
A1g) Void filling.
A1h) Pressure relief/release (e.g., aerosol cans, gas cylinders,
drums, or other similar containers).
A1i) Aerosol can/drum puncturing.
A2) Verification Activities - Verification support activities are
provided for waste and other materials that are generated on or
off the Hanford Site. Verification activities are:
A2a) Physical observation.
A2b) Nondestructive examination (NDE).
A2c) Nondestructive assay (NDA).
A2d) Chemical field screening.
A2e) Radiological surveys.
A2f) Radiological samples.
A2g) Headspace gas analysis.
A2h) Chemical sampling.
A3) Sampling Activities - Sampling of waste generated by
operations or by other onsite or offsite generators is
performed. The purpose of sampling is to confirm process
knowledge, characterize waste, support verification, and
determine land disposal requirements as applicable. Sampling
activities are:
A3a) Field screening [e.g., pH paper, oxidizer, volatile organic
analyses (VOAs), polychlorinated biphenyls (PCBs), or
similar screening parameters].
A3b) Obtaining a sample for analysis [e.g., grab, composite,
composite liquid waste sampler (COLIWASA), or other
similar sampling techniques].
A3c) Shipping/transferring the samples to an approved
laboratory for analysis.
A3d) Disposition of sample returns (e.g., placement back into
the parent container or another approved container/tank).
A3e) Headspace gas analysis [typically in support of the
Waste Isolation Pilot Plant (WIPP) Project].
Continuous
CDM: Facility procedures
demonstrate that activities at
T-Plant are as described in the
NOC.
DOE/RL-2017-02 Rev. 0
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A3f) Tank sampling (liquid, sludge, salt cake, composites).
A4) Decontamination/Refurbishment Activities - Materials,
equipment, and waste can be decontaminated (e.g., free
release, reduce the radiological levels, or other similar criteria)
using a variety of methods. T-Plant also performs
decontamination of T- Plant structural components (e.g., 221-
T Building walls, cells, or other similar surfaces).
Decontamination activities at T-Plant are:
A4a) Water (fog, high or low-pressure spraying).
A4b) Steam.
A4c) Ice blasting.
A4d) Vacuum blasting.
A4e) Brushing.
A4f) Abrasive tools.
A4g) Scraping.
A4h) Washing (e.g., chemicals/detergents).
A4i) Immersion.
A4j) Electro-polishing.
A4k) Cutting (e.g., removal by sawing, torch cutting more
highly radioactive components or other similar methods).
A4l) Rust/paint removal.
A5) Maintenance Activities - A variety of preventative and/or
repair maintenance activities are performed at T-Plant. Some
maintenance activities involve the temporary shut down of the
291-T-1 exhaust stack. Maintenance activities are:
A5a) Painting.
A5b) Crane maintenance.
A5c) Electronic systems functional checks and repairs
[CAMs, personnel contamination monitors (PCMs)].
A5d) Calibrations.
And may be performed on:
A5e) Rollup doors.
A5f) Heat pumps.
A5g) Exhaust fans.
A5h) Transformers.
A5i) Scale systems.
A5j) Wire rope.
A5k) Stack systems fan lubes.
A5l) Forklifts.
A6) Waste Treatment Activities - T-Plant is a treatment
facility permitted by the Washington State Department of
Ecology (Ecology). Treatment activities are:
A6a) Macroencapsulation.
A6b) Absorption.
A6c) Neutralization.
A6d) Immobilization.
A6e) Encapsulation.
A6f) Stabilization (solidification, cementation, grouting).
A6g) Compaction.
A6h) Amalgamation.
A6i) Segregation.
A6j) Shredding.
A6k) Venting.
A6l) Size Reduction.
A7) Recycling Activities - Materials are recycled whenever
possible. Recycled materials are collected in accumulation
DOE/RL-2017-02 Rev. 0
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containers in approved locations and transferred to the
Recycling Center. Only nonradioactive materials are sent to
the Recycling Center. Some radioactive materials (ferrous and
nonferrous metals) can be recycled. Recycled materials are:
ferrous and non-ferrous metal, light bulbs, aerosol cans, oils,
and batteries.
A8) Storage Activities - T-Plant is permitted for waste storage
by Ecology. Plant also stores other materials (chemicals, or
equipment, or similar materials) to support operations.
Radioactive wastes may be stored uncontainerized or in:
A8a) Containers (boxes, drums, tanker trucks/railcars, or large
diameter containers).
A8b) Tanks.
A8c) Sumps and pipes.
A9) Equipment, Materials, and Waste Movement Activities -
The movement of materials, equipment, waste, chemicals, or
similar items involves the receipt and/or transferring/shipping,
and movement and/or relocation within the T-Plant TSD unit
boundary. Movement activities (using a forklift, crane, truck,
dolly, personnel) are:
A9a) Receiving waste (liquid, solid, semi-solid) for storage
and/or treatment.
A9b) Movement of waste (liquid, solid, semi-solid) and
equipment in or out of process cells, canyon deck craneway,
or tunnel in the 221-T Building.
A9c) Movement of liquids, sludges, or other waste from
containers and/or tanks via transfer lines.
A9d) Waste container transfers (among outdoor storage pads,
within buildings, process cells, canyon deck, or other
approved locations). A9e) Placing and storing chemical
products in flammable cabinets or other approved storage
locations.
A9f) Transloading from the 221-T tunnel to canyon deck
and/or process cells.
A10) Housekeeping Activities - Housekeeping activities
involve maintaining T-Plant in a clean and orderly condition.
Housekeeping activities are:
A10a) Sweeping (brooms).
A10b) Mopping (squeegees or mops).
A10c) Vacuuming.
A10d) Dusting.
A10e) Wiping (sponges, towels).
A10f) Picking up debris.
A10g) Removal of trash.
A11) Surveillance Activities - Surveillance activities involve
walking down and inspecting various areas, systems, and
components. Surveillances typically consist of daily, weekly,
and monthly inspections of waste containers, tanks, buildings,
or similar locations. Surveillances are subject to change
(adding, deleting and/or modifying) as operations,
maintenance, engineering, and radiological control dictates.
Surveillances, inspections, and maintenance activities that do
not have the potential to create airborne contamination can
occur within the 221-T Building when the 291-T-1 exhaust
stack emission system is shutdown. The following
surveillances are performed at T-Plant:
DOE/RL-2017-02 Rev. 0
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A11a) Container storage areas treatment and storage tanks and
ancillary equipment.
A11b) General condition of building structures.
A11c) Safety Cold weather surveillances (typically, between
October 1 and March 31).
A11d) Inspection of equipment.
A11e) Inspection of HEPA filtered vacuums.
A11f) Radiological surveys.
A12) Contamination Within the Canyon - The operational
activities described inherently involve the spread of
contamination within the canyon. The canyon is designed to
provide containment for these operational activities. Job
specific contamination controls are used (spreading paper to
facilitate easy decontamination, fogging, fixing contamination,
covering, performing operations remotely or other similar
methods that cover, seal, or remove smearable contamination).
(WAC 246-247-040(5))
The abated and unabated emissions for this license have been
estimated using particulate 241-Am, 239/240-Pu, 137-Cs, and
90-Sr, based on the isotopic distribution measured in
destructive analysis of a T-Plant pre-filter, a Dose Equivalent-
Curie limit of 15,000 DE-Ci, and also include a small
contribution from gaseous radionuclides that may be
encountered. The amounts of radioactive gases included are:
(3-H, 25 Ci), (85-Kr, 3000 Ci), (129-I, 0.05 Ci), (219-Rn, 0.2
Ci), (220-Rn, 30 Ci), (222-Rn, 2 Ci). Radionuclides that may
be encountered as particulates are: 242-Cm, 243-Am, 244-Cm,
60-Co, 134-Cs, 154-Eu, 40-K, 94-Nb, 237-Np, 238-Pu, 241-
Pu, 242-Pu, 244-Pu, 226-Ra, 106-Ru, 125-Sb, 228-Th, 234-
Th, 232-U, 233-U, 234-U, 235-U, 236-U, 238-U. Other
particulate radionuclides are permitted, the total to remain
within the DE-Ci limit of 15,000 DE-Ci and the abated
emission limit of the license. Gaseous radionuclides are
permitted, the sum of doses from radioactive gases to remain
less than 6% of the total abated emission limit for this license.
This condition does not apply to naturally occurring Radon.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to action to
be complete in the future or
that pertain to actions required
of the agency. Verified
unabated PTE from DECi
logbook, HNF-N-42 Inventory
Control Program, WMP 340,
Section 1.8.
The alternative flow measurement method proposed for the
291-T-1 stack by USDOE letter 03-RCA-0210, dated April 9,
2003, is approved for use (WAC 246-247-075(3)).
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to action to
be complete in the future or
that pertain to actions required
of the agency.
The annual inspection and maintenance of the HEPAs must
include visual inspection of the filter housing. Documentation
of these activities must be made available to DOH upon
request. (WAC 246-247-040(5))
Continuous
CDM: In-Place Testing of
HEPA Filter Systems, 2T-
99042. Work package 2T-16-
00958. Completed on
6/16/2016.
The emission unit monitoring system shall have the following
activities performed: Continuous
CDM: Stack Monitor Record
Sampler Components Swap,
DOE/RL-2017-02 Rev. 0
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A1) By December 31, 2005 and annually thereafter:
A1a) A visual check of nozzle position and orientation as well
as measurements of nozzle openings;
A1b) Checks to ensure the tightness of all fittings and
connections as well as a leak test of the entire sampling
system.
A1c) Visual inspections for corrosion, physical damage, or
dust loading of the probe, sample lines, and monitoring system
equipment.
A2) Annually, from December 31, 2003:
A2a) A functional/calibration check of monitoring system
instrumentation shall be performed.
A2b) USDOE shall provide to WDOH for review copies of
the procedures used to perform the above activities.
(WAC 246-247-060(5)).
Functional Check, and
Calibration, 2T18599. Work
package 2T-16-03318.
Completed on 9/20/2016.
The PTE at T-Plant shall be tracked in DE curies. A running
total of DE curies present at the beginning of the calendar year
plus DE curies introduced into T-Plant during that year shall
be maintained and kept available for WDOH review. This
record shall be made current at no greater than weekly
intervals. That the total does not exceed license limits shall be
routinely verified, and documentation of that verification shall
be maintained. (WAC 246-247-040(5))
(WAC 246-247-060(5))
Continuous
CDM: Inventory Control
Program, WMP 340, Section
1.8. T Plant Curie Inventory,
HNF-N-42 Logbook.
The Quality Assurance Standards for the sampling of
emissions and subsequent analysis must remain in compliance
with HNF-0528 NESHAPS Quality Assurance Project Plan
for Radioactive Airborne (all of sections 2.0, 3.0, 5.0).
(WAC 246-247-060(5))
Continuous
CDM: MSA has staff and
procedures in place to collect
and analyze samples in
compliance with applicable
QA requirements.
T-Plant must continue to demonstrate that the adequacy of
their system design and operation is equivalent to the intent of
ASME/ANSI N 510. Both stages of HEPA filtration must be
individually aerosol tested in place, a minimum of annually (at
a minimum control efficiency of 99.95 percent). (WAC 246-
247-040(5))
Continuous
CDM: In-Place Testing of
HEPA Filter Systems,
2T99042. Work package 2T-
16-00958. Completed on
6/16/2016.
Receipt and Storage of K-Basins Sludge:
A. Receipt, Treatment, Storage and Load out of north load out
pit (NLOP) Sludge:
A1) Sludge treatment consists of mixing the sludge with grout
via the following major process steps:
A1a) Transferring sludge from Large Diameter Container into
the grout system.
A1b) Sampling to ensure grouted containers meet waste
isolation project plant (WIPP) acceptance requirements.
A1c) Transferring aliquots into WIPP certified 55 gallon
drums.
A1d) Grouting to meet WIPP waste acceptance criteria.
A2) Prior to treatment, NLOP sludge shall be stored in T-Plant
process cells 3L, 10L, 13L, 15L, 8R, 9L, 14R, and/or 16R.
A3) Containerized and grouted sludge shall be stored for not
longer than 23 years from the date of issue of this license
within the T-Plant complex.
A4) Containerized and grouted sludge shall be stored within
Continuous
CDM: DOE/WIPP-02-3122,
"Waste Acceptance Criteria for
the Waste Isolation Pilot
Plant." No K-Basins’ sludge
was received or treated at
T-Plant during the reporting
period. Waste Profile Sheet,
TPLT-220-0001; RL letter 06-
ESD-0156, dated September
15, 2006 to WDOH
documenting that the PWR
Fuel Removal Project was
completed on September 18,
2004; HNF-EP-0063,
"Hanford Site Solid Waste
Acceptance Criteria;"
Radiological Work Permits,
RWP T-240, RWP T-246,
DOE/RL-2017-02 Rev. 0
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the TSD unit boundary, and disposed according to assay of
individual containers.
A5) The potential-to-emit of NLOP sludge received at T-Plant
shall not exceed 0.9 mrem/year, corresponding to 120 DE Ci.
B. Receipt and Storage of K-Basins Sludge:
B1) Preparation of cells to receive sludge containers, which
shall be limited to the following activities:
B1a) Intrusive cell operations to relocate items within cells
and to transfer items between cells.
B1b) Removal of cell contents, which shall be limited to the
following operations.
B1b1) Remote crane operations using lifting bails and
clamshells.
B1b2) Pumping of liquids.
B1b3) Vacuum suction.
B1b4) Storage, repackaging, and treatment of containerized
and uncontainerized radioactive waste.
B1b5) Waste characterization, verification, repackaging, size
reduction, segregation, immobilization, and consolidation.
B1b6) Preparation of waste shipments in accordance with
acceptance criteria for other facilities.
B1b7) Treatment and storage of liquid mixed waste.
B1c) Storage of contaminated process equipment and debris in
the 221-T Canyon Building cells and deck shall be limited to:
B1c1) Tanks, pulsers, precipitators, centrifuges, and
jumpers/connectors.
B1c2) Decontamination equipment, immersion tanks,
sprayers, and blasters.
B1c3) Equipment racks, pumps, mixers, and motors.
B1c4) Original equipment (prior to decontamination mission).
B1c5) Condensers, chillers, filter assemblies, and columns.
B1c6) Open and closed boxes, drums, and containers, filled
with debris.
B1c7) Tools, concrete blocks, and loose debris.
B1d) Refurbishing, recycling, and maintenance of
contaminated equipment shall be limited to the items of
equipment listed above. B1e) Decontamination of equipment
and materials, which shall be limited to the following
operations:
B1e1) Hand, spray, and abrasive methods.
B1e2) Steam cleaning.
B1e3) High pressure hot water.
B1e4) High pressure cold water
B1e5) Ice blasting.
B1e6) Abrasive tools.
B2) The chemical and physical processes associated with the
sludge storage shall consist of the following:
B2b) Radioactive waste shall be managed in accordance with
written facility and Hanford Site waste management
procedures and acceptance criteria. Criteria for moving
containers from the canyon into the tunnel include the
requirements that smearable contamination on the outside of
the container must be less than 400 dpm/100 cm2 alpha and
less than 20,000 dpm/100 cm2 beta/gamma for low risk
RWP T-248, RWP T-250,
RWP T-252.
DOE/RL-2017-02 Rev. 0
B-39
evolutions. For medium risk evolutions the criteria for moving
containers from the canyon into the tunnel shall include the
requirements that smearable contamination on the outside of
the container must be less than 2,000 dpm/100 cm2 alpha and
less than 100,000 dpm/100 cm2 beta/gamma.
B2c) New liner systems shall be installed in the pool if storage
under water is required and in four to twelve of the process
cells. Existing water conditioning systems (coolers, filtration
system, ion exchange columns, and piping) shall be used,
modified, replaced or removed if storage under water is
required.
B2d) Spent nuclear fuel (SNF) sludge retrieved from the 105-
KE and 105-KW Basins shall be managed as two separate
waste streams. Sludge containers configured for dry storage
shall be used for less reactive floor and pit sludge components,
including windblown sand and rocks, spalled concrete from
the basin walls, iron and aluminum corrosion products, ion
exchange resin beads, uranium oxides, and uranium fuel
particles. More reactive sludge collected in the knockout pots
and settler tank during SNF retrieval and processing at K-
Basins shall be stored in a container configured for storage
under water or for dry storage if allowed by criticality and
thermal analyses.
B2e) Physical upgrades to the 221-T Canyon, as determined in
final design, shall include installation of new cell containment,
liner bracing systems, sump pumps, leak detectors, and
instrumentation and controls in the 221-T Canyon.
B2g) Canyon radiation detectors, alarms, and cameras will be
upgraded to provide surveillance.
B2h) Sludge containers shall be designed to ensure a safe
storage configuration, based on final design results determined
in criticality and heat rejection requirements analysis. Final
design shall analyze maximum sludge loading and container
sizing to minimize the number of transfers and number of
containers.
B2i) Contents of filled sludge containers shall consist of a
layer of sludge below a layer of water and a layer of air to
provide a void space in each container. Sludge containers shall
be capable of maintaining sludge in a wet state during
transport and storage. B2j) Sludge containers shall be received
and placed into interim storage in the 221-T Canyon,
configured for dry cell storage or storage under water. All
sludge container handling and placement within the 221-T
Building shall be performed remotely via crane operations.
B2k) The containers shall be transported from K- Basins to the
221-T Building via tractor and trailer. Each transfer shall
consist of one transport cask which shall be inspected upon
receipt according to approved receipt methods.
B2l) Sludge container unloading operations shall be done
remotely using the canyon crane system. T-Plant Complex
personnel shall vent and purge the transport cask with non-
radioactive inert gas within the controlled airspace. The
purge/venting system shall include a radiation detection
method to verify that the storage container does not leak
during transport and shall purge all hydrogen from the
transport cask.
DOE/RL-2017-02 Rev. 0
B-40
B2m) As a sludge container is moved from the tunnel into the
canyon, operations personnel shall verify remotely the
identification number and record the container number, via
existing camera systems. After the container is removed from
the cask, an empty container will be placed in the cask and the
lid shall be replaced. The transport system shall be surveyed
for possible contamination on exiting the Radiological Area
and will return to K- Basins.
B2n) After the sludge containers are placed in the 221-T
Canyon interim dry storage location, surveillance shall be
performed to ensure that safety, regulatory, and safeguards
and security requirements are met. Water levels within the dry
storage containers shall be monitored (weight differential),
and water additions shall be made remotely.
B2o) After sludge containers are placed in the interim
underwater pool storage location, surveillance shall be
performed to ensure that safety, regulatory, and safeguards
and security requirements are met. Pool storage conditions
(water quality, water temperature, water level, and ion
exchange column status) shall be monitored, and water shall
be added as needed to the pool to maintain the necessary water
depth.
(WAC 246-247-040(5))
P-296T007-001 WDOH Emission Unit ID: 315
Page in AOP: EU0315-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Demister
Required Units : 1
Add'l Description: To operate per Conditions and Limitations
of the license.
Intermittent
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), Engineering
Drawings H-2-83095 Sheet 1,
H-2-83100 Sheet 1, H-2-
826566 Sheet 1 show removal
of Demister unit.
Comment: The DOH issued
new air permit on October 10,
2014 (AIR 14-1001) for 2706T
that provided for removal the
demister as abatement
technology. This is reflected
in AOP Renewal 2, Revision
B.
DOE/RL-2017-02 Rev. 0
B-41
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: To operate per Conditions and Limitations
of the license.
Intermittent
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), Engineering
Drawings H-2-83095 Sheet 1,
H-2-83100 Sheet 1, H-2-
826566 Sheet 1 show removal
of heater
Comment: The DOH issued
new air permit on October 10,
2014 (AIR 14-1001)for 2706T
that provided for removal the
demister as abatement
technology. This is reflected
in AOP Renewal 2, Revision
B.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), Engineering
Drawings H-2-83095 Sheet 1,
H-2-83100 Sheet 1, H-2-
826566 Sheet 1.
Comment: Engineering
drawings verify the presence
of prefilter.
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description:
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), Engineering
Drawings H-2-83095 Sheet 1,
H-2-83100 Sheet 1, H-2-
826566 Sheet 1.
Comment: Engineering
drawings verify the presence
of a HEPA filter.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: To operate per Conditions and Limitations
of the license.
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), Engineering
Drawings H-2-83095 Sheet 1,
H-2-83100 Sheet 1, H-2-
826566 Sheet 1.
Comment: Engineering
drawings verify the presence
of fan.
Required Sampling: Record Sample
Sampling Frequency: See special conditions.
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: Reviewed sampling
data (e.g., ABCASH) and
verified the required sampling
was performed.
Federal and State Regulatory Requirement: 40 CFR
61.93(c)(4)(e) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: CHPRC NESHAP QA
program (CHPRC-00189).
DOE/RL-2017-02 Rev. 0
B-42
No active NOC approvals in the AOP for this emission unit.
P-291S001-001 WDOH Emission Unit ID: 332
Page in AOP: EU0332-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Sandfilter
Required Units : 1
Add'l Description:
Continuous CDM: Verify with technical
authority.
Zone or Area :
Abatement Technology : Fan
Required Units : 2
Add'l Description: In parallel, only 1 operates at a time
Continuous CDM: Verify with technical
authority.
Required Sampling: Record Sample
Sampling Frequency: 4 week sample/year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH data review.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: CHPRC-00189,
NESHAP Quality Assurance
Project "j" Plan for
Radioactive Air Emissions.
Permit: ALARACT 28.1 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Shutdown of Stack System(s) (Maintenance and Incidental)
WDOH NOC ID: Date In AOP: 04-01-13
1. Description of Activity
The listed facilities are currently under Surveillance and
Maintenance (S&M) status, meaning active processing has
ceased with radioactive feed materials no longer brought in.
Surveillances and maintenance activities are performed in
these facilities including, but not limited to minor activities
such as exterior and interior inspections; checking for door
security, for any unauthorized building intrusions, and for
structural integrity; water intrusion cleanup; waste
handling/removal; maintaining radiological airborne control
zones; animal or insect intrusion abatement; maintaining
operating systems and building integrity, eliminating utilities
when possible; identifying and reducing hazards; and
housekeeping. The primary ventilation systems and associated
record sampling systems operate at each facility as described
in the Hanford Site Air Operating Permit.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
DOE/RL-2017-02 Rev. 0
B-43
At certain times to support these various S&M activities, or
related to maintenance or replacement-inkind, any one of these
primary ventilation systems may be shut down for a period up
to or exceeding two days (48 consecutive hours) duration.
The three ventilation systems which may be shut down are:
332 REDOX, 402 B-Plant, 369 PUREX.
2. Controls
It was agreed that an As Low As Reasonably Achievable
Control Technology (ALARACT) demonstration is
appropriate to address control and monitoring of potential
radioactive air emissions during these extended periods of
shutdown exceeding two days.
During periods of pre-planned shutdown of less than two days
duration, no additional monitoring or controls are required
under the ALARACT. During shutdown periods exceeding
two days, the following controls will be implemented:
Inform the Washington Department of Health (WDOH) by
telecom or email at the start of each use of this ALARACT
action or as soon as it is realized that the systems will be
shutdown for more than two days.
To provide assurance that containment of airborne
contamination is maintained during the subject periods of
shutdown, Contractor Radiological Control Technicians
(RCTs) will perform daily (during normal work days I.e., not
weekends or holidays) radiological swipe surveys on a
representative few normally accessible outer facility doors. If
an increase in removable (smearable) contamination is
detected at any of these locations during the period of
shutdown, notify the WDOH and describe containment
measures to be taken.
During the subject periods of shutdown, to avoid situations
which might encourage increased diffuse or fugitive
emissions, no activities will be conducted inside the facility
except those approved for unfiltered containment in
accordance with established Radiological Control criteria.
If the fans are not restarted within the scheduled time
discussed with WDOH, WDOH will be contacted, and
continued monitoring and/or airborne controls will be
discussed.
Continuous CDM: Records review.
3. Monitoring
It was agreed that an As Low As Reasonably Achievable
Control Technology (ALARACT) demonstration is
appropriate to address control and monitoring of potential
radioactive air emissions during these extended periods of
shutdown.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
DOE/RL-2017-02 Rev. 0
B-44
P-296S016-001 WDOH Emission Unit ID: 337
Page in AOP: EU0337-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area: Abatement Technology: Fan
Required Units: 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area: Abatement Technology: HEPA
Required Units: 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: 4 week sample/ year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
P-296B010-001 WDOH Emission Unit ID: 340
Page in AOP: EU0340-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area : K-1 Filter Bldg.
Abatement Technology : Prefilter
Required Units : 2
Add'l Description: In series
Continuous
CDM: As Built Drawings (H-
2-66531 latest revision.)
Comment: During periods
when K-1 system was shut
down during change over of
K3 exhaust system to K3N
(i.e., 7/8/2016 to 9/1/2016)
emission controls were
provided by use of portable
exhausters to the Hot Cells in
the canyon per AIR 16-309.
Zone or Area : K-1 Filter Bldg.
Abatement Technology : HEPA Continuous
CDM: As Built Drawings (H-
2-66531 latest revision).
DOE/RL-2017-02 Rev. 0
B-45
Required Units : 2
Add'l Description: In series
Comment: During periods
when K-1 system was shut
down during change over of
K3 exhaust system to K3N
(i.e., 7/8/2016 to 9/1/2016)
emission controls were
provided by use of portable
exhausters to the Hot Cells in
the canyon per AIR 16-309.
Zone or Area : K-1 Filter Bldg.
Abatement Technology : Fan
Required Units : 1
Add'l Description: 2 in parallel, operated, one fan at a time
and one in backup mode
Continuous
CDM: As Built Drawings (H-
2-66531 latest revision).
Comment: During periods
when K1 system was shut
down during change over of
K3 exhaust system to K3N
(i.e., 7/8/2016 to 9/1/2016)
emission controls were
provided by use of portable
exhausters to the Hot Cells in
the canyon per AIR 16-309.
Zone or Area : K-3 Filter Pit
Abatement Technology : Demister
Required Units : 1
Add'l Description:
Continuous
CDM: CDM: As Built
Drawings (H-2-99443 latest
revision).
Comment: The K3N
ventilation skid began
operating on 9/2/2016. From
7/8/2016 to 9/1/2016, portable
exhausters to the Hot Cells in
the canyon were used for
emission controls of the K3
ventilated air space per AIR
16-309. Prior to 7/8/2016,
emission control for the K3
ventilated air space was
provided by the K3 exhaust
system. As Built Drawings
(H-2-836753 latest revision).
Zone or Area : K-3 Filter Pit
Abatement Technology : Heater
Required Units : 1
Add'l Description:
Continuous
CDM: As Built Drawings (H-
2-99443 latest revision)
Comment: The K3N
ventilation skid began
operating on 9/2/2016. From
7/8/2016 to 9/1/2016, portable
exhausters to the Hot Cells in
the canyon were used for
emission controls of the K3
ventilated air space per AIR
16-309. Prior to 7/8/2016,
emission control for the K3
ventilated air space was
provided by the K3 exhaust
system. As Built Drawings
(H-2-836753 latest revision).
DOE/RL-2017-02 Rev. 0
B-46
Zone or Area : K-3 Filter Pit
Abatement Technology : Impingement Vanes
Required Units : 1
Add'l Description:
Continuous
CDM: As Build Drawings (H-
2-99443 latest revision)
Comment: The K3N
ventilation skid began
operating on 9/2/2016. From
7/8/2016 to 9/1/2016, portable
exhausters to the Hot Cells in
the canyon were used for
emission controls of the K3
ventilated air space per AIR
16-309. Prior to 7/8/2016,
emission control for the K3
ventilated air space was
provided by the K3 exhaust
system.
Zone or Area : K-3 Filter Pit
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 parallel flow paths, in-series
Continuous
CDM: As Built Drawings (H-
2-99443 latest revision)
Comment: The K3N
ventilation skid began
operating on 9/2/2016. From
7/8/2016 to 9/1/2016, portable
exhausters to the Hot Cells in
the canyon were used for
emission controls of the K3
ventilated air space per AIR
16-309. Prior to 7/8/2016,
emission control for the K3
ventilated air space was
provided by the K3 exhaust
system. As Built Drawings
(H-2-836753 latest revision).
Zone or Area : K-3 Filter Pit
Abatement Technology : Fan
Required Units : 1
Add'l Description: 2 parallel paths (1 in-use, 1 backup)
Continuous
CDM: As Built Drawings (H-
2-66531 latest revision)
Comment: The K3N
ventilation skid began
operating on 9/2/2016. From
7/8/2016 to 9/1/2016, portable
exhausters to the Hot Cells in
the canyon were used for
emission controls of the K3
ventilated air space per AIR
16-309. Prior to 7/8/2016,
emission control for the K3
ventilated air space was
provided by the K3 exhaust
system. As Built Drawings
(H-2-836753 latest revision).
DOE/RL-2017-02 Rev. 0
B-47
Required Sampling: Record Sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10% of the potential TEDE
Continuous
CDM: Applicable ABCASH
data were reviewed to verify
continuous sampling.
Comment: Prior to 7/8/2016,
the 296-B-10 stack sampling
system was in operation used
to sample the combined
exhaust of the K1 and K3
ventilation systems. From
7/8/2016 to 9/1/2016, the K1
and K3 exhaust systems were
shut down for the K3 to K3N
ventilation changeover.
During this time the 296-B-10
stack sampling system was not
in operation but portable
exhausters to the Hot Cells in
the canyon used as emission
controls for the K3 ventilated
air space were sampled per
AIR 16-309. During the
ventilation outage, which time
the door the WESF pool cell
was left open, the K1
ventilated air space was
monitored as fugitive
emissions by ambient air
monitoring stations.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 60,
Appendix A, Method 2; 40 CFR 61, Appendix B, Method 114;
61.93(b)(2)(ii) ANSI N13.1
Continuous
CDM: NESHAP Quality
Assurance Project Plan for
Radioactive Air Emissions
(CHPRC-00189, Attachment
E-6).
Comment: Prior to 7/8/2016
the 296-B-10 stack sampling
system was in operation used
to sample the combined
exhaust of the K1 and K3
ventilation systems. From
7/8/2016 to 9/1/2016 the K1
and K3 exhaust systems were
shut down for the K3 to K3N
ventilation changeover.
During this time, the 296-B-10
stack sampling system was not
in operation but portable
exhausters to the Hot Cells in
the canyon used as emission
controls for the K3 ventilated
air space were sampled per
AIR 16-309. During the
ventilation outage, which time
the door the WESF pool cell
was left open, the K1
DOE/RL-2017-02 Rev. 0
B-48
ventilated air space was
monitored as fugitive
emissions by ambient air
monitoring stations.
Permit: AIR 06-1014 (2012) Issue Date: 12-10-12 Effective Date: 10-05-06 Obsolete Date: 02-22-16
NOC: WESF Liquid Low Level Radioactive Liquid Removal from Tank 100
WDOH NOC ID: 649 Date In AOP: 05-01-14 Page in AOP: EU0340-001
The total abated emission limit for this Notice of Construction
is limited to 1.75E-05 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Reviewed ABCASH
data to confirm low
concentration of radionuclides
in emissions compared with
prior years confirming off site
dose limit was not exceeded.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
Modification and continuous operations of the Waste
Encapsulation and Storage Facility (WESF) liquid low level
radioactive (LLLW) stream piping. The tank TK-100 serves as
a catch tank for liquid low level radioactive waste streams
originating from WESG, condensate from the K-1 and K-3
filter pits, and the 296-B-10 stack. TK-100 is ventilated
through the WESF K-3 ventilation system and out of the 296-
B-10 Stack.
The contents of TK-100 are emptied by pumping the LLLW to
a tanker truck at the Truck Load-Out Port. In the event that
additional storage capacity is needed, a new portable
aboveground storage tank (nominal capacity of 4,000 gallons)
will be installed at the Truck Load-Out Port and vented to TK-
100 during filling operations. After filling the portable
aboveground storage tank, the tank will be disconnected from
the Truck Load-Out Port, a HEPA or NucFil filter shall be
installed, and then the tank will be moved outside for storage
until arrangements are made to dispose of the excess LLLW.
During normal operations the LLLW streams to TK-100 are
less than 0.001 curie/liter of Sr-90 and Cs-137. In the event
that the TK-100 contents are greater than or equal to 0.001
curie/liter of Sr-90 and Cs-137 during routine operations, a
WESF Ion Exchange Module will be installed at the Truck
Load-Out Port and the contents of TK-100 will be recirculated
through the WESF Ion Exchange Module until the
concentration is less than 0.001 curie/liter of Sr-90 and Cs-
137. The WESF Ion Exchange Module will be vented to TK-
100 during recirculation. Storage of the WESF Ion Exchange
Module will normally be outdoors and will vent to atmosphere
through a HEPA or NucFil filter. Use of the WESF Ion
Exchange Module will continue up to a maximum loading of
Continuous
CDM: Review of facility
operations and Project W130
work documents.
DOE/RL-2017-02 Rev. 0
B-49
20,000 curies of Sr-90 or 25,000 curies of Cs-137.
In addition, certain piping modifications will be made to the
current WESF LLLW system. They are as follows:
A. TK-50 Vault
- Remove existing Tank 50 Vault Piping.
- Remove remaining equipment (e.g., Tank 50, Heat
Exchanger, Pumps) if possible, and all other equipment and
debris in the vault.
- Install new pipe.
B. Valve Pit 225B-VP-05
- Remove 3-way valve.
- Blank off line to B Plant.
- Install new pipe elbows.
The PTE for this project as determined under WAC 246-247-
030(21)(a-e)[as specified in the application] is 3.51E-02
mrem/year. Approved are the associated potential release rates
(Curies/year) of :
Release rates are not listed; emission release rates are
controlled by special conditions.
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)). DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the AIR Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required. If
the applicable regulation(s) does not address manner and type
of notification, DOE will provide the Department with advance
written notice by letter or electronic mail but not solely by
copies of documents.
Continuous
CDM: Review of facility
operations and Project W130
work documents.
DOE/RL-2017-02 Rev. 0
B-50
EP-325-01-S 325 Building Radiological Processing Laboratory WDOH Emission Unit ID: 361
Page in AOP: EU0361-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 in series
Continuous
CDM: Reviewed 2016 HEPA
Filter PM results (55490,
55500, 55510, 55440A, and
[55481, 55482, 55483,
55484]). Confirmed with the
System Engineer.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: Variable flow (4 in parallel, up to 3
operational) Variable flow 4 in parallel (1 minimum
operational). The system has the capability to going down to 1
fan during set back operations.
Continuous
CDM: Reviewed the 2016
Exhaust Fan PM results (PM-
41120C, 41130C, 41140C,
41150C). Confirmed with the
System Engineer.
Required Sampling: Record Sample; tritium by silica gel
Sampling Frequency: Particulates are continuously sampled
and collected every two-weeks for gross alpha and gross beta
analysis, and composited on a semi-annual basis and analyzed
isotopically. Tritium samples are collected on a monthly basis
for analysis.
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10% of the potential TEDE
Continuous
CDM: A review of
radionuclide sample collection
data confirmed that all
required samples were
collected during the reporting
period, including the start and
end dates of sample periods.
Radionuclides contributing
greater than 10% of the TEDE
are evaluated during the annual
NESHAPS inventory
assessment. These particulate
isotopes are then analyzed
isotopically on semi-annual
composites. Semi-annual
composite data was included
as part of the emission data
review. Tritium was verified
to be collected and analyzed
monthly.
Comment: Verified that gross
a and gross ß samples were
collected bi-weekly and that
isotopic analyses were
conducted semi-annually by
composite analysis. Appendix
D reports were reviewed for all
others. Tritium is collected
monthly.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2) Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
DOE/RL-2017-02 Rev. 0
B-51
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
on an annual basis in
accordance with PNNL-10855
Rev. 5, “Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010." The “Pacific
Northwest National
Laboratory Effluent
Management Quality
Assurance Plan” (EM-QA-01)
specifies QA requirements.
The “Airborne Radionuclide
Emission Sample Analysis
Statement of Work,” Rev. 9
(March 2013), specifies
radionuclide analysis methods.
The "Memorandum of
Agreement Pacific Northwest
National Laboratory EW&T-
F&O-RMI,” Rev. 3, specifies
methods for determining stack
velocity, volumetric exhaust
rate, and cyclonic flow
determinations.
No active NOC approvals in the AOP for this certification period.
P-291A001-001 WDOH Emission Unit ID: 369
Page in AOP: EU0369-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Fiberglass Filter
Required Units : 1
Add'l Description: (Deep Bed Fiberglass filter)
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), Drawing H-2-58546-
001, Rev. 3 and H-2-58540-
001, Rev. 2.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: In series
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC) Drawing H-2-75975-
001, Rev. 2 and H-2-75976-
001, Rev. 3.
Zone or Area :
Abatement Technology : Fan
Required Units : 2
Add'l Description: In parallel, one operating, one back-up
Continuous
CDM: I&E Flow Diagram H-
2-825908; Heating &
Ventilation Air Flow &
Control Diagram (HVAC), H-
2-75975 and H-2-75976
DOE/RL-2017-02 Rev. 0
B-52
Required Sampling: Record Sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: 239/240Pu, 241Am
Intermittent
CDM: CDM: ABCASH.
ALARCT 28.1 from 3/08/2016
to 07/25/2016.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 60,
Appendix A, Method 2; 40 CFR 61, Appendix B, Method 114
61.93(b)(2)(ii) ANSI N13.1
Continuous
CDM: CHPRC-00189,
CHPRC Environmental
Quality Assurance Program
Plan (EQAPP)- Appendix E -
NESHAP; Radionuclides
QAPjP.
Permit: ALARACT 28.1 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Shutdown of Stack System(s) (Maintenance and Incidental)
WDOH NOC ID: Date In AOP: 04-01-13
1. Description of Activity
The listed facilities are currently under Surveillance and
Maintenance (S&M) status, meaning active processing has
ceased with radioactive feed materials no longer brought in.
Surveillances and maintenance activities are performed in
these facilities including, but not limited to minor activities
such as exterior and interior inspections; checking for door
security, for any unauthorized building intrusions, and for
structural integrity; water intrusion cleanup; waste
handling/removal; maintaining radiological airborne control
zones; animal or insect intrusion abatement; maintaining
operating systems and building integrity, eliminating utilities
when possible; identifying and reducing hazards; and
housekeeping. The primary ventilation systems and associated
record sampling systems operate at each facility as described
in the Hanford Site Air Operating Permit.
At certain times to support these various S&M activities, or
related to maintenance or replacement-inkind, any one of these
primary ventilation systems may be shut down for a period up
to or exceeding two days (48 consecutive hours) duration.
The three ventilation systems which may be shut down are:
332 REDOX, 402 B-Plant, 369 PUREX.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
2. Controls
It was agreed that an As Low As Reasonably Achievable
Control Technology (ALARACT) demonstration is
appropriate to address control and monitoring of potential
radioactive air emissions during these extended periods of
shutdown exceeding two days.
During periods of pre-planned shutdown of less than two days
duration, no additional monitoring or controls are required
under the ALARACT. During shutdown periods exceeding
two days, the following controls will be implemented:
Inform the Washington Department of Health (WDOH) by
telecom or email at the start of each use of this ALARACT
action or as soon as it is realized that the systems will be
Intermittent
CDM: Records review.
Comment: On 05/11/2016, the
PUREX Facility had missed an
ALARACT 28.1 survey.
DOE/RL-2017-02 Rev. 0
B-53
shutdown for more than two days.
To provide assurance that containment of airborne
contamination is maintained during the subject periods of
shutdown, Contractor Radiological Control Technicians
(RCTs) will perform daily (during normal work days I.e., not
weekends or holidays) radiological swipe surveys on a
representative few normally accessible outer facility doors. If
an increase in removable (smearable) contamination is
detected at any of these locations during the period of
shutdown, notify the WDOH and describe containment
measures to be taken.
During the subject periods of shutdown, to avoid situations
which might encourage increased diffuse or fugitive
emissions, no activities will be conducted inside the facility
except those approved for unfiltered containment in
accordance with established Radiological Control criteria.
If the fans are not restarted within the scheduled time
discussed with WDOH, WDOH will be contacted, and
continued monitoring and/or airborne controls will be
discussed.
3. Monitoring
It was agreed that an As Low As Reasonably Achievable
Control Technology (ALARACT) demonstration is
appropriate to address control and monitoring of potential
radioactive air emissions during these extended periods of
shutdown.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
P-296A010-001 WDOH Emission Unit ID: 384
Page in AOP: EU0384-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 06-1026 (2012) Issue Date: 10-05-06 Effective Date: 02-23-12 Obsolete Date: 04-26-16 NOC: Reactivation of PUREX Storage Tunnel Number 2
WDOH NOC ID: 665 Date In AOP: 04-01-13 Page in AOP: EU0384-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
DOE/RL-2017-02 Rev. 0
B-54
P-437MN&ST-001 WDOH Emission Unit ID: 385
Page in AOP: EU0385-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 11-09-16)
Zone or Area :
Abatement Technology : Fan
Required Units : 2
Add'l Description: In parallel, serves all MN&ST,
intermittent use
Continuous CDM: Verified by discussion
with the cognizant engineer.
Zone or Area : Decon 1 & 2 Activities
Abatement Technology : HEPA
Required Units : 1
Add'l Description: 2 parallel flow paths, minimum of one
HEPA operational
Not
Applicable
CDM: HEPA filters were
removed as abatement
technology in revised license
AIR 15-1103 which was
approved on 11/10/15.
Zone or Area : Liquid Radioactive Waste Loadout Facility
Ventilation
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Not
Applicable
CDM: Prefilter was removed
as abatement technology in
revised license AIR 15-1103
which was approved on
11/10/15.
Zone or Area : Liquid Radioactive Waste Loadout Facility
Ventilation
Abatement Technology : HEPA
Required Units : 1
Add'l Description:
Not
Applicable
CDM: HEPA filters were
removed as abatement
technology in revised license
AIR 15-1103 which was
approved on 11/10/15.
Zone or Area : Radiological Waste Tank Room Ventilation
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Not
Applicable
CDM: Prefilter was removed
as abatement technology in
revised license AIR 15-1103
which was approved on
11/10/15.
Zone or Area : Radiological Waste Tank Room Ventilation
Abatement Technology : HEPA
Required Units : 1
Add'l Description:
Not
Applicable
CDM: HEPA filters were
removed as abatement
technology in revised license
AIR 15-1103 which was
approved on 11/10/15.
Zone or Area : Waste Tank 1 & 2 Vents
Abatement Technology : HEPA
Required Units : 1
Add'l Description: 1 stage with 2 parallel flowpaths
Not
Applicable
CDM: HEPA filters were
removed as abatement
technology in revised license
AIR 15-1103 which was
approved on 11/10/15.
Zone or Area : Contaminated Equipment Repair Area
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Not
Applicable
CDM: Prefilter was removed
as abatement technology in
revised license AIR 15-1103
which was approved on
11/10/15.
DOE/RL-2017-02 Rev. 0
B-55
Zone or Area : Contaminated Equipment Repair Area
Abatement Technology : HEPA
Required Units : 1
Add'l Description: 2 in parallel
Not
Applicable
CDM: HEPA filters were
removed as abatement
technology in revised license
AIR 15-1103 which was
approved on 11/10/15.
Required Sampling: Record Sample
Sampling Frequency: 4 week sample/year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: ABCASH Review
Comment: Samples sent to the
laboratory for the required
analysis.
Federal and State Regulatory Requirement: 40 CFR 61.93
(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: Review of the MSA
contract with GEL Laboratory,
"Offsite Analytical Services
for MSA Stack Samples -
Effluent Monitoring Program."
No active NOC approvals in the AOP for this certification period.
P-FFTFRESB-001 WDOH Emission Unit ID: 395
Page in AOP: EU0395-001 EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
P-FFTFHTTR-001 WDOH Emission Unit ID: 396
Page in AOP: EU0396-001 EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
P-FFTFCBEX-001 WDOH Emission Unit ID: 397
Page in AOP: EU0397-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area : Bldg 405 Process Operations
Abatement Technology : Fan
Required Units : 2
Add'l Description: In parallel (intermittent use)
Continuous CDM: Verified with the
system's technical authority.
Zone or Area : Access Control Area Process
Abatement Technology : Fan
Required Units : 1
Add'l Description: Intermittent use
Continuous CDM: Verified with the
system's technical authority.
Required Sampling: Radionuclide emissions will be
estimated annually using WAC 246-247-030(21)(a) Continuous
CDM: Calculations are
performed by MSA and
DOE/RL-2017-02 Rev. 0
B-56
Requirement Compliance
Status
Compliance Determination
Method
calculation in lieu of monitoring.
Sampling Frequency: Annual (calculation)
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA Tritium
reported in the annual
Radionuclide Air Emissions
Report for the Hanford Site.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: Engineering
calculations based on WAC 246-247-030(21)(a)
Continuous
CDM: Calculations are
performed by MSA and
reported in the annual
Radionuclide Air Emissions
Report for the Hanford Site.
No active NOC approvals in the AOP for this certification period.
Sodium Storage Facility WDOH Emission Unit ID: 398
Page in AOP: EU0398-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 12-321 Issue Date: 03-06-12 Effective Date: 02-23-12 NOC: Construction and Operation of Sodium Storage Facility
WDOH NOC ID: 842 Date In AOP: 04-01-13 Page in AOP: EU0398-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
P-437-002 WDOH Emission Unit ID: 399
Page in AOP: EU0399-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Record Sample
Sampling Frequency: 4 week sample/ year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: ABCASH review.
Comment: Samples sent to the
laboratory for the required
analysis.
Federal and State Regulatory Requirement: 40 CFR 61.93
(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: Review of the MSA
contract with GEL Laboratory,
"Offsite Analytical Services
for MSA Stack Samples -
Effluent Monitoring Program."
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
B-57
P-296B001-001 WDOH Emission Unit ID: 402
Page in AOP: EU0402-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Prefilter
Required Units : 2
Add'l Description: Two trains, one bank in each train
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), H-2-828927
Engineering Drawing and
Field Walkdowns.
Comment: Engineering
drawings verify the presence
of prefilter
Zone or Area :
Abatement Technology : HEPA
Required Units : 4
Add'l Description: Two trains, 2 banks in each train
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), H-2-828927
Engineering Drawing and
Field Walkdowns.
Comment: Engineering
drawings verify the presence
of two trains of two banks of
HEPA filters
Zone or Area :
Abatement Technology : Fan
Required Units : 2
Add'l Description: Only one fan operates at a time.
Continuous
CDM: Heating & Ventilation
Air Flow & Control Diagram
(HVAC), H-2-828927
Engineering Drawing and
Field Walkdowns.
Comment: Engineering
drawings verify the presence
of two fans.
Required Sampling: Record Sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: 137Cs, 90Sr
Continuous
CDM: ABCASH
Comment: Initiated
ALARACT 28.1 on 08/31/16
due to high dP on the
Prefilters.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: NESHAP Quality
Assurance Project Plan for
Radioactive Air Emissions
(CHPRC-00189, Appendix).
Comment: Initiated
ALARACT 28.1 on 08/31/16
due to high dP on the
Prefilters.
DOE/RL-2017-02 Rev. 0
B-58
Permit: AIR 06-1010 (2012) Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: B Plant Modification of the Ventilation System (Emission Point: 296-B-1)
WDOH NOC ID: 645 Date In AOP: 04-01-13 Page in AOP: EU0402-001
The total abated emission limit for this Notice of Construction
is limited to 4.52E-02 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
for CY 2016 to verify total
abated emissions are below the
NOC limit
Comment: Initiated
ALARACT 28.1 on 08/31/16
due to high dP on the
Prefilters.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
Operate the installed ventilation systems and conduct S&M
activities.
Continuous
CDM: Reviewed work
management (Job Control
System [JCS]) records .
Comment: Initiated
ALARACT 28.1 on 08/31/16
due to high dP on the
Prefilters.
The PTE for this project as determined under WAC 246-247-
030(21)(a-e) [as specified in the application] is 7.87E+01
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Am-241 2.56E-01 Liquid/Particulate Solid
WAC 246-247-030(21)(b)
Cs-137 8.40E+02 Liquid/Particulate Solid
WAC 246-247-030(21)(b)
Pu-238 3.60E-02 Liquid/Particulate Solid
WAC 246-247-030(21)(b)
Pu-239/240 3.84E+00 Liquid/Particulate Solid
WAC 246-247-030(21)(b)
Sb-125 Liquid/Particulate Solid
WAC 246-247-030(21)(b)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-90 Liquid/Particulate Solid
WAC 246-247-030(21)(b)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
The radioactive isotopes identified for this emission unit are
(no quantities specified):
Am-241 Cs-137 Pu-238 Pu-239/240
Continuous
CDM: The APQ Values listed
in the NOC application have
not changed.
Comment: Development of
PTE values is historical and
approved by WDOH.
DOE/RL-2017-02 Rev. 0
B-59
Sb-125 Sr-90 Y-90
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)) DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the Air Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
The new HEPA filters must be fully compatible with ANSI
509/510 standards. Continuous
CDM: Field interview
Comment: See work package
SW-13-07687/W for filter
replacement. Initiated
ALARACT 28.1 on 08/31/16
due to high dP on the
Prefilters.
Permit: ALARACT 28.1 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Shutdown of Stack System(s) (Maintenance and Incidental)
WDOH NOC ID: Date In AOP: 04-01-13
1. Description of Activity
The listed facilities are currently under Surveillance and
Maintenance (S&M) status, meaning active processing has
ceased with radioactive feed materials no longer brought in.
Surveillances and maintenance activities are performed in
these facilities including, but not limited to minor activities
such as exterior and interior inspections; checking for door
security, for any unauthorized building intrusions, and for
structural integrity; water intrusion cleanup; waste
handling/removal; maintaining radiological airborne control
zones; animal or insect intrusion abatement; maintaining
operating systems and building integrity, eliminating utilities
when possible; identifying and reducing hazards; and
housekeeping. The primary ventilation systems and associated
record sampling systems operate at each facility as described
in the Hanford Site Air Operating Permit.
At certain times to support these various S&M activities, or
related to maintenance or replacement-inkind, any one of these
primary ventilation systems may be shut down for a period up
to or exceeding two days (48 consecutive hours) duration.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
DOE/RL-2017-02 Rev. 0
B-60
The three ventilation systems which may be shut down are:
332 REDOX, 402 B-Plant, 369 PUREX.
2. Controls
It was agreed that an As Low As Reasonably Achievable
Control Technology (ALARACT) demonstration is
appropriate to address control and monitoring of potential
radioactive air emissions during these extended periods of
shutdown exceeding two days.
During periods of pre-planned shutdown of less than two days
duration, no additional monitoring or controls are required
under the ALARACT. During shutdown periods exceeding
two days, the following controls will be implemented:
Inform the Washington Department of Health (WDOH) by
telecom or email at the start of each use of this ALARACT
action or as soon as it is realized that the systems will be
shutdown for more than two days.
To provide assurance that containment of airborne
contamination is maintained during the subject periods of
shutdown, Contractor Radiological Control Technicians
(RCTs) will perform daily (during normal work days I.e., not
weekends or holidays) radiological swipe surveys on a
representative few normally accessible outer facility doors. If
an increase in removable (smearable) contamination is
detected at any of these locations during the period of
shutdown, notify the WDOH and describe containment
measures to be taken.
During the subject periods of shutdown, to avoid situations
which might encourage increased diffuse or fugitive
emissions, no activities will be conducted inside the facility
except those approved for unfiltered containment in
accordance with established Radiological Control criteria.
If the fans are not restarted within the scheduled time
discussed with WDOH, WDOH will be contacted, and
continued monitoring and/or airborne controls will be
discussed.
Continuous CDM: Field Interviews and
records review.
3. Monitoring
It was agreed that an As Low As Reasonably Achievable
Control Technology (ALARACT) demonstration is
appropriate to address control and monitoring of potential
radioactive air emissions during these extended periods of
shutdown.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
DOE/RL-2017-02 Rev. 0
B-61
EP-331-01-V Life Sciences Laboratory I WDOH Emission Unit ID : 412
Page in AOP : EU0412-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Labs and hoods and glove boxes.
Continuous
CDM: Reviewed 2016 HEPA
Filter PM Results (PM-55020)
and confirmed with Building
Engineer.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description: 1 of 3 fans operating
Continuous
CDM: Reviewed 2016
Exhaust Fan PM Results
(42160, 42170, and 42180) and
confirmed with Building
Engineer.
Required Sampling: Record Sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10 percent of the potential-
to-emit TEDE
Continuous
CDM: A review of
radionuclide sample collection
data confirmed that all
required samples were
collected during the reporting
period, including the start and
end dates of sample periods.
Radionuclides contributing
greater than 10% for the
potential-to-emit (PTE) are
evaluated during the annual
NESHAPS inventory
assessment. These isotopes
are then analyzed isotopically
on semi-annual composites.
Semi-annual composite data
was included as part of the
emission data review.
Comment: Verified that gross
a and gross ß samples were
collected bi-weekly and that
isotopic analysis were
conducted semi-annually by
composite analysis. Appendix
D reports were reviewed for all
others.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous
CDM: A NESHAP inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, “Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
DOE/RL-2017-02 Rev. 0
B-62
PNNL-2010.” The “Pacific
Northwest National Laboratory
Effluent Management Quality
Assurance Plan” (EM-QA-01),
specifies QA requirements.
The “Airborne Radionuclide
Emission Sample Analysis
Statement of Work” Rev. 9
(March 2013) specifies
radionuclide analysis methods.
Permit: AIR 11-705 Issue Date: 07-22-11 Effective Date: 07-22-11
NOC: Life Sciences Laboratory - 1 (331 Building), Revision 2
WDOH NOC ID: 808 Date In AOP: 04-01-13 Page in AOP: EU0412-001
The total abated emission limit for this Notice of Construction
is limited to 9.30E-02 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: The radionuclide air
emissions data for the calendar
year (CY) 2016 was reviewed
to verify the abated emissions
from the 331 Building were
below the NOC limits.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as
defined in WAC 246-247- 030(16), may be conducted.
The mission of the 331 Building is to conduct fundamental
science and to develop environmental technology. Research
activities conducted in the 331 Building support the Hanford
Site environmental mission and other key DOE missions of
national and international importance. Research activities
performed within the 331 Building include the use of
radioactive materials. Laboratory processes are conducted
"continuously" (i.e., year-round, during normal business,
swing-shift, night-shift, and weekend hours). The 331
Building provides research capabilities to study the
interactions of chemicals and radionuclides with plants,
animals, and microorganisms and the fate of chemicals and
radionuclides in the environment. The building also has
research capabilities for conducting studies on the uptake and
transformation effects of radioactive material and chemicals in
soils, plants, animals, and microorganisms.
The inventory of radioactive material in the building can
include gram quantities of fissionable materials and up to curie
quantities of other radionuclides. The laboratory activities
conducted in the 331 Building include:
-Experimental studies with molecular and cellular processes.
-Studies to determine precise cross-species and low-dose
extrapolation of health risks and to understand disease
mechanisms.
-Basic and applied research concerning microorganisms
Continuous
CDM: Under the PNNL HDI
system, each new research
project is required to be
reviewed via the Electronic
Prep & Risk (EPR) assessment
process (Procedure EPRP-
ECR-01 Rev 9.01.
Environmental Compliance
Representative Administrative
Procedure for Reviewing
Electronic Prep & Risk
Forms). The reviews are
recorded in the EPR database.
Projects with potential air
emissions are reviewed by
Effluent Management (EM)
under the HDI Airborne
Emission Work Control.
DOE/RL-2017-02 Rev. 0
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and/or their processes in various environments.
-Subsurface microbiology including the physiology and
ecology of subsurface microorganisms, degradation of organic
contaminants and bioremediation, enzymatic reductions of
metals, and biogeochemical cycling of nutrients.
-Studies investigating macromolecular structure and dynamics
and consequences of observables on molecular function.
-Development of instrumentation and analytical methods.
-Development of comprehensive environmental monitoring
programs.
-Development of advanced scientific and technological
solutions for long-term stewardship of waste sites.
-Waste management activities including satellite accumulation
areas and <90 day storage areas.
-Characterizing and monitoring aquatic and terrestrial
ecosystems including the development and monitoring of new
technologies and methods.
-Studies of impacts of water use practices on fisheries and
wildlife and the response of the ecosystems to engineered
structures and natural and man-induced stresses.
-Activities involving nuclear process engineering,
radiomaterials characterization, and radiochemical separations
and processing.
-Studies of the health effects of chemical and radiation
exposure on animals (rodents) and in cells grown in culture.
-Examining the uptake and transformation effects of
radionuclides in soils, plants, animals and microorganisms.
-Studies with radioactive tracer materials in biological and
non-biologic systems.
-Research to promote the understanding of the chemical,
biological, and biogeochemical processes that govern the
mobility, transportation, and degradation of a range of
inorganic, radionuclide, and organic contaminants in soils,
sediments, and ground water systems.
-Measurements of exposures to physical, radiological, and
chemical agents.
-Developing technology for the separation, purification,
production, and delivery of radioisotopes (e.g., for medical
purposes, and standards development).
-Research and laboratory activities that may include processes
where the temperature may be equal to or exceed 100°C.
-Research activities involving mixed activation products
(MAP) and mixed fission products (MFP).
-Laboratory setup projects involving fume hood
removals/upgrades and ductwork tie-in.
-Microscopic and spectroscopic characterization of the mass
transfer of radioactive material in soils and sediments under
the influence of biogeochemical reactions.
-Investigate the sorption and desorption processes of
radioactive material in soils and sediments.
-Develop models to predict the geochemical retardation of
radioactive material in sediments.
-Activities involving corrosion and stress-corrosion cracking
studies of irradiated specimens of metals and other materials.
-Studies investigating structural properties, such as tensile and
compression strengths, of irradiated materials.
DOE/RL-2017-02 Rev. 0
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-Activities involving corrosion and stress-corrosion studies of
autoclaved materials.
The PTE for this project as determined under WAC 246-247-
030(21)(a-e) [as specified in the application] is 3.86E+00
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Ac-225 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ac-227 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ac-228 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-108 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-108 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-109 m | Liquid/Particulate Solid - WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-110 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-110 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-111 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, "Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010." Reviewed the
2016 NESHAPs radionuclide
inventory assessment results to
verify compliance.
DOE/RL-2017-02 Rev. 0
B-65
Al-26 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Al-28 Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-241 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-241 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-242 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-242 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-243 | 8.40E-04 | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes greater than 0.1 mrem/yr PTE TEDE to the MEI
and requires monitoring.
Am-245 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-246 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ar-37 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ar-39 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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B-66
Ar-41 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ar-42 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
As-74 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
As-76 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
As-77 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
At-217 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Au-195 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Au-198 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Au-198 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-131 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-133 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-67
Ba-133 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-137 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-139 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-140 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-141 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-142 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-143 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Be-10 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Be-7 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-207 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-208 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-68
Bi-210 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-210 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-211 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-212 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-213 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-214 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bk-249 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bk-250 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Br-82 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Br-82 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Br-83 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-69
Br-84 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Br-84 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Br-85 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
C-11 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
C-14 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
C-14 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
C-15 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ca-41 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ca-45 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ca-47 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-107 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-70
Cd-109 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose. Cs-137 unit dose factor used as a
worst case assumption.
Cd-111 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-113 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-113 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-115 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-115 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-117 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-117 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-139 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-141 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the Mel, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-142 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-71
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-143 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-144 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cf-249 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cf-250 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cf-251 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cf-252 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cl-36 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-241 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-242 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-243 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-244 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-72
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-245 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-246 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-247 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-248 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-56 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-57 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-58 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-60 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-60 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cr-49 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cr-51 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
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25% of the abated dose.
Cr-55 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-131 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-132 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-134 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-134 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-135 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-136 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-137 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-137 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-138 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-139 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
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25% of the abated dose.
Cs-140 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-141 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cu-64 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cu-66 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Dy-165 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Dy-169 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Er-169 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Er-171 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Es-254 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-150 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-152 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
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Eu-152 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-154 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-155 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-156 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-157 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
F-18 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Fe-55 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Fe-59 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Fr-221 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Fr-223 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ga-67 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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Ga-68 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ga-70 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ga-72 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Gd-148 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Gd-149 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Gd-151 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Gd-152 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Gd-153 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-68 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-71 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-71 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
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Ge-75 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-77 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-77 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
H-3 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hf-175 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hf-178 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hf-178 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hf-181 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hf-182 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hg-203 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ho-163 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
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Ho-166 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ho-166 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-122 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-123 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-125 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-126 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-128 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-129 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-130 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-130 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-131 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
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I-131 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-132 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-132 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-133 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-133 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-134 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-134 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-135 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-106 | Liquid/Particulate Solid | WAC-246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-111 | Liquid/Particulate Solid | WAC-246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-113 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
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In-114 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-114 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-115 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-115 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-116 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-116 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-117 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-117 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ir-192 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
K-40 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
K-42 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-81
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-81 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-81 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-83 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-85 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-85 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-87 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-88 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-89 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-90 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-137 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-138 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
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B-82
25% of the abated dose.
La-140 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-141 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-142 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-144 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Lu-177 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mg-27 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mg-28 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mn-52 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mn-54 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mn-56 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mo-103 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-83
Mo-104 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mo-105 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mo-93 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mo-99 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
N-13 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Na-22 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Na-24 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Na-24 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-100 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-101 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-103 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-84
Nb-91 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-91 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-92 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb 93 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-94 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-95 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-95 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-97 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-97 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-98 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nd-144 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nd-147 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-85
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ni-56 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ni-59 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ni-63 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ni-65 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-235 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-236 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-237 | 1.20E-03 | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes great than 0.1 mrem/yr PTE TEDE to the MEI and
requires monitoring.
Np-238 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-239 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-240 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-240 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
DOE/RL-2017-02 Rev. 0
B-86
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
O-15 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
O-19 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Os-191 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
P-32 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
P-33 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pa-231 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pa-233 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pa-234 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pa-234 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pb-209 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pb-210 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-87
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pb-211 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pb-212 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pb-214 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pd-103 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pd-107 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pd-109 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-143 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-144 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-145 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose. Cs-137 unit dose factor used as a
worst case assumption.
Pm-146 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose. Cs-137 unit dose factor used as a
worst case assumption.
DOE/RL-2017-02 Rev. 0
B-88
Pm-147 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-148 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-148 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-149 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-151 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-208 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-209 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-210 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-211 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-212 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-213 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-89
Po-214 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-215 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-216 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-218 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pr-143 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pr-144 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pr-144 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-234 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-236 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-237 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-238 | 3.60E-03 | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-90
Pu-239 | 9.20E-03 | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-240 | 2.90-03 | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-241 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-242 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-243 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-244 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-246 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Condition 3 continued: Ra-223 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ra-224 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ra-225 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ra-226 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, "Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010." Reviewed the
2016 NESHAPs radionuclide
inventory assessment results to
verify compliance.
DOE/RL-2017-02 Rev. 0
B-91
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ra-228 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-81 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-83 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-84 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-86 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-87 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-88 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-89 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-90 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-90 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Re-186 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
DOE/RL-2017-02 Rev. 0
B-92
25% of the abated dose.
Re-187 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Re-188 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-101 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-102 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-102 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-103 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-104 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-105 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-105 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-106 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rn-219 | Gas | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-93
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rn-220 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rn-222 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rn-224 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ru-103 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ru-105 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ru-106 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ru-97 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
S-35 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-122 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-124 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-125 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-94
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-126 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-126 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-127 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-129 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sc-46 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sc-47 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Se-75 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Se-79 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Se-79 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Si-31 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-145 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-95
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-146 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-147 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-148 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-151 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-153 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-157 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-113 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-117 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-119 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-121 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-121 m | Liquid/Particulate Solid | WAC 246-247-
DOE/RL-2017-02 Rev. 0
B-96
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-123 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-125 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-126 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-85 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-87 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-89 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-90 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-91 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-92 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ta-179 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ta-180 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-97
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ta-182 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ta-182 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ta-183 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tb-157 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tb-158 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tb-160 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tb-161 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-101 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-103 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-106 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-95 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-98
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-97 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-97 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-98 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-99 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-99 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-121 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-121 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-123 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-123 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-125 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-99
Te-127 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-127 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-129 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-129 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-131 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-131 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-132 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-133 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-133 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-134 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-227 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-100
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-228 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-229 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-230 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-231 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-232 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-233 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-234 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ti-44 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ti-45 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ti-51 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ti-201 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-101
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-204 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-206 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-207 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-208 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-209 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tm-168 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tm-170 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tm-171 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-232 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-233 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-234 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
DOE/RL-2017-02 Rev. 0
B-102
25% of the abated dose.
U-235 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-236 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-237 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-238 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-239 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-240 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
V-48 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
V-49 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
W-181 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
W-185 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
W-187 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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W-188 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-122 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-123 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-125 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-127 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-127 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-129 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-131 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-133 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-133 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-135 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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Xe-135 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-137 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-138 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-139 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-88 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-90 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-90 m Liquid/Particulate Solid WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-91 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-91 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-92 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-93 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Yb-164 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
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Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Yb-169 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Yb-175 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose. Cs-137 unit dose factor used as a
worst case assumption.
Yb-177 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zn-65 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zn-69 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zn-69 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-100 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-88 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-89 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-93 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-95 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
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Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-97 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-98 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-99 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
The radioactive isotopes identified for this emission unit are
(no quantities specified):
Ac-225 Ac-227 Ac-228 Ag-108 m Ag-108
Ag-109 m Ag-110 m Ag-110 Ag-111 Al-26
Al-28 Am-241 Am-242 m Am-242 Am-243
Am-245 Am-246 Ar-37 Ar-39 Ar-41
Ar-42 As-74 As-76 As-77 At-217
Au-195 Au-198 Au-198 m Ba-131 Ba-133
Ba-133 m Ba-137 m Ba-139 Ba-140 Ba-141
Ba-142 Ba-143 Be-10 Be-7 Bi-207
Bi-208 Bi-210 m Bi-210 Bi-211 Bi-212
Bi-213 Bi-214 Bk-249 Bk-250 Br-82
Br-82 m Br-83 Br-84 Br-84 m Br-85
C-11 C-14 C-15 Ca-41 Ca-45
Ca-47 Cd-107 Cd-109 Cd-111 m Cd-113 m
Cd-113 Cd-115 m Cd-115 Cd-117 Cd-117 m
Ce-139 Ce-141 Ce-142 Ce-143 Ce-144
Cf-249 Cf-250 Cf-251 Cf-252 Cl-36
Cm-241 Cm-242 Cm-243 Cm-244 Cm-245
Cm-246 Cm-247 Cm-248 Co-56 Co-57
Co-58 Co-60 Co-60 m Cr-49 Cr-51
Cr-55 Cs-131 Cs-132 Cs-134 Cs-134 m
Cs-135 Cs-136 Cs-137 Cs-138 Cs-139
Cs-140 Cs-141 Cu-64 Cu-66 Dy-165
Dy-169 Er-169 Er-171 Es-254 Eu-150
Eu-152 Eu-152 m Eu-154 Eu-155 Eu-156
Eu-157 F-18 Fe-55 Fe-59 Fr-221
Fr-223 Ga-67 Ga-68 Ga-70 Ga-72
Gd-148 Gd-149 Gd-151 Gd-152 Gd-153
Ge-68 Ge-71 Ge-71 m Ge-75 Ge-77
Ge-77 m H-3 Hf-175 Hf-178 Hf-178 m
Hf-181 Hf-182 Hg-203 Ho-163 Ho-166
Ho-166 m I-122 I-123 I-125 I-126
I-128 I-129 I-130 I-130 m I-131
I-131 I-132 I-132 m I-133 I-133 m
I-134 I-134 m I-135 In-106 In-111
In-113 m In-114 m In-114 In-115 In-115 m
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In-116 In-116 m In-117 In-117 m Ir-192
K-40 K-42 Kr-81 Kr-81 m Kr-83 m
Kr-85 Kr-85 m Kr-87 Kr-88 Kr-89
Kr-90 La-137 La-138 La-140 La-141
La-142 La-144 Lu-177 Mg-27 Mg-28
Mn-52 Mn-54 Mn-56 Mo-103 Mo-104
Mo-105 Mo-93 Mo-99 N-13 Na-22
Na-24 Na-24 m Nb-100 Nb-101 Nb-103
Nb-91 Nb-91 m Nb-92 Nb-93 m Nb-94
Nb-95 Nb-95 m Nb-97 Nb-97 m Nb-98
Nd-144 Nd-147 Ni-56 Ni-59 Ni-63
Ni-65 Np-235 Np-236 Np-237 Np-238
Np-239 Np-240 Np-240 m O-15 O-19
Os-191 P-32 P-33 Pa-231 Pa-233
Pa-234 Pa-234 m Pb-209 Pb-210 Pb-211
Pb-212 Pb-214 Pd-103 Pd-107 Pd-109
Pm-143 Pm-144 Pm-145 Pm-146 Pm-147
Pm-148 m Pm-148 Pm-149 Pm-151 Po-208
Po-209 Po-210 Po-211 Po-212 Po-213
Po-214 Po-215 Po-216 Po-218 Pr-143
Pr-144 Pr-144 m Pu-234 Pu-236 Pu-237
Pu-238 Pu-239 Pu-240 Pu-241 Pu-242
Pu-243 Pu-244 Pu-246 Ra-223 Ra-224
Ra-225 Ra-226 Ra-228 Rb-81 Rb-83
Rb-84 Rb-86 Rb-87 Rb-88 Rb-89
Rb-90 Rb-90 m Re-186 Re-187 Re-188
Rh-102 Rh-102 Rh-103 Rh-103 m Rh-104
Rh-105 Rh-105 m Rh-106 Rn-219 Rn-220
Rn-222 Rn-224 Ru-103 Ru-105 Ru-106
Ru-97 S-35 Sb-122 Sb-124 Sb-125
Sb-126 Sb-126 m Sb-127 Sb-129 Sc-46
Sc-47 Se-75 Se-79 Se-79 m Si-31
Sm-145 Sm-146 Sm-147 Sm-148 Sm-151
Sm-153 Sm-157 Sn-113 Sn-117 m Sn-119 m
Sn-121 m Sn-121 Sn-123 Sn-125 Sn-126
Sr-85 Sr-87 m Sr-89 Sr-90 Sr-91
Sr-92 Ta-179 Ta-180 Ta-182 Ta-182 m
Ta-183 Tb-157 Tb-158 Tb-160 Tb-161
Tc-101 Tc-103 Tc-106 Tc-95 m Tc-97
Tc-97 m Tc-98 Tc-99 Tc-99 m Te-121 m
Te-121 Te-123 Te-123 m Te-125 m Te-127 m
Te-127 Te-129 m Te-129 Te-131 Te-131 m
Te-132 Te-133 Te-133 m Te-134 Th-227
Th-228 Th-229 Th-230 Th-231 Th-232
Th-233 Th-234 Ti-44 Ti-45 Ti-51
Tl-201 Tl-204 Tl-206 Tl-207 Tl-208
Tl-209 Tm-168 Tm-170 Tm-171 U-232
U-233 U-234 U-235 U-236 U-237
U-238 U-239 U-240 V-48 V-49
W-181 W-185 W-187 W-188 Xe-122
Xe-123 Xe-125 Xe-127 Xe-127 m Xe-129 m
Xe-131 m Xe-133 Xe-133 m Xe-135 Xe-135 m
Xe-137 Xe-138 Xe-139 Y-88 Y-90
Y-90 m Y-91 Y-91 m Y-92 Y-93
Yb-164 Yb-169 Yb-175 Yb-177 Zn-65
Zn-69 Zn-69 m Zr-100 Zr-88 Zr-89
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Zr-93 Zr-95 Zr-97 Zr-98 Zr-99
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. WAC 246-
247-110(9). DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the Air Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
Total design flow through each HEPA filter bank shall not
exceed the maximum rated flow rate for the individual HEPA
filters multiplied by the number of filters. This does not limit
the design flow rate of the stack, just that of the filters.
Continuous
CDM: Confirmed that the
number of filters times the
filter rating is greater than the
actual exhaust.
To account for all radioisotopes that may be affected by a
process in which the temperature may be equal to or exceed
100 degrees Celsius, a release factor of one is applied to a
gaseous form of Am-241 and Cs-137.
Not
Applicable
CDM: This is a statement of
fact, as there is no action to be
taken by the permittee. This
condition conveys information
stated as a footnote to emission
estimates.
P-296H212 001 WDOH Emission Unit ID: 435
Page in AOP: EU0435-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: double stage, operates in parallel, one
HEPA at a time and one in backup mode
Continuous CDM: As Built Drawings (H-
2-129588) and walk down.
Zone or Area :
Abatement Technology : Fan
Required Units : 2
Add'l Description: operates in parallel, one fan at a time and
one in backup mode
Continuous CDM: As Built Drawings (H-
2-129588) and walk down.
DOE/RL-2017-02 Rev. 0
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Required Sampling: The record filter is replaced monthly
and analyzed quarterly (either destructive or non-destructive
technique) using a gamma spectrometer calibrated to Cs-137.
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10% of the potential-to-emit
TEDE.
Continuous CDM: Review of ABCASH
data.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous
CDM: NESHAP Quality
Assurance Plan for
Radioactive Emissions
(CHPRC-00189, Appendix E,
Attachment E-7).
No active NOC approvals in the AOP for this certification period.
S-296S023-001 WDOH Emission Unit ID: 438
Page in AOP: EU0438-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: In series
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: NDA
Sampling Frequency: 1 every 2 years
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: NDA and field
interviews.
Comment: NDA performed in
2015.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
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J-CWC 001 WDOH Emission Unit ID: 439
Page in AOP: EU0439-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Environment Sampling; Ambient air
monitors N-449, N-457, N-964, and N-433.
Sampling Frequency: Near field ambient monitoring
program as specified in the Conditions and Limitations.
Continuous
CDM: MSA has staff and
procedures in place to operate
and collect samples and review
ABCASH data to verify
required samples were
collected from the near-facility
monitoring stations.
Radionuclides that contribute
greater than 10% of the PTE
TEDE are reported in the CY
2016 Hanford Site
Radionuclide Air Emissions
Report.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: MSA near-facility
monitoring QA programs.
Permit: AIR 14-908 Issue Date: 09-26-14 Effective Date: 09-26-14
NOC: Central Waste Complex (CWC) Operations
WDOH NOC ID: 922 Date In AOP: 07-31-16 Page in AOP: EU0439-001
I) The total abated emission limit for this Notice of
Construction is limited to l.57E-05 mrem/year to the
Maximally Exposed Individual (WAC 246-247-040(5)).
Continuous
CDM: Verified APQ is less
than 4.69E+06 DE-Ci/yr and
unabated PTE is less than
9.38E-03 DE-Ci/yr per the
NOCA Table 1. Unabated and
Abated CWC Container
Fugitive Emissions, Current
License.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted
The mission of the CWC is the storage of mixed and/or
radioactive waste that is generated on or off the Hanford Site.
There could be up to 88,500 emission units (i.e., containers)
within CWC. CWC manages many categories of radioactive
materials such as low-level waste (LLW), transuranic (TRU)
waste, TRU mixed waste and low-level mixed waste (LLMW)
in contact-handled (CH) containers.
Continuous
CDM: There were no
additional activities or
variations on the approved
activities that would constitute
a "modification" to the
emissions unit, as defined in
WAC 246-247-030(16) during
the reporting period. Facility
procedures demonstrate that
activities at CWC are as
described in the NOC.
DOE/RL-2017-02 Rev. 0
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TRU waste is waste that contains at least 100nCi of alpha
emitting transuranic constituents with half-lives greater than 20
years. LLW is not TRU waste. TRU waste and LLW are not
spent nuclear fuel, high level waste or byproduct material. CH
containers are packages are defined having surface dose rates
less than 200 mrem/hr while remote handled (RH) containers
are packages with dose rates of greater than 200 mrem/hr. RH
containers may be stored at the CWC in accordance with the
approved safety analysis.
The LLW typically contains rags, paper, rubber gloves,
disposal supplies, tools, industrial waste (e.g., failed
equipment), and solidified waste that are contaminated with
radioactive material. TRU and TRU-mixed waste typically
contains rags, paper, rubber gloves, disposable supplies, tools,
industrial waste (e.g., failed equipment), solidified process
byproducts, and laboratory wastes that are contaminated with
TRU material. Both TRU and LLW may contain non-
radioactive constituents that could be managed as RCRA
and/or TSCA waste.
The TRU waste accepted by CWC may contain varying
concentration of TRU radionuclides and limited amounts of
non-TRU radionuclides. With some exceptions all based on
safety analysis, the TRU content of waste containers is
generally limited to fifty three (53) Pu 239/Pu-240 dose
equivalent curies (DE-Ci), where the DE-Ci is derived by
multiplying the isotopic composition (i.e., weight fractions of
the various TRU isotopes) by the specific activities of each
isotope, and then converting that number with correction
factors taken from the Hanford Site Solid Waste Acceptance
Criteria. The DE-Ci unit is designed to control inhalation dose
impacts independent of radionuclide type. The radionuclides
Pu-239 and Pu-240 are considered equivalent and are
combined for calculation purposes and are used to track the
unabated emissions. The TRU waste containers are generally
equipped with a pressure relief vent device such as the
NucFil® filter. This filter allows the release of gases that may
be produced as a result of radiolysis inside the container, while
preventing release of particulate matter.
The waste storage areas and facilities at CWC include the
following:
-Shipping and Receiving Area
-Outdoor Waste Storage Areas
-Flammable & Alkali Metal Waste Storage Modules
-Mixed and/or Radioactive Waste Storage Buildings
-RO/RO containers
As needed, the operational activity at CWC includes
overpacking waste containers found to be in unsatisfactory
condition. Additionally, there may be future instances where
potential radiological contamination associated with the outer
DOE/RL-2017-02 Rev. 0
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surfaces of containers and soils needs to be managed. As
discussed in AIR 13-602, Central Waste Complex (CWC) Box
231ZDR-11 As Low As Reasonably Achievable. Control
Technology (ALARACT) Approval, a general purpose burial
box dripped contaminated water to the soil. Following
discovery, the contaminated water was contained in collection
containers that are emptied periodically. The ALARACT
described actions to be taken to place the container in a
configuration that would allow installation of a cover, move
the container, and provide for the management of contaminated
soil and materials disturbed during the activity (as needed).
The ALARACT also identified associated radiological
controls, monitoring, and records/documentation. To address
potential radiological releases from a container, the cleanup of
containers, buildings, equipment, and/or contaminated soil
would be performed in a manner that is protective of workers
and the environment. To address potential future releases from
a CWC waste container, conditions 10 through 14 identify the
controls that would be implemented to remediate the
radiological release.
The PTE for this project as determined under WAC 246-247-
030(2l)(a-e) [as specified in the application] is 3.13E- 02
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Am - 244 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
C - 14 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm - 243 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm - 244 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co - 60 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs - 137 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DE - 0 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Continuous
CDM: Verified APQ is less
than 4.69E+06 DE-Ci/yr and
unabated PTE is less than
9.38E-03 DE-Ci/yr per the
NOCA Table 1. Unabated and
Abated CWC Container
Fugitive Emissions, Current
License.
DOE/RL-2017-02 Rev. 0
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Alpha release rate is assumed to be Pu239/249. Other
radionuclides may be encountered and are approves so long as
they are conservatively represented by the total alpha
constituents.
Eu - 154 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu - 155 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ni - 59 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ni - 63 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu - 238 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu - 241 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu -242 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Se -79 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm - 151 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn - 126 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr - 90 Liquid/Particulate Solid WAC 246-247-030(21)(e)
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Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc - 994 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U - 233 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U - 234 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U - 235 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U - 236 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U - 238 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr - 93 Liquid/Particulate Solid WAC 246-247-030(21)(e)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
The radioactive isotopes identified for this emission unit are
(no quantities specified):
Am-241 C-14 Cm-243 Cm-244 Co-60
Cs-137 Pu-238 Eu-154 Pu-239 Eu-155
Pu-240 Ni-59 Pu-241 Ni-63 Pu-242
Se-79 U-233 U-234 U-235 U-238
U-236 Sm-151 Sn-126 Sr-90 Tc-99
Zr-93
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as defined
in WAC 246-247-030(16). DOE must notify the Department of
any changes to a NESHAP major emission unit when a specific
isotope is newly identified as contributing greater than 10% of
DOE/RL-2017-02 Rev. 0
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the potential TEDE to the MEI, or greater than 25% of the
TEDE to the MEI after controls. (WAC 246-247-110(9)) DOE
must notify the Department of any changes to potential release
rates as required by state or federal regulations including
changes that would constitute a significant modification to the
Air Operating Permit under WAC 173-401-725(4). Notice will
be provided according to the particular regulation under which
notification is required. If the applicable regulation(s) does not
address manner and type of notification, DOE will provide the
Department with advance written notice by letter or electronic
mail but not solely by copies of documents.
WDOH NOTIFICATION- Contamination Levels
WDOH will be notified when the following contamination
levels are found:
-Direct contamination on soil, container, or adjacent surfaces is
detected greater than 500,000 dpm/100 cm^2 alpha and/or 1
rad/hr/100 cm^2 beta gamma are encountered.
-Removable/transferrable contamination levels above 2,000
dpm/100 cm^2 alpha or 100,000 dpm/100cm^2 beta gamma
are encountered. (WAC 246-247-040((5))
Continuous
CDM: No direct contamination
on soil, container, or adjacent
surfaces greater than 500,000
disintegrations per minute
(dpm)/100 cm^2 alpha and/or 1
rad/hr/100 cm^2 beta gamma
was detected.
WDOH NOTIFICATION & IMPLEMENTATION OF
CONTROLS-Contamination Levels
Removable/transferrable contamination will be maintained less
than a maximum level of 2,200,000 dpm/100 cm^2 alpha
and/or less than 4 rad/hr/100 cm^2 beta gamma. Direct
contamination levels will be maintained less than a maximum
of 20,000dpm/100 dpm^2 alpha, and or 1,000,000
dpm/100cm^2 beta gamma. Exceeding these contamination
limits requires work to stop and WDOH notification. The
following appropriate controls must then be implemented prior
to resuming work:
-Contamination will be secured or contained prior to
continuing work. -Appropriate controls such as water,
fixatives, covers, containment tents, or windscreens shall be
applied.
-Soil shall be wetted prior to removal if not already damp.
-If soil is to be removed such as during excavation activities, it
would be fixed or covered until excavated or otherwise
dispositioned.
-General work place air monitoring shall be performed during
removal activities.
-Removed soil or vegetation not already in containers will be
covered with plastic, fixative applied at the end of each shift,
and/or the material will be covered as necessary to prevent
airborne dust particles.
Continuous
CDM: Facility procedures
demonstrate that activities at
CWC are as described in the
NOC. Additional
environmental controls are
placed in work packages and
RWPs on a case-by-case basis.
ABATEMENT-Drum Vents TRU drum and box waste
containers shall be equipped with passive vents, either vent
clips, NucFil® filters, or similar devices. Vent clips will be
replaced with NucFil® filters or similar devices as containers
are prepared for shipment either to the Waste Isolation Pilot
Plant (WIPP) or transferred to other locations onsite. (WAC
246-247- 040(5))
Continuous
CDM: Facility procedures
demonstrate that activities at
CWC are as described in the
NOC. HNF-EP-006 Hanford
Site Solid Waste Acceptance
Criteria provides a list of the
approved vents for CWC.
DOE/RL-2017-02 Rev. 0
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Comment: No containers were
sent to WIPP in CY 2016.
ABATEMENT-NucFil® Filters or Similar Device A NucFil
filter or similar device may be constructed with a variety of
filter media (e.g. a porous carbon/carbon composite or sintered
316 SS metal) housed in stainless steel. At a minimum, the
NucFil filter or similar device shall restrict the release of
99.95% of particles with a mean 0.3 microns in size. (WAC
246-24 7-040(5)) (WAC 246-247-040(5))
Continuous
CDM: Facility procedures
demonstrate that activities at
CWC are as described in the
NOC. HNF-EP-006 Hanford
Site Solid Waste Acceptance
Criteria provides a list of the
approved vents for CWC.
ABATEMENT-PermaCon A PermaCon modular containment
unit may be placed in select, existing CWC buildings for the
purpose of sampling the head space gas within solid waste
storage containers. Such buildings would have roof mounted
exhausters, rated at a minimum of 16,000 cubic feet per
minute. (WAC 246-247-040(5))
Continuous CDM: PermaCon's were not
used at CWC in CY 2016.
ABATEMENT-Roll-on/Roll-off (RO/RO) Containers RO/RO
containers are commercially-available, open-top dumpsters.
They may be used for storage/disposal of LLW generated on
the Hanford Site from routine maintenance and surveillance
activities (e.g., rags, paper, rubber gloves, disposal supplies,
tools, industrial waste potentially contaminated with
radioactive material). For routine activities, the waste is placed
in plastic on location, and the plastic is secured (e.g., taped
close). - The bagged waste shall be transported to the CWC
and stored in a RO/RO.
-A maximum of four (4) RO/RO containers may be generated
per year for waste streams associated with routine maintenance
and surveillance activities.
-The containers could be located anywhere within the CWC
fenced area.
-The filled containers shall be transported to ERDF for
disposal.
The RO/RO containers may also be used in support of the
management of contaminated soil and materials disturbed
during the cleanup of containers, buildings, equipment, and/or
contaminated soil (i.e. non-routine activities). The RO/RO
container is located adjacent to the waste generation site and
non-routine activity waste is loaded directly into the container.
-Prior to the use of RO/RO containers for non-routine cleanup
activities, WDOH shall be notified of the anticipated waste
volumes, radiologic contamination levels and any radiological
controls required beyond those specified in the license.
-There is no maximum limit on the number of RO/RO
containers that can be used for waste streams associated with
non-routine activities.
-The containers could be located anywhere within the CWC
fenced area.
-The filled containers shall be transported to ERDF for
disposal. (WAC 246-247-040(5))
Continuous
CDM: Facility procedures
demonstrate that activities at
CWC are as described in the
NOC. No more than 4 RO/RO
containers were generated for
waste streams associated with
routine maintenance and
surveillance activities.
ABATEMENT-Additional Controls for Spill or Release In the
event that a spill or release of contamination associated with a
waste container is discovered, additional controls will be
implemented -During work activities, continuous radiological
Continuous
CDM: Facility procedures
demonstrate that activities at
CWC are as described in the
NOC.
DOE/RL-2017-02 Rev. 0
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control technician (RCT) coverage will be provided. -Alpha
and beta-gamma contamination surveys will be performed
prior to and during cleanup activities that have the potential to
disturb radioactive contamination such as soil disturbance and
box covering. (WAC 246-247- 040(5))
ABATEMENT- Wind Speeds-Stop Work In any
Contamination Area (CA), High Contamination Area (HCA) or
Airborne Radioactivity Area (ARA), cleanup activities
involving dispersible contaminated material shall stop if
average wind speeds exceed 10 miles per hour (mph) for
elevated work or 20 mph for ground level work, as measured at
the site. (WAC 246-247-040(5))
Continuous
CDM: Facility procedures
demonstrate that activities at
CWC are as described in the
NOC. Additional
environmental controls are
placed in work packages and
RWP's on a case-by-case basis.
ABATEMENT- Misters-fixatives -Hand-held and/or over-head
atomized misting will be performed during work activities
where a potential exists to generate airborne radioactivity.
-Atomized misters and fixative sprayers shall be function-
checked at the work site prior to commencing work activities.
(WAC 246-247-040(5))
Continuous
CDM: Facility procedures
demonstrate that activities at
CWC are as described in the
NOC. Additional
environmental controls are
placed in work packages on a
case-by-case basis.
BATEMENT-Related Approvals If a truck-mounted vacuum
(i.e., GuzzlerTM) Portable/Temporary Radioactive Air
Emission Units (PTRAEU), or HEPA filtered vacuum
radioactive air emission unit is used, controls as described in
the Hanford Site Radioactive Air Emissions License #FF-01,
for the Sitewide GuzzlerTM NOC (Emission Unit ID: 476), the
PTRAEU NOC (Emission Unit ID: 447), and the Hanford
Sitewide W PORTEX 007 [HEPA vacuums] NOC (Emission
Unit ID: 455), respectively, would be followed. (WAC 246-
247-040(5))
Continuous
CDM: truck-mounted vacuum
(i.e., GuzzlerTM)
Portable/Temporary
Radioactive Air Emission Units
(PTRAEU), or HEPA filtered
vacuum radioactive air
emission unit were not used at
CWC in CY 2016.
ABATEMENT-Soil Removal -During and after removal of
radiologically-contaminated soil, soil surface radiological
contamination levels shall be verified.
-If contamination is present >500,000 dpm/100cm^2 beta-
gamma or> 10,000 dpm/l 00cm^2 alpha:
--- Additional soil shall be removed and containerized for
disposal
--- Soil shall be containerized, fixed or covered if it is to be left
for greater than 48 hours (WAC 246-247-040(5))
Continuous
CDM: Facility procedures
demonstrate that activities at
CWC are as described in the
NOC. Additional
environmental controls are
placed in work packages and
RWP's on a case-by-case basis.
INVENTORY TRACKING-Container Inventory Container
inventory tracked (logged) in the SWITS database and
available for audits. (WAC 246-247-040(5)
Continuous
CDM: Container inventory is
tracked in SWITS and available
for audits.
TRACKING-Activity Log The facility must maintain a log in
an approved format (SWITS database) for this activity or
emission unit. (WAC 246-247-040(5))
Continuous CDM: The facility maintains a
log in the SWITS database.
HOUSEKEEPING Decontamination and/or replacement of
leaking containers shall be performed as needed. Frequent
smears throughout the CWC will be used to ensure that the
emission control equipment is working properly.
• Smears that exceed 20 dpm/100 cm^2 for alpha and 1,000
dpm/100 cm^2 for beta/gamma contamination will be
investigated to determine the cause of the contamination and
appropriate corrective actions shall be implemented. (WAC
246-247-040(5))
Continuous
CDM: Facility procedures
demonstrate that activities at
CWC are as described in the
NOC.
DOE/RL-2017-02 Rev. 0
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MONITORING-Periodic Confirmatory Sampling Periodic
confirmatory sampling is required. It must consist of: sampling
quarterly using a portable sampler for a two-week interval
inside the CWC building (excluding outdoor pads) containing
vented containers with the highest cumulative inventory of DE
curies during the quarter sampled. (Samples will be handled
following the applicable sections of 40 CFR 61, Appendix B,
Method 114.) (WAC 246-247-040(5))
Continuous
CDM: Periodic confirmatory
sampling was done inside the
CWC buildings containing
vented containers with the
highest cumulative inventory of
DE-Ci during each quarter of
CY 2016.
MONITORING-Ambient Air Monitoring Network The 200
Area near-facility ambient air monitoring network shall be
used for continuous monitoring. Ambient air monitors N-449,
N-457, N-964, and N-433 are maintained as monitors for CWC
diffuse/fugitive emissions. These monitors shall provide
indication of potential elevated airborne radioactivity using the
same frequency and protocol of the Hanford Site Near-Facility
Environmental Monitoring Program. (WAC 246-247-040(5))
Continuous
CDM: MSA has staff and
procedures in place to operate
and collect samples and review
ABCASH data to verify
required samples were
collected from the near-facility
monitoring stations.
300 Area Emissions WDOH Emission Unit ID: 443
Page in AOP: EU0443-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area: Abatement Technology: Administrative Controls
Required Units: Add'l Description: Abatement controls as required in the
following Conditions and Limitations.
Continuous CDM: Controls as required by
the NOC were followed.
Required Sampling: Per the sitewide ambient monitoring
program samples will be collected from the existing near-
facility monitoring stations.
Sampling Frequency: Per the sitewide ambient monitoring
program.
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10% of the potential-to-emit
TEDE.
Continuous
CDM: ABCASH data were
reviewed to verify required
samples were collected from
the near-facility monitoring
stations.
Radionuclides that contribute
greater than 10% of the PTE
TEDE are reported in the CY
2016 Hanford Site
Radionuclide Air Emissions
Report.
Federal and State Regulatory Requirement: WAC 246-
247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114 (3)
Continuous CDM: MSA near-facility
monitoring QA programs.
Permit: AIR 12-302 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: 300 Area Excavation Activities
WDOH NOC ID: 811 Date In AOP: 04-01-13 Page in AOP: EU0443-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
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Sitewide Type-1, 2, 3 WDOH Emission Unit ID: 447
Page in AOP: EU0447-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area: Abatement Technology: HEPA
Required Units: 1
Add'l Description: Type-1
Continuous CDM: Field interviews and
records review.
Zone or Area: Abatement Technology: HEPA
Required Units: 1
Add'l Description: Type-2 and Type-3
Continuous
CDM: Field interviews and
records review.
Comment: No Type-2 or
Type-3 PTRAEUs were
operated during the reporting
period.
Zone or Area: Abatement Technology: Charcoal Filter
Required Units: 1
Add'l Description: Type-2 and Type-3
Continuous
CDM: Field interviews and
records review.
Comment: No Type-2 or
Type-3 PTRAEUs were
operated during the reporting
period.
Required Sampling: One of the following methods may be
chosen for actual emissions reporting: nondestructive assay,
record sampler, or continuous air monitoring, whichever is
more appropriate.
Sampling Frequency: Annual, unless specified by the NOC.
Radionuclide Requiring Measurement: GROSS
ALPHA/BETA
Continuous
CDM: Field interviews,
ABCASH program, and
portable/temporary radioactive
air emission unit (PTRAEU)
operating logs.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous CDM: Field interviews and
records review.
Permit: AIR 12-316 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Portable/Temporary Radionuclide Airborne Emissions Units (PTRAEU)
WDOH NOC ID: 837 Date In AOP: 04-01-13 Page in AOP: EU0447-003
The total abated emission limit for this Notice of Construction
is limited to 1.91E-05 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) for CY 2016 to
verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
Continuous CDM: Field interviews and
records review.
DOE/RL-2017-02 Rev. 0
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Type I PTRAEUs are portable ventilation-filter units. Type II
PTRAEUs are mobile sample preparation units. Type III
PTRAEUs are mobile screening and analysis units. Each type
of PTRAEU is described in the following paragraphs.
Most of the PTRAEUs are portable ventilation-filter units
(Type I) with a capacity from approximately 50 to 2,000+
cubic feet per minute exhaust flow rate. The portable
ventilation filter units control radionuclide emissions by
providing filtered ventilation on sites where work activities
potentially could disturb areas with radioactive contamination.
Type I units that are vacuums are listed to be used as
ventilation units. If the vacuum is used in any other
manner/process, the WDOH must approve its use under
separate application before the activity commences.
Mobile sample preparation units (Type II) decrease the chance
of unintentional cross-contamination of samples and enhance
personnel radiological safety. The sample preparation units
enable technicians to remove material from core barrels,
homogenize the material, and fill prescribed sample containers
for onsite and offsite analysis. In enclosed, self-contained
sample preparation units, radiological exposure and
interference from environmental conditions (i.e., wind,
precipitation, and exhaust fumes) are minimized.
Mobile sample screening and analysis units (Type III) provide
preliminary screening of samples to determine potential
problem areas at a site. The units also screen samples to
I\identify those samples requiring further in-depth analysis.
Screening samples decreases the number of samples
transported for analysis. The fast turnaround time can provide
results for a field situation requiring expeditious response.
The source of radionuclides handled by the mobile sample
preparation facilities and mobile screening and analysis
facilities is contaminated soils and/or liquids extracted from
cribs, ditches, ponds, burial sites, and other such areas with
surficial soil contamination. An additional source of
radionuclides is preparation of radioactive standards to be used
for instrument calibration.
The PTE for this project as determined under WAC 246-247-
030(21a-e) [as specified in the application] is 8.90E-02
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Release rates are not listed; emission release rates are
controlled by special conditions.
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Continuous CDM: Field interviews and
records review.
DOE/RL-2017-02 Rev. 0
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Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)). DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the AIR Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
Department of Health reserves the right to request an
nondestructive analysis (NDA) after each exhaust job
assignment (WAC 246-247-075(3)). The monitoring includes:
emission estimates to include the methodology, all monitoring
measurement results taken during the operation, copy of all
logs submitted to the department on June 30th. One of the
following methods may be chosen for actual emissions
reporting, nondestructive assay, record sampler, or continuous
air monitoring, whichever is more appropriate.
Continuous CDM: Field interviews and
records review.
Ductwork, seams, and potential release locations on the
portable exhauster are to be monitored on a routine basis for
potential radionuclide releases according to the NOC. These
routine checks should be kept as retrievable records.
Continuous CDM: Field interviews and
records review.
The required possession quantity is RHL's calculated for a
daily use because many of the activities are of short duration.
In calculating the RHL's 0.1 mrem per year criteria will be
used as a beginning point and the source term, which can be
handled each day, is back calculate.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
Permit: AIR 12-312 - B Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Consolidated T Plant Operations
WDOH NOC ID: 830 Date In AOP: 04-01-13 Page in AOP: EU0447-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-317 - A Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Roof Replacement Activities Involving Radioactive Contamination at Facilities on the Central Plateau
WDOH NOC ID: 838 Date In AOP: 04-01-13 Page in AOP: EU0447-006
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
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Permit: AIR 12-318 - A Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Categorical Tank Farm Facility Entry and Surveillance
WDOH NOC ID: 839 Date In AOP: 04-01-13 Page in AOP: EU0447-008
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-320 – A Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Tank Farm Restoration and Safe Storage
WDOH NOC ID: 841 Date In AOP: 04-01-13 Page in AOP: EU-0447-010
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Vented Containers WDOH Emission Unit ID: 448
Page in AOP: EU0448-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Environment Sampling
Sampling Frequency: Air-every 2 weeks
continuous/deposition - annually
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous
CDM: ABCASH data were
reviewed to verify required
samples were collected from
the near-facility monitoring
stations.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous CDM: MSA near-facility
monitoring QA programs.
Permit: AIR 07-701 (2012) Issue Date: 07-02-07 Effective Date: 02-23-12
NOC: Sitewide Vented Container Storage
WDOH NOC ID: 641 Date In AOP: 04-01-13 Page in AOP: EU0448-001
The total abated emission limit for this Notice of Construction
is limited to 3.40E-05 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) for CY 2016 to
verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
Containers are used to store mixed and/or radioactive waste
generated on and off the Hanford Site. Venting devices are
Continuous CDM: Field interviews and
work documents.
DOE/RL-2017-02 Rev. 0
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installed when there is the potential for non-radioactive gases
(I.e., hydrogen) to be generated as a result of radiolysis.
The PTE for this project as determined under WAC 246-247-
030(21a-e) [as specified in the application] is 1.00E-01
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Release rates are not listed; emission release rates are
controlled by special conditions.
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)). DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the AIR Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
Continuous CDM: Annual compliance
evaluation.
Containers other than drums are also approved if they meet the
conditions of this NOC. Continuous
CDM: Field interviews and
work documents.
Establishes a categorical As Low As Reasonably Achievable
Control Technology (ALARACT) demonstration for existing
Hanford Site vented containers.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
Establishes a categorical Best Available Radionuclide Control
Technology (BARCT) demonstration for all future Hanford
Site vented containers ( i.e., up to 6667 vented container units
(UVC) based on a total abated emissions offering less than
3.4E-05 mrem/year to the MEI). (WAC 246-247-040 (5))
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
DOE/RL-2017-02 Rev. 0
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NucFil(TM) filter or an equivalent filter shall be BARCT and
ALARACT. Vent clips are accepted as ALARACT for
existing systems to date, however, when conditions require
repackaging vent clips shall be replaced by NucFil(TM) or
equivalent filters.
Continuous CDM: Field interviews and
work documents.
Pu239/240 equivalent curies (PE-Ci) represents the
radionuclide of concern as discussed in the Hanford Site Solid
Waste Acceptance Criteria, WHC-EP-0063.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
The vented container Latitude and Longitude coordinates (46
degrees 22' 13.8", 119 degrees 16' 12.3") refer to the location
resulting in the highest impact to the MEI.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
These containers are used for storing mixed and or radioactive
waste generated on or off Hanford Site.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
WDOH accepts vent clips as ALARACT since they are no
longer installed.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
DOE/RL-2017-02 Rev. 0
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200 Area ISA WDOH Emission Unit ID: 454
Page in AOP: EU0454-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Smear Survey
Sampling Frequency: Annual Continuous
CDM: Review Radiological
Survey Reports within the
several PMs that perform the
annual inspections.
Federal and State Regulatory Requirement: WAC 246-
247-075(3) Continuous
CDM:WAC 246-247-075(3)
allows WDOH to approve
other methods of monitoring.
Radiological field swipe/smear
survey is the defined method
per the NOC.
Permit: AIR 06-1015 (2012) Issue Date: 10-05-06 Effective Date: 02-23-12
NOC: Construction and Operation of the 200 Area Interim Storage Area (ISA)
WDOH NOC ID: 650 Date In AOP: 04-01-13 Page in AOP: EU0454-001
The total abated emission limit for this Notice of Construction
is limited to 1.92E-03 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Reviewed applicable
source data/information for
CY 2016 to verify total abated
emissions are below the NOC
limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The construction and operation of the 200 Area ISA. The 200
Area ISA will be constructed and operated for the interim
storage of non-defense production reactor SNF in dry cask
storage systems (DCSSs). [Note: Dry cask storage system is a
generic term referring to the various storage systems
employed for SNF storage at the 200 Area ISA and does not
refer to a specific storage system.]
Dry Cask Storage System Interim Storage
Once the DCSSs are prepared for interim storage the systems
can be transferred to the 200 Area ISA for interim storage. Up
to sixty Interim Storage Casks (ISCs) storing FFTF SNF, 7
NAC-1 casks storing LWR SNF, and 12 NRF TRIGA casks
and 2 DOT-6M containers storing TRIGA SNF will be
required for storage at the 200 Area ISA. Each of the dry cask
storage systems will be transported via road to the 200 Area
ISA and unloaded using a mobile crane. Each DCSS will be
Continuous
CDM: Review of description
provided in the permit
application and review of
Daily Ops Report and/or
project field execution
schedules verified no new
activities were performed.
DOE/RL-2017-02 Rev. 0
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placed at a specific location within the 200 Area ISA.
Dry Cask Storage System Equipment
Different DCSSs are utilized for the different SNF types to be
stored at the 200 Area ISA to accommodate the particular
characteristics of the SNF. The FFTF SNF DCSS, the NRF
TRIGA SNF DCSS, and the LWR SNF DCSS.
200 Area ISA Design and Construction
The 200 Area ISA consists of concrete pads, perimeter fencing
and lighting, access for transporters and mobile cranes, and
conduit for potential future electrical service and
instrumentation. This construction will not involve
contaminated items. The 200 Area ISA will be situated within
the current CSB construction site. This site is currently not a
radiological area nor does it contain an underground
radioactive material area. No contaminated excavation will be
involved.
The PTE for this project as determined under WAC 246-247-
030(21a-e) [as specified in the application] is1.92E-03
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Am-241 2.65E-05 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Am-242 1.11E-06 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Am-242 m 1.12E-06 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Ba-137m 1.18E-03 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
C-14 5.75E-03 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Ce-144 1.92E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Cm-242 1.21E-06 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Co-60 1.07E+03 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Cs-134 1.56E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Cs-137 1.25E-03 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Eu-154 3.30E-05 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Eu-155 1.21E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Fe-55 1.01E-03 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
H-3 3.62E+00 Gas
Continuous
CDM: Review of description
provided in the permit
application and review of
Daily Ops Report and/or
project field execution
schedules verified no new
activities were performed.
DOE/RL-2017-02 Rev. 0
B-127
WAC 246-247-030(21)(a)
I-129 3.07E-04 Gas
WAC 246-247-030(21)(a)
Kr-85 3.07E+01 Gas
WAC 246-247-030(21)(a)
Mn-54 9.55E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Ni-63 9.18E-05 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Np-237 1.15E-09 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Pm-147 9.64E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Pr-144 4.15E+05 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Pu-238 1.30E-05 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Pu-239 5.56E-05 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Pu-240 4.81E-05 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Pu-241 1.79E-03 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Rh-106 5.51E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Ru-106 5.51E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Sb-125 1.21E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Sm-151 5.15E-05 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Sr-90 4.55E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Tc-99 1.83E-07 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Te-125 m 2.95E-05 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
U-235 9.70E-12 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
U-238 1.01E-09 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Y-90 4.55E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
The radioactive isotopes identified for this emission unit are
(no quantity specified):
Am-241 Am-242 Am-242 m Ba-137 m C-14
Ce-144 Cm-242 Co-60 Cs-134 Cs-137
Eu-154 Eu-155 Fe-55 H-3 I-129
Kr-85 Mn-54 Ni-63 Np-237 Pm-147
DOE/RL-2017-02 Rev. 0
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Pr-144 Pu-238 Pu-239 Pu-240 Pu-241
Rh-106 Ru-106 Sb-125 Sm-151 Sr-90
Tc-99 Te-125 m U-235 U-238 Y-90
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)). DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the AIR Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
Any detectable contamination above 2200 dpm/100 cm ^2
Beta-Gamma or 220 dpm/100 cm^2 Alpha as a result of the
ISA specific monitoring shall be reported to the department.
Continuous
CDM: Contamination levels
observed with radiological
field swipe/smear surveys did
not require reporting.
Periodic confirmatory monitoring shall consist of annual
smears or swipes of the outer surfaces of the containers using
hand held survey instruments capable of detecting
contamination above 2200 dpm/100 cm ^2 Beta-Gamma or
220 dpm/100 cm^2 Alpha.
Continuous
CDM: Contamination levels
observed with radiological
field swipe/smear surveys of
rad/operating data.
The emission limit for this emission unit is no smearable
contamination above 2200 dpm/100 cm ^2 Beta-Gamma or
220 dpm/100 cm^2 Alpha using standard portable instruments
used, and survey methods followed at Hanford (WAC 246-
247-040(5)).
Continuous
CDM: Contamination levels
observed with radiological
field swipe/smear surveys did
not require reporting.
Sitewide HEPA Vacuums WDOH Emission Unit ID: 455
Page in AOP: EU0455-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: None Not
Applicable
CDM: No requirement
specified.
DOE/RL-2017-02 Rev. 0
B-129
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3) Continuous CDM: Field interviews.
Permit: AIR 06-1024 (2012) Issue Date: 10-05-06 Effective Date: 02-23-12
NOC: HEPA Filtered Vacuum Radioactive Air Emission Units (HVU)
WDOH NOC ID: 663 Date In AOP: 04-01-13 Page in AOP: EU0455-001
The total abated emission limit for this Notice of Construction
is limited to 2.50E-05 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) for CY 2016 to
verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The use of specified HVUs located and operated on the
Hanford Site, and represents establishment of unregistered,
portable and temporary, insignificant emission units.
For the purposes of estimating (modeling) offsite exposures
for this application, all applicable HVU emissions at an
individual facility (e.g., B Plant Complex, C Tank Farm, SX
Tank Farm, T Plant Complex, 100-K East Basin, 100-K West
Basin, 324 Building, 340 Complex, etc.) or activity (e.g.,
D&D of a building) will be considered as a single emission
point for that facility.
HVUs are portable cleaners with exhaust flow rates ranging
from 50 to 300 cubic feet per minute. The units control
radionuclide emissions by providing filtered vacuuming for
surfaces that radioactively are contaminated.
HVUs fall into two categories of use, those used for the
reduction of smearable contamination and those used to
reduce fixed contamination. For smearable contamination, the
use of HVUs is limited to reduction of contamination on hard
surfaces (e.g., concrete, permanently installed metal
equipment such as risers, ventilation system components,
piping, etc.). Soil matrices are excluded from this NOC.
Smearable contamination on these hard surfaces will not
exceed limits established in DOE/RL-96-109. These limits, if
exceeded, require the affected are to be posted as a high
contamination area. The limits are 2,000 disintegrations per
minute per 100 square centimeters (dpm/100 cm2) alpha
contamination and 100,000 dpm/100 cm2 beta/gamma
contamination.
An exception to these limits is restricted to spot surface
contamination areas found during outdoor radiological field
surveys, and to clean up localized, radiologically contaminated
material (e.g., dust, dirt, bird droppings, animal feces, insects,
Continuous CDM: Field interviews and
work documents.
DOE/RL-2017-02 Rev. 0
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spider webs, tumbleweed fragments, etc.). These types of
materials could have beta/gamma contamination levels
exceeding 1 million dpm/100 cm2, but are very localized (i.e.,
a few square meters, rather than hundreds of square meters)
and could occur in contamination areas, buffer zones, and
clean zones. This exception does not apply to areas normally
posted as high contamination areas.
The second category of use is for reduction of fixed
contamination, involving the removal and/or penetration of
contaminated surfaces. This category of use includes using
HVUs and associated shrouded tools for sanding, stripping,
spalling, drilling, and cutting operations. Limits in areas of
fixed contamination to ensure compliance will be established
before these tools are used.
The PTE for this project as determined under WAC 246-247-
030(21)(a-e) [as specified in the application] is 4.97E-02
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Alpha-0 | 3.09E-03 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
Alpha release rate for 100 Areas, emission calculations will
assume Pu-239/240
Alpha-0 | 2.29E-04 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
Alpha release rate for 300 Area, emission calculation will
assume Pu-239/240.
Alpha-0 | 3.44E-03 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
Alpha release rate for 400 East Area, emission calculation will
assume Pu-239/240
Alpha-0 | 4.57E-03 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
Alpha release rate for 200 East Area, emission calculation will
assume Pu-239/240
Alpha-0 | 7.70E-03 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
Alpha release rate for 200 West Area, emission calculation
will assume Pu-239/240
B/G-0 | 3.88E-01 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
B/G release rate for 200 West Area, emission calculations will
assume Sr-90.
B/G-0 | 1.16E-02 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
B/G release rate for 300 Area, emission calculations will
assume Sr-90.
Continuous CDM: Field interviews and
work documents.
DOE/RL-2017-02 Rev. 0
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B/G-0 | 1.74E-01 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
B/G release rate for 400 Area, emission calculations will
assume Sr-90.
B/G-0 | 1.56E-01 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
B/G release rate for 100 Areas, emission calculations will
assume Sr-90.
B/G-0 | 2.30E-01 | Liquid/Particulate Solid |
WAC 246-247-030(21)(a)
B/G release rate for 200 East Area, emission calculations will
assume Sr-90.
The radioactive isotopes identified for this emission unit are
(no quantities specified):
Pu-239/240 | Sr-90
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. WAC 246-
247-110(9). DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the Air Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
All HEPA vacuum logs shall be submitted to the department
on a quarterly basis (beginning with the first quarter of 2002).
This submittal shall be to the department 30 days after the end
of each quarter.
Continuous CDM: Field interviews and
work documents.
Monitoring requirements are as follows: In the event that the
exhauster is used on different emission units, the Department
of Health reserves the right to request a nondestructive
analysis/assay (NDA) after each exhaust job assignment
(WAC 246-247-075(3)). The monitoring includes: emission
estimates to include the methodology, all monitoring
measurement results taken during the operation, copy of all
logs kept on site and the summary submitted to the department
on June 30th.
Log sheets will include the following information:
Continuous CDM: Field interviews and
work documents.
DOE/RL-2017-02 Rev. 0
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Results of smears on the exhaust ports;
Maximum contamination level encountered or analysis results,
area cleaned,
and air emission source constituents if other than plutonium
239 and strontium 90 potential radionuclide releases.
The approved process is as follows: The HVU's fall into two
categories. The first category is the use if the HVU's for the
reduction of smearable contamination and the other is to
reduce fixed contamination. Soil matrices are excluded from
this NOC.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
The required controls are described as follows: The HVU's
must be field tested annually requiring an aerosol
test/efficiency test or equivalent pass/fail criteria of 95.95%
using an aerosol defined in ASME N510 or approved
equivalent. In addition, the HVU's filtration systems are to be
tested whenever the configuration is modified and/or the
filtration system is opened. A smear of the exhaust port shall
be conducted before and after each use of HVU's. If the
exhaust port smear is positive, the unit shall be tagged and
removed from service.
Continuous CDM: Field interviews and
work documents.
This NOC shall be revised no later than September 1, 2002.
Revision 2 was received in September, 2002. The NOC
application was determined to be incomplete, a new NOC
application shall be submitted.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
Permit: AIR 11-1006 – A Issue Date: 10-28-11 Effective Date: 10-19-11
NOC: Operation of the Transuranic Waste Retrieval Project
WDOH NOC ID: 719 Date In AOP: 04-01-13 Page in AOP: EU0455-004
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-317 – B Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Roof Replacement Activities Involving Radioactive Contamination at Facilities on the Central Plateau
WDOH NOC ID: 838 Date In AOP: 04-01-13 Page in AOP: EU0455-008
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
DOE/RL-2017-02 Rev. 0
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W-PORTEX 011 WDOH Emission Unit ID: 461
Page in AOP: EU0461-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
No active NOC approvals in the AOP for this certification period.
P-Trench31 001 WDOH Emission Unit ID: 472
Page in AOP: EU0472-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Smear sample of overflow pipe.
Sampling Frequency: Before and after emptying the tank.
When the tank is not empty, take a monthly smear (after
commencement of bulk waste disposal).
Continuous
CDM: Facility operating and
radiological control
procedures.
Federal and State Regulatory Requirement: WAC 246-
247-075(3) Continuous
CDM: NESHAP Quality
Assurance Project Plan for
Radioactive Air Emissions
(CHPRC-00189, Appendix E)
specifies the hardware and
methods used to sample and
the analytical methods used in
the laboratory.
Permit: AIR 12-315 – A Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 09-12-16
NOC: Trench 31 and 34: Leachate Collection and Storage Tank (LLBG Mixed Waste Disposal)
WDOH NOC ID: 834 Date In AOP: 04-01-13 Page in AOP: EU0472-001
The total abated emission limit for this Notice of Construction
is limited to 3.03E-03 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: MREM/year calculated
via spreadsheet using trench
volume transfer data for
reporting period to confirm
levels used in NOC application
PTE calculations are
bounding.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
Trenches 31 and 34 shall be used for the disposal of low-level
waste, low-level mixed waste, and radioactive waste
containing Toxic Substances Control Act regulated
Continuous
CDM: There were no
additional activities or
variations on the approved
activities that would constitute
a "modification" to the
emissions unit, as defined in
WAC 246-247-030(16) during
the reporting period. Facility
DOE/RL-2017-02 Rev. 0
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polychlorinated biphenyls resulting from current operations
across the Hanford Site, cleanup activities across the Hanford
Site and from other offsite facilities. Each trench shall provide
disposal capacity for approximately 22,000 m3 (28,000 yd3)
of waste. Waste to be disposed of in the trenches can consist
of contaminated soil and debris (bulk waste), sealed
containers, vented containers, and any other type of waste
meeting Low Level Burial Grounds (LLBG) waste acceptance
criteria.
The leachate collection systems for Trenches 31 and 34 share
a common design. That design encompasses primary and
secondary leachate collection systems. The primary and
secondary leachate collection systems are comprised of
alternating layers of soils, geomembrane liners, collection
pipes, collection sumps, sump pumps, and a single collection
tank for each trench. Liquid accumulates under the disposed
material in the bottom of each trench in the primary liner of
each trench (not exposed directly to atmosphere). When
approximately one foot of precipitation of liquid is
accumulated in the collection sumps, the pumps are activated
to transfer the liquid to the tanks.
The leachate collection tanks at Trench 31 and34 are both
above ground. Each tank has a capacity of approximately
10,000 gallons. Both tanks are cylindrical and approximately 8
feet (2.5 meters) in diameter and 24 feet (7.2 meters) long.
Both tanks are passively vented via a liquid overflow pipe.
For disposal, the liquid will be transferred from the tanks to a
tanker truck. Based on past operational experience, it is
anticipated that up to approximately 415,000 gallons, per tank,
per year could be transferred to the tanker trucks. More than
one truck may be used at the same time. The tanker truck(s)
shall be fitted with a three-quarter inch vent that will be
opened during filling and emptying operations.
procedures demonstrate that
activities at LLBG are as
described in the NOC. NOC
application not revised during
CY 2016.
The PTE for this project as determined under WAC 246-247-
030(21a-e) [as specified in the application] is 6.10E-03
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Pu-239/240 | 9.74E-05 | Liquid/Particulate Solid |
WAC 246-247-030(21)(e)
U-0 | 7.00E-04 | Liquid/Particulate Solid |
WAC 246-247-030(21)(e)
Isotopes of U-233/234/235/238.
The radioactive isotopes identified for this emission unit are
(no quantity specified):
Am-241 C-14 Co-60 Cs-137 Eu-152
Eu-154 Eu-155 Na-22 Pu-238 Pu-239/240
Ra-226 Sr-90 Tc-99 Th-230 Th-232
U-0
Continuous
CDM: MREM/year calculated
via spreadsheet using trench
volume transfer data for
reporting period to confirm
levels used in NOC application
PTE calculations are
bounding.
DOE/RL-2017-02 Rev. 0
B-135
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a “modification” to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)). DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the AIR Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
The radioactive isotopes identified for this emission unit
represent all of the significant radionuclides historically
present for the leachate collection tank 31, including some that
are not significant. Any radionuclide on the chart of nuclides
could be present or received at leachate collection tank 31 in
the future.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
Upon commencement of placing non-containerized
radioactively contaminated waste in Trench 31 and/or Trench
34, a periodic confirmatory measurement (PCM) activity shall
be implemented. This PCM activity shall consist of smearing
the orifice(s) of the liquid overflow pipe(s) before and after
emptying the tank(s). During those months when the tank(s)
is/are not emptied, a smear shall be taken monthly. After the
accumulation of one year's worth of smear data.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
P-Trench34 001 WDOH Emission Unit ID: 473
Page in AOP: EU0473-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Smear sample of overflow pipe.
Sampling Frequency: Before and after emptying the tank.
When the tank is not empty, take a monthly smear (after
commencement of bulk waste disposal).
Continuous
CDM: Facility operating and
radiological control
procedures.
DOE/RL-2017-02 Rev. 0
B-136
Federal and State Regulatory Requirement: WAC 246-
247-075(3) Continuous
CDM: NESHAP Quality
Assurance Project Plan for
Radioactive Air Emissions
(CHPRC-00189, Appendix E)
specifies the hardware and
methods used to sample and
the analytical methods used in
the laboratory.
Permit: AIR 12-315 - B Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Trench 31 and 34: Leachate Collection and Storage Tank (LLBG Mixed Waste Disposal)
WDOH NOC ID: 834 Date In AOP: 04-01-13 Page in AOP: EU0473-001
The total abated emission limit for this Notice of Construction
is limited to 3.03E-03 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: MREM/year calculated
via spreadsheet using trench
volume transfer data for
reporting period to confirm
levels used in NOC application
PTE calcs are bounding.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
Trenches 31 and 34 shall be used for the disposal of low-level
waste, low-level mixed waste, and radioactive waste
containing Toxic Substances Control Act regulated
polychlorinated biphenyls resulting from current operations
across the Hanford Site, cleanup activities across the Hanford
Site and from other offsite facilities. Each trench shall provide
disposal capacity for approximately 22,000 m3 (28,000 yd3)
of waste. Waste to be disposed of in the trenches can consist
of contaminated soil and debris (bulk waste), sealed
containers, vented containers, and any other type of waste
meeting Low Level Burial Grounds (LLBG) waste acceptance
criteria.
The leachate collection systems for Trenches 31 and 34 share
a common design. That design encompasses primary and
secondary leachate collection systems. The primary and
secondary leachate collection systems are comprised of
alternating layers of soils, geomembrane liners, collection
pipes, collection sumps, sump pumps, and a single collection
tank for each trench. Liquid accumulates under the disposed
material in the bottom of each trench in the primary liner of
each trench (not exposed directly to atmosphere). When
approximately one foot of precipitation of liquid is
accumulated in the collection sumps, the pumps are activated
to transfer the liquid to the tanks.
The leachate collection tanks at Trench 31 and34 are both
above ground. Each tank has a capacity of approximately
10,000 gallons. Both tanks are cylindrical and approximately 8
feet (2.5 meters) in diameter and 24 feet (7.2 meters) long.
Continuous
CDM: There were no
additional activities or
variations on the approved
activities that would constitute
a "modification" to the
emissions unit, as defined in
WAC 246-247-030(16) during
the reporting period. Facility
procedures demonstrate that
activities at LLBG are as
described in the NOC. NOC
application not revised during
CY 2016.
DOE/RL-2017-02 Rev. 0
B-137
Both tanks are passively vented via a liquid overflow pipe.
For disposal, the liquid will be transferred from the tanks to a
tanker truck. Based on past operational experience, it is
anticipated that up to approximately 415,000 gallons, per tank,
per year could be transferred to the tanker trucks. More than
one truck may be used at the same time. The tanker truck(s)
shall be fitted with a three-quarter inch vent that will be
opened during filling and emptying operations.
The PTE for this project as determined under WAC 246-247-
030(21a-e) [as specified in the application] is 6.10E-03
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Pu-239/240 | 9.74E-05 | Liquid/Particulate Solid |
WAC 246-247-030(21)(e)
U-0 | 7.00E-04 | Liquid/Particulate Solid | WAC 246-247-
030(21)(e)
Isotopes of U-233/234/235/238.
The radioactive isotopes identified for this emission unit are
(no quantity specified):
Am-241 C-14 Co-60 Cs-137 Eu-152
Eu-154 Eu-155 Na-22 Pu-238 Pu-239/240
Ra-226 Sr-90 Tc-99 Th-230 Th-232
U-0
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)). DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the AIR Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
Continuous
CDM: MREM/year calculated
via spreadsheet using trench
volume transfer data for
reporting period to confirm
levels used in NOC application
PTE calculations are bounding
DOE/RL-2017-02 Rev. 0
B-138
Upon commencement of placing non-containerized
radioactively contaminated waste in Trench 31 and/or Trench
34, a periodic confirmatory measurement (PCM) activity shall
be implemented. This PCM activity shall consist of smearing
the orifice(s) of the liquid overflow pipe(s) before and after
emptying the tank(s). During those months when the tank(s)
is/are not emptied, a smear shall be taken monthly. After the
accumulation of one year's worth of smear data.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
The radioactive isotopes identified for this emission unit
represent all of the significant radionuclides historically
present for the leachate collection tank 34, including some that
are not significant. Any radionuclide on the chart of nuclides
could be present or received at leachate collection tank 34 in
the future.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
Sitewide Guzzler WDOH Emission Unit ID: 476
Page in AOP: EU0476-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area: Abatement Technology: Collection Tank and Plate Separator
Required Units: 1
Add'l Description:
Continuous
CDM: Reasonable inquiry of
responsible personnel. Control
equipment has not been
modified.
Zone or Area: Abatement Technology: Cyclone Separator
Required Units: 2
Add'l Description:
Continuous
CDM: Reasonable inquiry of
responsible personnel. Control
equipment has not been
modified.
Zone or Area: Abatement Technology: Micro-strainer Device
Required Units: 1
Add'l Description:
Continuous
CDM: Reasonable inquiry of
responsible personnel. Control
equipment has not been
modified.
Zone or Area: Abatement Technology: HEPA
Required Units: 3
Add'l Description: Three in-place tested HEPA filters in
parallel.
Continuous
CDM: Reasonable inquiry of
responsible personnel. Control
equipment has not been
modified.
DOE/RL-2017-02 Rev. 0
B-139
Requirement Compliance
Status
Compliance Determination
Method
Zone or Area: Abatement Technology: Baghouse
Required Units: 2
Add'l Description: Baghouse system with a total of 68 bags
(i.e., 34 bags per baghouse).
Continuous
CDM: Reasonable inquiry of
responsible personnel. Control
equipment has not been
modified.
Required Sampling: Radiation surveys and to include but not
limited to NDA testing of the HEPA filters and screening the
HEPA filtration system using gamma spectroscopy.
Sampling Frequency: When the HEPA filters are replaced
and annually screening the HEPA filtration system.
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10% of the potential-to-emit
TEDE to the MEI, greater than 0.1 mrem/yr potential-to-emit
TEDE to the MEI, and greater than 25% of the TEDE to the
MEI, after controls.
Continuous
CDM: Radiological Survey
Records and NDA results for
Guzzler HEPA filters.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61;
Appendix B, Method 114(3)
Continuous
CDM: Radiological Survey
Records and NDA results for
Guzzler HEPA filters.
Comment: NDA was
performed on filters using
gamma spectroscopy. NDA
results showed that any
radionuclides observed were
equivalent to levels detected in
background spectra.
Permit: AIR 10-506 (2012) Issue Date: 05-26-10 Effective Date: 02-23-12
NOC: Operation of the Guzzler in Tank Farm Facilities
WDOH NOC ID: 774 Date In AOP: 04-01-13 Page in AOP: EU0476-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-317 – C Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Roof Replacement Activities Involving Radioactive Contamination at Facilities on the Central Plateau
WDOH NOC ID: 838 Date In AOP: 04-01-13 Page in AOP: EU0476-004
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-320 - B Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Tank Farm Restoration and Safe Storage
WDOH NOC ID: 841 Date In AOP: 04-01-13 Page in AOP: EU0476-06
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-331 – A Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Categorical Tank Farm Facility Waste Retrieval and Closure: Phase 1 -
Site Preparation and System Installation
WDOH NOC ID: 852 Date In AOP: 04-01-13 Page in AOP: EU0476-09
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
DOE/RL-2017-02 Rev. 0
B-140
Requirement Compliance
Status
Compliance Determination
Method
Permit: AIR 12-339 Issue Date: 03-06-12 Effective Date: 03-23-12
NOC: Use of the Guzzler Vacuum Excavation System for Radiologically Limited Activities on the Hanford
Site WDOH NOC ID: 860 Date In AOP: 04-01-13 Page in AOP: EU0476-023
The total abated emission limit for this Notice of Construction
is limited to 5.00E-02 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: NDA results for
Guzzler HEPA filters and
Radiological Survey Records.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as
defined in WAC 246-247-030(16), may be conducted.
The utilization of the Guzzler(TM) Vacuum Excavation
System (Guzzler(TM)) for potholing to support utility
locations, soil removal/general excavations, and radiologically
limited activities involving roof or pit cleaning (note,
radiologically limited activities means work locations where
soil radiological contamination levels are not expected to
exceed 50,000 dpm/probe size beta-gamma and/or 140
dpm/probe size alpha). For purposes of this license, "soil" will
be defined as sand, dirt, gravel, gravel and tar mixtures and
rock, or any combination of these items. Note, beta-gamma
probe size is ~16.7 com^2 and alpha probe size is ~50 cm^2.
Note, the terms, "Guzzler(TM)," and "Filtered Vacuum Truck
(FVT)," may be used interchangeable.
In most cases, for excavations, the excavated soil will be used
for backfilling of the excavated areas. The backfilling
activities will be completed manually, using shovels, or using
backhoes, loaders, or packers. For cleaning activities and
some excavations, the soil will either be containerized for
disposal or transported to an appropriate disposal facility (e.g.,
LLBGs, ERDF, etc.) within the FVT collection tank for
noncontainerized disposal. In some cases, soil may be
unloaded from the FVT and packaged at the disposal facility
for containerized disposal.
Only radiologically contaminated or potentially contaminated
soil will be removed or excavated using the regulated FVT
system. All soil removed from the system will be handled as
potentially contaminated, unless otherwise surveyed or
analyzed.
The regulated FVT will not be used for the decontamination of
valve pits within the tank farms. The regulated FVT is also
excluded from areas containing radiological contamination
above 50,000 dpm/probe size beta-gamma and/or 140
dpm/probe size alpha.
Soil can be slowly dumped from the collection tank by
controlling the raising and lowering speed of the tank.
Continuous
CDM: Guzzler Work Activity
Instruction and Desk
Instruction, Guzzler Usage
Information Request form,
training, and/or observations
by Guzzler Coordinator.
DOE/RL-2017-02 Rev. 0
B-141
Requirement Compliance
Status
Compliance Determination
Method
Soil from contaminated areas enters the unit through a hose.
An air lance attachment may be used to aid in the loosening of
soil.
The various cleaning and excavation activities will be
completed using the FVT along with shovels, picks and/or the
air lance attachment to loosen the soil, and backfilling
activities will be completed using backhoes, loaders,
compactors with plates, and picks and shovels, as appropriate.
In some cases, however, an area may be physically
inaccessible for the regulated FVT. In those instances, the
cleaning or excavation, as well as any backfilling activities
will be completed using backhoes, loaders, compactors with
plates, and/or picks and shovels, as appropriate.
Areas of the vacuum truck where condensate may accumulate
such as the HEPA filter housing, silencer, and micro-strainer
will be drained on an as needed basis to remove condensate
buildup. The drained water will be containerized and properly
dispositioned. If radiological contamination is present, the
liquid may be solidified with absorbent materials, and the
resulting matrix may be packaged and disposed of at a
radioactive landfill (e.g., LLBG, ERDF, etc.). Alternatively,
the liquids may be transferred to an approved container or
tanker truck (see Emission Unit ID 888) for transport to the
Effluent Treatment Facility (Emission Unit ID 301) or other
facility licensed to receive radioactively contaminated liquids.
The PTE for this project as determined under WAC 246-247-
030(21a-e) [as specified in the application] is 5.00E-02
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Alpha-0 | 1.79E-03 | Gas | WAC 246-247-030(21)(a)
200 Area *gaseous physical state assumed for purposes of
conservatism relative to assigned release fraction. AM-241
used as conservative alpha emitter.
Alpha-0 | 1.30E-04 | Gas | WAC 246-247-030(21)(a)
300 Area *gaseous physical state assumed for purposes of
conservatism relative to assigned release fraction. U-234 used
as conservative alpha emitter.
Alpha-0 | 7.26E-04 | Gas | WAC 246-247-030(21)(a)
400 Area *gaseous physical state assumed for purposes of
conservatism relative to assigned release fraction. Pu-239 used
as conservative alpha emitter.
Alpha-0 | 1.79E-03 | Gas | WAC 246-247-030(21)(a)
100 Area *gaseous physical state assumed for purposes of
conservatism relative to assigned release fraction. Am-241
used as conservative alpha emitter.
Continuous
CDM: Radiological Survey
Records and NDA results.
Reasonable inquiry of
knowledgeable personnel.
DOE/RL-2017-02 Rev. 0
B-142
Requirement Compliance
Status
Compliance Determination
Method
B/G-0 | 4.48E-02 | Gas | WAC 246-247-030(21)(a)
200 Area *gaseous physical state assumed for purposes of
conservatism relative to assigned release fraction. Sr-90 used
as conservative beta emitter.
B/G-0 | 4.48E-02 | Gas | WAC 246-247-030(21)(a)
300 Area *gaseous physical state assumed for purposes of
conservatism relative to assigned release fraction. Sr-90 used
as conservative beta emitter.
B/G-0 | 1.46E-02 | Gas | WAC 246-247-030(21)(a)
400 Area *gaseous physical state assumed for purposes of
conservatism relative to assigned release fraction. Sr-90 used
as conservative beta emitter.
B/G-0 | 4.48E-02 | Gas | WAC 246-247-030(21)(a)
100 Area *gaseous physical state assumed for purposes of
conservatism relative to assigned release fraction. Sr-90 used
as conservative B/G emitter.
The radioactive isotopes identified for this emission unit are
(no quantity specified):
Am-241 Co-60 Cs-134 Cs-137 Eu-152
Eu-154 Eu-155 Pu-238 Pu-239 Pu-240
Pu-241 Ru-106 Sb-125 Sn-113 Sr-90
Th-232 U-234 U-235 U-238
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)). DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the AIR Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
All soil excavation activities operating under this NOC must
cease operations when sustained wind conditions reach or
exceed 20 miles per hour.
Continuous
CDM: Recordkeeping.
Operator and RCT training to
NOC Conditions/Limitations.
Inquiry of Guzzler
Coordinator.
DOE/RL-2017-02 Rev. 0
B-143
Requirement Compliance
Status
Compliance Determination
Method
The facility must maintain a log in an approved format for this
activity or emission unit (WAC 246-247-080(7)). Continuous
CDM: Department approved
Regulated Guzzler Emission
Log is maintained by the
Guzzler Coordinator.
The following are the allowable radionuclides: Co-60, Sr-90,
Cs-137, Cs-134, Th-232. U-234, U-235, U-238, Eu-152, Eu-
154, Eu-155, Ru-106, Sn-113, Sb-125, Am-241, Pu-238, Pu-
239, Pu-240, and Pu-241. If any other radionuclides are
suspected or verified through soil analysis the department
must be notified.
Continuous
CDM: No other radionuclides
were suspected. No other
radionuclides were detected, as
verified by NDA, above
background spectra of Guzzler
HEPA filters.
The following are the annual emission limits for the NOC:
100 AREA:
For FVT Cleaning/Excavation: 2.88E-3 mrem Sr-90, 3.4E-2
mrem Am-241 For Backfilling: 2.88E-6 mrem Sr-90, 3.45E-5
mrem Am-241
200 AREA:
For FVT Cleaning/Excavation: 1.96E-3 mrem Sr-90, 2.34E-2
mrem Am-241 For Backfilling: 1.96E-6 mrem Sr-90, 2.34E-5
mrem Am-241
300 AREA:
For FVT Cleaning/Excavation: 3.9E-2 mrem Sr-90, 8.3E-3
mrem U-234 For Backfilling: 3.9E-5 mrem Sr-90, 8.3E-6
mrem U-234
400 AREA:
For FVT Cleaning/Excavation: 8.5E-4 mrem Sr-90, 8.34E-3
mrem Pu-239 For Backfilling: 8.5E-7 mrem Sr-90, 8.34E-6
mrem Pu-239.
Continuous
CDM: NDA results for
Guzzler HEPA filters and
Radiological Survey Records.
Comment: No radionuclides
were detected above
background spectra.
U.S. DOE shall monitor this project or emission unit as
follows: In addition to the surveys described in this NOC
periodic confirmatory measurements are required. This may
include but is not limited to NDA testing of the HEPA filters
when the HEPA filters are replaced and annually screening the
HEPA filtration system using gamma spectroscopy (WAC
246-247-075(8).
Continuous
CDM: Radiological Survey
Records and NDA results for
Guzzler HEPA filters.
200 Area Diffuse/Fugitive WDOH Emission Unit ID: 486
Page in AOP: EU0486-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
B-144
Requirement Compliance
Status
Compliance Determination
Method
Required Sampling: Per the sitewide ambient monitoring
program samples will be collected from the existing near-
facility monitoring stations.
Sampling Frequency: Per the sitewide ambient monitoring
program
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10 percent of the potential-
to-emit TEDE
Continuous
CDM: ABCASH data were
reviewed to verify required
samples were collected from
the near-facility monitoring
stations.
Radionuclides that contribute
greater than 10% of the PTE
TEDE are reported in the CY
2016 Hanford Site
Radionuclide Air Emissions
Report.
Federal and State Regulatory Requirement: WAC 246-
247-075[2]
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous CDM: MSA near-facility
monitoring QA programs.
Permit: AIR 11-1006 – B Issue Date: 10-28-11 Effective Date: 10-19-11
NOC: Operation of the Transuranic Waste Retrieval Project
WDOH NOC ID: 804 Date In AOP: 04-01-13 Page in AOP: EU0486-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 11-914 Issue Date: 09-30-11 Effective Date: 09-26-11 Obsolete Date: 10-01-15
NOC: 241-SY Tank Farm Ventilation System Upgrades Installation and Pre Operational Permit for 241-
SY/AP/AY/AZ Tank Farm Exhauster Upgrade
WDOH NOC ID: 805 Date In AOP: 04-01-13 Page in AOP: EU0486-009
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-301 – B Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Waste Receiving and Processing Facility
WDOH NOC ID: 810 Date In AOP: 04-01-13 Page in AOP: EU0486-011
The total abated emission limit for this Notice of
Construction is limited to 5.42E-02 mrem/year to the
Maximally Exposed Individual (WAC 246-247-040(5)).
Continuous
CDM: Confirmed APQ and is
below levels used in NOC
application calculations for
2016 to verify that abated
emissions are below the NOC
limit.
The mission of the WRAP includes examining, assaying,
characterizing, treating, verifying, and repackaging solid
radioactive waste material and mixed radioactive waste to
enable treatment, storage, or disposal. The WRAP manages
many categories of radioactive materials such as low-level
waste (LLW), transuranic (TRU) waste, TRU mixed waste,
and low-level mixed waste (LLMW) in contact-handled (CH)
containers where the external surface dose rate does not
exceed 200 mrem/hr. CH containers are defined as packages
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no "modifications"
to the emission unit as defined
in WAC 246-247-030(16).
Facility procedures demonstrate
that activities at WRAP are as
described in the NOC.
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having surface dose rates of less than 200 mrem/hr. Remote–
handled (RH) containers (i.e., containers where the external
surface dose rate is equal to or greater than 200 mrem/hr) also
are processed and stored at WRAP in accordance with the
approved safety analysis.
Building 2336-W at the WRAP consists of the following
areas
• Shipping and receiving area
• Nondestructive examination/nondestructive assay
(NDE/NDA) area
• Process area
• Ancillary support areas, including the heating, ventilation,
and air conditioning (HVAC), electrical room, mechanical
room, and administration areas
See the following emission units for a detailed description of
additional controls/conditions and limits under this approval.
EU 193 296-W-4; Waste Receiving and Processing Facility
EU 486 200 Area Diffuse/Fugitive; Waste Receiving and
Processing Facility
Eu 1183 HSGS Analysis Facility
The PTE for this project as determined under WAC 246-247-
030(21)(a-e) [as specified in the application] is 1.02E+02
mrem/year. Approved are the associated potential release
rates (Curies/year) of:
DE-0 2.73E+05 Liquid/Particulate Solid WAC 246-247-
030(21)(a)
DE-Ci is a method of normalizing the exposure risk of the
Various isotopes, where the DE-Ci are represented as Pu-239.
Continuous
CDM: Confirmed APQ and is
below levels used in NOC
application calculations for
2016 to verify that abated
emissions are below the NOC
limit.
PROCESS DESCRIPTION - General Overview of WRAP
Operations
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
Numerous activities within the WRAP complex, which
includes now includes the 2404-WA, 2404-WB, and 2404
WC buildings, have been and will be conducted as routine
activities. TRU and mixed wastes are received and processed
at WRAP. The 2404-WA and 2404-WB buildings are used
for waste container storage activities. The 2404-WC buildings
is used for storage as well as for conducting some head space
gas sampling (HSGS) utilizing a darting process.
WRAP also has support buildings to perform NDE and NDA
of larger waste containers. These units include:
• MO-610 - MOBILE BOX ASSAY UNIT(SuperHENC)
MO-610 is a mobile box assay unit used to determine the
AEA-regulated material content of a waste container. The
mobile trailer is approximately 3.0 m (10 ft) by 12.2 m (40 ft)
and is used to assay containers smaller than 2 m3 in volume.
2406-W Facility - HIGH ENERGY REAL-TIME
RADIOGRAPHY (HERTR)
The HERTR unit is a mobile unit used to perform NDE of
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
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containers smaller than 2 m3 (71 ft3). The HERTR unit
consists of two components: (1) a shielded vault where
containers are examined, and (2) an operator control area. The
vault is a shielded enclosure of modular concrete
construction. The operator control area is a mobile trailer that
is located in close proximity to the unit. The NDE is used to
examine dense waste items to indicate the physical
appearance of the waste, identify if liquids are present, and/or
other identified suspect nonconformance waste forms are
present to support waste characterization and processing,
confirmation, treatment, and/or certification.
THE FOLLOWING SECTIONS BRIEFLY DISCUSS THE
GENERAL OPERATIONAL ACTIVITIES CONDUCTED
AT WRAP:
PACKAGING AND REPACKAGING WASTE
Packaging and repackaging activities are performed for waste
generated at WRAP as well as for onsite and offsite
generators. The repackaging of waste supports waste
acceptance criteria for other TSD facilities. For example:
prohibited items from waste packages (i.e., waste items that
do not meet acceptance criteria) are removed and either
staged for later handling or repackaging using remote or
manual methods, and must have a void space of less than
10%. To meet the less than 10% requirement, void filler can
be added. Packaging and repackaging activities can include
the following:
• Adding absorbent
• Aerosol can/drum puncturing
• Compositing/aggregating solids or liquids
• Over packing
• Pressure relief/release (e.g., aerosol cans, gas cylinders,
drums, or other similar containers)
• Removing prohibited items
• Segregation
• Size reduction [e.g., cutting (jaws, saws)], bending, folding,
crushing (e.g., drum crusher), shredding, compacting, or
similar methods that do not have a higher extent of
disruption]
• Sorting
• Void filling
Some packaging of waste (e.g., personal protective
equipment, maintenance waste, types of innocuous waste), as
a result of surveillances/inspections and maintenance that
does have a potential to create minimal airborne
contamination, can occur within the 2336-W Building when
the 296-W-4 exhaust stack emission system is shutdown.
VERIFICATION ACTIVITIES
Verification support activities are provided for waste and
other materials that are generated on or off the Hanford Site.
Verification activities can consist of the following:
• Chemical field screening
• Chemical sampling
• NDE
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• Physical observation
SAMPLING ACTIVITIES
Sampling of waste generated by operations or by other onsite
or offsite generators is performed. The purpose of sampling is
to confirm process knowledge, characterize waste, support
verification, and determine applicable land disposal
requirements. Sampling can consist of the following:
• Container sampling (liquid, sludge, salt cake, composites).
• Disposition of sample returns (e.g., placement back into the
parent container or another approved container)
• Field screening [e.g., pH paper, oxidizer, volatile organic
analyses (VOAs), or similar screening parameters]
• Headspace gas analysis [typically in support of the WIPP
Project]
• Obtaining a sample for analysis (e.g., grab, composite, or
other similar sampling techniques)
• Shipping/transferring the samples to an approved laboratory
for analysis.
DECONTAMINATION ACTIVITIES
Decontamination activities have been performed since 1997.
Materials, equipment, and waste can be decontaminated (e.g.,
free release, reduce the radiological levels, or other similar
criteria) using a variety of methods. Decontamination at
WRAP can consist of the following:
• Abrasive tools
• Brushing
• Cutting (e.g., removal by sawing, or other similar methods)
• Electrical repairs
• Immersion
• Rust/paint removal
• Scraping
• Washing (e.g., chemicals/detergents)
In addition, WRAP also performs decontamination of WRAP
structures (e.g., building walls, glove boxes, or other similar
surfaces) by any of the above methods.
MAINTENANCE ACTIVITIES
Because of the age of WRAP, current mission, future
mission, support of the cleanup of the Hanford Site, as well as
waste and other materials from offsite generators, a variety of
preventative and/or repair maintenance activities are
performed at WRAP. Some maintenance activities involve
the shutdown of the 296-W-4 exhaust stack.
Maintenance activities can consist of the following:
• Calibrations
• Crane maintenance (bridge crane, jib crane, A frame hoist)
• Electronic systems functional checks and repairs [e.g.,
continuous air monitors (CAMs), personnel contamination
monitors (PCMs), or other similar equipment]
• Painting
• Rollup doors
• Scale systems
• Stack systems (e.g., fan lubes or other similar maintenance
activities)
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• Transformers
Certain maintenance activities (e.g., wire rope inspections,
lubrication, functional tests, calibrations, or similar innocuous
activities) that do have a potential to generate minimal
airborne contamination can occur within the 2336-W
Building when the 296-W-4 exhaust stack emission system is
shutdown.
WASTE TREATMENT ACTIVITIES
WRAP is a treatment facility permitted by the Washington
State Department of Ecology (Ecology). Treatment activities
can consist of the following:
• Amalgamation
• Deactivation
• Solidification or absorption of free liquids
• Microencapsulation
• Macroencapsulation
• Neutralization of corrosives
• Volume Reduction of waste (e.g., compaction)
STORAGE ACTIVITIES
WRAP is permitted for waste storage by Ecology. WRAP
also stores other materials (e.g., chemicals, equipment, or
similar materials) to support operations. Storage can consist
of the following:
• Container storage (e.g., boxes, drums, ten-drum over packs
(TDOP), transuranic package transporter containers, standard
waste boxes, or similar containers)
• Equipment storage
• NucFil replacement
NucFil replacement will be done by reinstalling a filter. This
activity will consist of sealing an unvented glove bag over the
damaged filter, replacing the filter and removing the glove
bag. Negligible emissions are assumed for this activity such
that they are encompassed within the overall estimate of
emissions for storage activities.
EQUIPMENT, MATERIALS, AND WASTE MOVEMENT
ACTIVITIES
The movement of materials, equipment, waste, chemicals, or
similar items involves the receipt and/or
packaging/repackaging, transferring/shipping, and the
movement and/or relocation within the WRAP TSD unit
boundary. The movement of these items is necessary to
support operations, maintenance, or similar activities.
Movement activities (e.g., using a forklift, crane, truck, dolly,
personnel, or similar equipment) can consist of, but are not
limited to, the following:
• Placing and storing chemical products in flammable
cabinets, over packing or other approved storage locations
• Receiving waste (e.g., liquid, solid, semi solid) for storage
and/or treatment
• Waste container transfers (among outdoor storage pads,
within buildings, glove boxes, or other approved locations)
HOUSEKEEPING ACTIVITIES
Housekeeping activities involve maintaining WRAP in a
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clean and orderly condition. Housekeeping activities include
the following:
• Dusting
• Mopping (e.g., squeegees or other similar techniques)
• Picking up debris
• Removal of trash.
• Sweeping (e.g., brooms)
• Vacuuming
• Wiping (e.g., sponges, towels, or other similar methods)
SURVEILLANCE ACTIVITIES
Surveillance activities involve walking down and inspecting
various areas, systems, and components. Surveillances
typically consist of daily, weekly, and monthly inspections of
waste containers, buildings, or similar locations.
Surveillances are subject to change (adding, deleting and/or
modifying) as operations, maintenance, engineering, and
radiological control dictates. The following are examples of
surveillances currently performed at WRAP:
• Cold weather surveillances (typically done between October
1 and March 31)
• Container storage areas (buildings, pads, conex boxes, or
other similar locations)
• General condition of building structures
• Inspection/testing of equipment (e.g., 296-W-4 exhaust
system sampling and components, differential pressure
gauges, or similar equipment)
• Inspection/testing of HEPA-filtered vacuums
• Radiological surveys
• Safety equipment (e.g., decontamination showers, eye wash
stations, first aid kits, fire extinguishers, fire suppression
systems, communication equipment, spill kits, emergency
lighting, Scott Air Pak or other similar units, personnel
contamination monitors, masks)
• Treatment and storage locations and ancillary equipment
Surveillances, inspections, and maintenance activities that
have the potential to create minimal airborne contamination
can occur within the 2336-W Building when the 296-W-4
exhaust stack emission system is shutdown.
PROCESS DESCRIPTION - Nondestructive
Examination/Nondestructive Assay Systems
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
The NDE/NDA area is used to examine and to certify LLW,
MLLW, TRU, and TRU mixed waste container contents
without opening the containers.
The primary function of NDE is to examine the physical
contents of containers entering and leaving the WRAP to
determine whether there are any noncompliant items or
unacceptable conditions in the containers. This examination
of the containers is accomplished by the use of the real-time
radiography (RTR) systems. The RTR systems consists of an
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
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x-ray imaging systems used to identify noncompliant items,
such as free or containerized liquids, compressed gas
containers including aerosol cans, and other suspected
dangerous waste/materials. Data from the x-ray examinations
are entered into the data management system for each
container.
The primary function of NDA is to determine the activity
levels of radionuclides in the radioactive material entering
and leaving the WRAP. This information is used to categorize
the radioactive material, provide inventory control
information, determine appropriate handling of individual
containers, and to determine if the material meets applicable
transportation and disposal criteria. The NDA equipment
includes passive-active neutron assay systems and/or gamma
energy analysis systems. Data from the analysis of each
container are entered into the data management system.
PROCESS DESCRIPTION - Storage Activities
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
WRAP is permitted for waste storage by Ecology. WRAP
also stores other materials (e.g., chemicals, equipment, or
similar materials) to support operations. Storage can consist
of the following:
• Container storage (e.g., boxes, drums, ten-drum overpacks
(TDOP), transuranic package transporter containers, standard
waste boxes, or similar containers)
• Equipment storage
• NucFil replacement
NucFil replacement will be done by reinstalling a filter. This
activity will consist of sealing an unvented glovebag over the
damaged filter, replacing the filter and removing the
glovebag. Negligible emissions are assumed for this activity
such that they are encompassed within the overall estimate of
emissions for storage activities
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
PROCESS DESCRIPTION - Housekeeping Activities
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
Housekeeping activities involve maintaining WRAP in a
clean and orderly condition. Housekeeping activities include
the following:
• Dusting
• Mopping (e.g., squeegees or other similar techniques)
• Picking up debris
• Removal of trash.
• Sweeping (e.g., brooms)
• Vacuuming
• Wiping (e.g., sponges, towels, or other similar methods)
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
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PROCESS DESCRIPTION - Surveillance Activities
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
Surveillance activities involve walking down and inspecting
various areas, systems, and components. Surveillances
typically consist of daily, weekly, and monthly inspections of
waste containers, buildings, or similar locations.
Surveillances are subject to change (adding, deleting and/or
modifying) as operations, maintenance, engineering, and
radiological control dictates. The following are examples of
surveillances currently performed at WRAP:
• Cold weather surveillances (typically done between October
1 and March 31)
• Container storage areas (buildings, pads, conex boxes, or
other similar locations)
• General condition of building structures
• Inspection/testing of equipment (e.g., 296-W-4 exhaust
system sampling and components, differential pressure
gauges, or similar equipment)
• Inspection/testing of HEPA-filtered vacuums
• Radiological surveys
• Safety equipment (e.g., decontamination showers, eye wash
stations, first aid kits, fire extinguishers, fire suppression
systems, communication equipment, spill kits, emergency
lighting, Scott Air Pak or other similar units, personnel
contamination monitors, masks)
• Treatment and storage locations and ancillary equipment
Surveillances, inspections, and maintenance activities that
have the potential to create minimal airborne contamination
can occur within the 2336-W Building when the 296-W-4
exhaust stack emission system is shutdown.
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
PROCESS DESCRIPTION - Shipping and Receiving
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
Containers are delivered to and transferred from the shipping
and receiving area by truck or forklift. In the shipping and
receiving area, incoming boxes and drums are unloaded,
visually inspected, labeled, and radiologically surveyed. The
resulting information pertaining to each container is entered
into the data management system. Following visual
inspection, containers are transferred to the lag storage area.
From the lag storage area, incoming drums are transferred to
a weigh station and on to the NDE/NDA area for further
characterization. If there are any noncompliant items or
unacceptable conditions discovered in the NDE process, the
containers are transferred to the process area for repackaging.
Once characterized, verified, and/or certified, the certified
TRU waste is loaded into transuranic package transporter
(TRUPACT-2 or equivalent) shipping casks for shipment to
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
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the Waste Isolation Pilot Plant (WIPP) in New Mexico or
other approved facility.
PROCESS DESCRIPTION - Equipment, Materials and
Waste Movement Activities.
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
The movement of materials, equipment, waste, chemicals, or
similar items involves the receipt and/or
packaging/repackaging, transferring/shipping, and the
movement and/or relocation within the WRAP TSD unit
boundary. The movement of these items is necessary to
support operations, maintenance, or similar activities.
Movement activities (e.g., using a forklift, crane, truck, dolly,
personnel, or similar equipment) can consist of, but are not
limited to, the following:
• Placing and storing chemical products in flammable
cabinets, overpacking or other approved storage locations
• Receiving waste (e.g., liquid, solid, semi solid) for storage
and/or treatment
• Waste container transfers (among outdoor storage pads,
within buildings, gloveboxes, or other approved locations
Continuous
CDM: Reasonable inquiry of
knowledgeable personnel
confirmed no operational or
facility modifications. Facility
procedures demonstrate that
activities at WRAP are as
described in the NOC.
Permit: AIR 11-918 Issue Date: 09-30-11 Effective Date: 09-26-11
NOC: 241-AP Tank Farm Ventilation System Upgrades Installation and Pre Operational Permit for 241-
SY/AP/AY/AZ Tank Farm Exhauster Upgrade
WDOH NOC ID: 823 Date In AOP: 04-01-13 Page in AOP: EU0486-016
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-307 – D Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 07-29-15
NOC: Categorical Tank Farm Facility Waste Retrieval and Closure: Phase II Waste Retrieval Operations
WDOH NOC ID: 825 Date In AOP: 04-01-13 Page in AOP: EU0486-018
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-312 – C Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Consolidated T Plant Operations
WDOH NOC ID: 830 Date In AOP: 04-01-13 Page in AOP: EU0486-022
The total abated emission limit for this Notice of
Construction is limited to 5.60E-02 mrem/year to the
Maximally Exposed Individual (WAC 246-247-040(5)).
Continuous
CDM: Confirmed DE-Ci for
year reported in T Plant Curie
Inventory Logbook, HNF-N-42,
was <15,000 DE-Ci/year basis
for this NOC limit in the
application.
This approval applies only to those activities described
below. No additional activities or variations on the approved Continuous
CDM: Facility procedures
demonstrate that activities at T
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activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
This consolidated T-Plant license supersedes all radioactive
air licenses for 291-T-1.
a. This approval subsumes those activities approved in three
previous license approvals, retains/revises the specific
conditions and limitations of those approvals, and replaces
them as the radioactive air license for T-Plant:
i. AIR 03-1208 (NOC ID # 445, "Storage in T-Plant Complex
of Sludge from K-Basins")
ii. AIR 01-1010 (NOC ID # 499, "T-Plant Complex Fuel
Removal Project")
iii. AIR 02-704 (NOC ID # 500, "Entering and Characterizing
of the 224-T Facility Process Cells")
b. With additional conditions and limitations provided herein,
this approval also extends to new activities discussed in the
NOC application "Radioactive Air Emissions Notice of
Construction for Consolidated T Plant Operations", DOE/RL-
2004-50, Rev.0, September, 2004, described briefly:
i. Receipt, Storage, Treatment, and Loads out of Contact-
Handled and Remote-Handled Transuranic (TRU) and
Transuranic Mixed Waste (M-91 Initiative)
ii. Treatment (in addition to storage) of K-Basin Sludge from
the North Load out Pit (NLOP)
iii. Such activities considered routine at T Plant as are
described in succeeding conditions.
Activities a)i through a)iii may emit radioactive air through
291-T-1. Additionally, activity a)iii may emit to the 200 Area
Diffuse & Fugitive emission unit and to Portable Temporary
Radioactive Air Emission Units.
Plant are as described in the
NOC.
Comment: 224-T was removed
from the license on 2/16/2017
(AIR 17-206).
The PTE for this project as determined under WAC 246-247-
030(21a-e) [as specified in the application] is 1.20E+02
mrem/year. Approved are the associated potential release
rates (Curies/year) of:
Alpha-0 1.78E-04 Beta-0 5.49E-05
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission
unit when a specific isotope is newly identified as
contributing greater than 10% of the potential TEDE to the
MEI, or greater than 25% of the TEDE to the MEI after
controls. (WAC 246-247-110(9)). DOE must notify the
Department of any changes to potential release rates as
required by state or federal regulations including changes that
would constitute a significant modification to the AIR
Operating Permit under WAC 173-401-725(4). Notice will be
Continuous
CDM: Confirmed DE-Ci for
year reported in T Plant Curie
Inventory Logbook, HNF-N-42,
was <15,000 DE-Ci/year basis
for this NOC limit in the
application.
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provided according to the particular regulation under which
notification is required. If the applicable regulation(s) does
not address manner and type of notification, DOE will
provide the Department with advance written notice by letter
or electronic mail but not solely by copies of documents.
A. Entry/Characterization of 224-T Process Cells:
A1) (Deleted)
A2) All work covered by this NOC must be completed by
December 31, 2005.
A3) (Deleted)
A4) (Deleted)
A5) HPT coverage shall be provided during all cell entries
and excavation activities.
A6) (Deleted)
A7) When a HEPA Filtered Vacuum Radioactive Air
Emission Unit (HEPA VAC) is used, the condition, controls,
monitoring requirements and limitations of the latest
approved revision of the HEPA VAC Notice of Construction
shall be required.
A8) (Deleted)
A9) Approved activities for the Entry/Characterization of
224-T Process Cells are:
A9a) Approval extends to entry of the 224-T Facility to
determine the condition and contents of the facility's cells,
tanks, and vessels, as described below: A containment tent
shall be erected outside each access door. The containment
tent shall consist of two or more chambers, where the inner
chamber shall surround the cell door and the outer chamber
shall function as an airlock. Alpha and beta continuous air
monitors (CAM) shall monitor each chamber and shall run
continuously whenever the cell door is open. The inner
chamber shall be fitted with a Type I portable temporary
radioactive air emissions unit (PTRAEU) exhauster to
provide air flow and contamination control in the containment
tent. The exhauster shall be run intermittently to control
radiological conditions, at the direction of the field work
supervisor in collaboration with the health physics technician
(HPT). The containment tent shall be isolated from the cell
(door closed or otherwise blocked) before operating the
exhauster. The Type I PTRAEU shall be used in accordance
with the conditions, controls, monitoring requirements and
limitations of the latest approved revision of the PTRAEU
NOC (DOE/RL-96-75)
A9b) The following characterization activities are allowed in
the cells and/or containment tent:
A9b1) Establishing radiological conditions/map (i.e., dose
rates, smearable and fixed contamination, and airborne
concentrations).
A9b2) Nondestructive data analyses (NDA) measurements of
equipment.
A9b3) Collection of liquid and solid samples from open
vessels, trenches, or sumps.
A9b4) Collection of ultrasonic data on vessels and piping.
Continuous
CDM: No entries or
characterizations occurred in
the 224-T Process Cells for this
reporting period, therefore this
requirement was not triggered.
Comment: 224-T was removed
from the license on 2/16/2017
(AIR 17-206).
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A9b5) Taking photographs.
A9b6) Performing visual inspections.
A9b7) Removing flanges to collect samples from inside
equipment or piping.
A9b8) Cutting or drilling into piping to collect samples with
appropriate equipment such as a reciprocating saw, a circular
saw, a hacksaw, a tri-tool, or an abrasive wheel.
Aa9b9) Minor decontamination activities such a wiping
down, applying fixatives or sealants, etc., performed in the
cell or in the containment tent.
A9b10) Decontamination to reduce dose rates or remove
contamination for personnel safety, to remove
characterization equipment brought in, or to remove
incidental loose equipment or waste found in the cell.
A9b11) Size reduction and packaging and containerizing
incidental, loose equipment or waste found in the cell for
removal and /or disposal.
A9b12) Removal of infiltrated water from the pit and the
submerged tanks in C-Cell by pumping into tanker trucks for
subsequent disposal.
A9b13) Characterization of the removed water prior to
disposal.
A9b14) Investigation of the source of water infiltrated into C-
Cell.
A9b15) Sealing and grouting of leaks causing water
infiltration.
A9b16) A small amount of excavation is allowed to take
place around the cell access doors to support installation of
the containment tents. Manual digging methods with shovels,
picks and rakes shall be used. Up to two cubic meters of
contaminated may be disturbed.
A9b17) Within the containment tent, the weather barrier
cover over the cell access door shall be removed. The
integrity and functionality of the cell door shall be determined
and as a result the door may be removed and replaced with
another door. Any other physical barrier that limits access to
the cell also shall be removed.
A9b18) (Deleted) (WAC 246-247-040(5)
Actions to assure quality of periodic confirmatory
measurement shall be as follows:
(1) Implementation of quality checks supporting the periodic
confirmatory measurements. These checks shall assure that
the emissions measurements are sufficient to verify low
emissions.
(2) (Deleted)
(3) An annual calibration will be performed on the existing
sample flow meter or an annual function check will be
performed if the flow meter is replaced by either a rotameter
or a magnahelic gauge.
(4) The effluent samples will be collected on standard (very
high efficiency particulate air) sample filters.
(5) The laboratory sample analysis will meet the requirements
of Appendix B, Method 114(3); and
Continuous
CDM: NESHAP Quality
Assurance Project Plan for
Radioactive Air Emissions
(CHPRC-00189, Appendix).
DOE/RL-2017-02 Rev. 0
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Requirement Compliance
Status
Compliance Determination
Method
(6) The following items shall be documented in a NESHAP
Quality Assurance Project Plan or other documents.
(i) The sample collection and analysis procedures used.
(ii) The quality control program for evaluation and tracking
the quality of the periodic confirmatory measurement data
against preset criteria. The quality control program should
include, where applicable, a system of replicates, spiked
samples, split samples, blanks and control charts. The number
and frequency of such quality control checks shall be
identified: and
(iii) The sample tracking system to provide positive
identification of samples and data through all phases of the
sample collection, analysis, and reporting system. Sample
handling and preservation procedures, to maintain the
integrity of the samples during collection, storage, and
analysis. (WAC 246-247- 040(5))(WAC 246-247-
075(3))(WAC 246-247-075(6))(WAC 246-247-075(13)).
After backfilling, the soil surface radiological contamination
levels shall be verified to be less than 5,000 dpm/100 cm^2
beta/gamma and less than 100 dpm/100 cm^2 alpha. If
contamination is present above these levels, the contaminated
soil shall be removed and containerized for disposal or
covered or fixed to provide containment of the contamination.
(WAC 246-247-040(5))
Continuous
CDM: Soil excavating
activities did not take place
during this reporting period,
therefore this backfilling
requirement was not triggered.
All activities involving radioactive materials shall be
conducted in accordance with radiation control procedures
approved in accord with applicable QA program. (WAC 246-
247-040(5))
Continuous
CDM: CHPRC Radiological
Control Manual (CHPRC-
00073).
Appropriate excavation controls such as water, fixatives,
covers, or windscreens shall be applied, if needed, as
determined by the contractor's Health Physics organization.
Spoil piles containing contaminated soil shall be segregated
from the clean soil. Containerizing soil for disposal may also
be performed. (WAC 246-247-040(5))(WAC 246-247-
060(5))
Continuous
CDM: Soil excavating
activities did not take place
during this reporting period,
therefore these excavation
control requirements were not
triggered.
If a Portable/Temporary Radioactive Air Emission Unit
(PTRAEU) is used, the conditions, controls, monitoring
requirements and limitations of the latest approved version of
the PTRAEU Notice of Construction shall be required. (WAC
246-247-060(5))(WAC 246-247-080(7))
Continuous
CDM: No activities requiring
the use of the PTRAEU NOC
occurred at the T Plant
Complex during the reporting
period, therefore this
requirement to follow the
PTRAEU NOC was not
triggered.
Comment: DO-021-030,
Operate Portable Exhauster.
Periodic confirmatory measurements (PCM) for the diffuse
and fugitive emissions shall be performed and shall consist of
the radiological surveys from the soil excavation activities.
Compliance shall be demonstrated by showing that actual
Continuous
CDM: Soil excavating or
PTRAEU activities did not take
place during this reporting
period, therefore these PCM
DOE/RL-2017-02 Rev. 0
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Requirement Compliance
Status
Compliance Determination
Method
emissions are inherently less than the estimated emissions,
which are based and calculated from the same contamination
levels.
If a PTRAEU of HEPA filtered vacuum radioactive air
emission unit is used, PCM for emissions from those units
shall be performed as required by the respective NOCs.
(WAC 246-247-040(5))(WAC 246-247-080(7))
requirements were not
triggered.
The dose to the maximally exposed member of the public
from unabated diffuse and fugitive emissions associated with
excavation activities under this NOC shall not exceed 3.05E-
03 mrem/year. For the purposes of dose estimation, gross beta
air concentrations shall be conservatively assumed to consist
entirely of Sr-90. Also for the purposes of dose estimation,
gross alpha air concentrations associated with excavation
under this NOC shall be conservatively assumed to consist
entirely of Am-241. (WAC 246-247-040(5))
Continuous
CDM: Soil excavating
activities did not take place
during this reporting period,
therefore this dose limit was not
exceeded.
Total volume of contaminated soil disturbed in excavation for
installation of containment tents shall not exceed two cubic
meters. (WAC 246-247-040(5))
Continuous
CDM: Soil excavating
activities did not take place
during this reporting period,
therefore the total volume limit
was not exceeded.
Permit: AIR 12-317 - D Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Roof Replacement Activities Involving Radioactive Contamination at Facilities on the Central Plateau
WDOH NOC ID: 838 Date In AOP: 04-01-13 Page in AOP: EU0486-025
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-318 – B Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 10-01-15
NOC: Categorical Tank Farm Facility Entry and Surveillance
WDOH NOC ID: 839 Date In AOP: 04-01-13 Page in AOP: EU0486-027
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-320 - C Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 10-01-15
NOC: Tank Farm Restoration and Safe Storage
WDOH NOC ID: 841 Date In AOP: 04-01-13 Page in AOP: EU0486-029
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
DOE/RL-2017-02 Rev. 0
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Requirement Compliance
Status
Compliance Determination
Method
Permit: AIR 12-322 Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 10-01-15
NOC: Vapor Sampling of Miscellaneous Underground Units
WDOH NOC ID: 843 Date In AOP: 04-01-13 Page in AOP: EU0486-031
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-324 Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 10-01-15
NOC: 241-AN Tank Farm Installation and Operation of a New Ventilation System
WDOH NOC ID: 845 Date In AOP: 04-01-13 Page in AOP: EU0486-033
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-325 Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 10-01-15
NOC: 241-AW Tank Farm Installation and Operation of a New Ventilation System
WDOH NOC ID: 846 Date In AOP: 04-01-13 Page in AOP: EU0486-035
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-326 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Characterization and Stabilization Activities Involving Radioactive Contamination at Facilities on the
Central Plateau
WDOH NOC ID: 847 Date In AOP: 04-01-13 Page in AOP: EU0486-037
The total abated emission limit for this Notice of
Construction is limited to 5.00E-02 mrem/year to the
Maximally Exposed Individual (WAC 246-247-040(5)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source
data/information) for CY 2016
to verify total abated emissions
are below the NOC limit. See
below (Compliance Log
submitted by June 30).
This approval applies only to those activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in (WAC 246-247-030(16)), may be conducted.
The approved activities are limited to:
The characterization and stabilization (as defined in other
conditions) of emission units within 200 West and 200 East
areas, and 212 N, 212 P, and 212 R. (WAC 246-247-040(5))
Continuous
CDM: Review of work
management and job control
system records. Reviewed
applicable radionuclide air
emissions data (or other source
data/information) for CY 2016
to verify total abated emissions
are below the NOC limit.
The PTE for this project as determined under WAC 246-247-
030(21)(a-e) [as specified in the application] is 5.00E-02
mrem/year. Approved are the associated potential release
rates (Curies/year) of:
Alpha-0 | 3.50E-03 | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
License PTE limit bounds 3.5 Ci/yr 241Am and release
Continuous
CDM: Estimated PTE for each
activity performed under this
NOC.
DOE/RL-2017-02 Rev. 0
B-159
Requirement Compliance
Status
Compliance Determination
Method
fraction of 0.001. Any radionuclide on the chart of the
nuclides could be encountered during characterization and
stabilization operations. The radionuclides specifically listed
in the NOC application were chosen to conservatively
represent all radionuclide emissions that may occur in
particulate form. A small contribution from the gaseous
radionuclides may be encountered. Although any radionuclide
could be present, for conservatism all beta/gamma is assumed
to be Cs-137 and all alpha is assumed to be Am-241 for dose
calculation estimates. Other radionuclides may be
encountered and are approved so long as they are
conservatively represented by the total alpha and total beta-
gamma constituents.
B/G-0 | 1.40E-02 | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
License PTE limit bounds 14.0 Ci/yr 137Cs and release
fraction of 0.001. Any radionuclide on the chart of the
nuclides could be encountered during characterization and
stabilization operations. The radionuclides specifically listed
in the NOC application were chosen to conservatively
represent all radionuclide emissions that may occur in
particulate form. A small contribution from the gaseous
radionuclides may be encountered. Although any radionuclide
could be present, for conservatism all beta/gamma is assumed
to be Cs-137 and all alpha is assumed to be Am-241 for dose
calculation estimates. Other radionuclides may be
encountered and are approved so long as they are
conservatively represented by the total alpha and total beta-
gamma constituents.
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission
unit when a specific isotope is newly identified as
contributing greater than 10% of the potential TEDE to the
MEI, or greater than 25% of the TEDE to the MEI after
controls. (WAC 246-247-110(9)) DOE must notify the
Department of any changes to potential release rates as
required by state or federal regulations including changes that
would constitute a significant modification to the Air
Operating Permit under WAC 173-401-725(4). Notice will be
provided according to the particular regulation under which
notification is required. If the applicable regulation(s) does
not address manner and type of notification, DOE will
provide the Department with advance written notice by letter
or electronic mail but not solely by copies of documents.
The basis for selection of radioactive air controls/abatements
for each emission unit shall be documented in sufficient detail
to demonstrate compliance. DOH may audit the controls and
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
DOE/RL-2017-02 Rev. 0
B-160
Requirement Compliance
Status
Compliance Determination
Method
determination of containment risk under this NOC, and
independently judge the adequacy of controls, assigned risk
and risk components for any activity. (WAC 246-247-040(5))
and WAC 246-247-080 (1, 8, 10))
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions to
be completed in the future, or
that pertain to actions required
of the agency.
Soil Excavation Associated with
Characterization/Stabilization: Soil may be excavated to
support characterization/stabilization of central plateau
emission units. An initial survey shall be performed of the
area to be excavated. Surveys shall be performed throughout
the excavation to assure that environmental protection is
maintained. Once the excavation begins, water or other
fixative of equal or better effectiveness shall be used, as
necessary, to prevent the spread of dust. To the extent
practicable using hand held instrument field survey
techniques, the clean soil shall be separated from the soil
identified as contaminated. The contaminated soil shall have a
fixative applied or shall be covered by plastic at the end of the
shift, and as necessary, to stabilize the contaminated soil.
Radiological Controls for Soil Excavation:
A. Health Physics coverage shall be provided as specified in
the radiological work permit. DOH does not approve work
permits. DOH may independently judge the adequacy of the
Health Physics coverage. Licensee shall maintain records of
Health Physics coverage and survey results.
B. Beta-gamma surveys of the ground surface are required
prior to excavation in Contamination Areas (CA's), High
Contamination Areas (HCA's), Soil Contamination Areas
(SCA's), and Underground Radioactive Material Areas
(URMA's). If in an area of known or suspected alpha
contamination, or if beta/gamma contamination is detected,
alpha surveys shall be performed as well.
C. Suppressants such as water, fixatives, covers, or
windscreens shall be used as necessary, including at the end
of each shift or when sustained or predicted winds are >20
mph.
D. Excavation of radioactive material shall not commence if
sustained winds are predicted to exceed 20 mph during the
work shift.
E. Excavation of radioactive material shall cease if sustained
winds exceed 20 mph. A local wind-speed measurement
device may be utilized in lieu of Hanford Meteorological
Station readings, provided the reading is taken in an
unobstructed location that is representative of the work area.
Use of a local device and the measured wind-speed readings
taken from it must be documented, and the documentation
retained.
F. If the contamination for the general area is greater than
2000 dpm/100 sq.cm. alpha or greater than 100,000 dpm/100
cm.sq. beta-gamma, place in a safe and stable condition and
Continuous
CDM: No excavation activities
were conducted under this NOC
during the reporting period.
DOE/RL-2017-02 Rev. 0
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Requirement Compliance
Status
Compliance Determination
Method
stop work, notify DOH, and implement the controls listed
below. Once notifications have been made and the following
controls implemented, excavation may continue:
a. Soil shall be wetted prior to excavation if not already damp.
b. General area workplace air monitoring shall be performed
during excavation activities.
c. Excavation and contaminated soil piles shall be covered
with plastic, or fixative shall be applied, at the end of each
shift or as necessary to prevent the spread of airborne
contamination.
G. Contaminated soil containing >100,000 dpm/100 sq.cm.
beta-gamma or >2000 dpm/100 sq.cm. alpha shall be
containerized or covered with clean fill if it is to be left for
greater than 48 hours.
H. If soil contamination exceeds 20 mrad/hour (open window
reading), work shall be stopped and placed in a safe and
stable condition, and adequacy of controls will be reassessed.
DOH shall be notified (e-mail notification is required). Work
may continue when approved by DOH (e-mail concurrence is
required).
I. If hot specks are detected during the radiological surveys,
the specks shall be removed and contained before the activity
is allowed to continue unless located in the bottom of the
trench after excavation has been completed. Specks found in
the bottom of the completed trench may be covered with
clean fill. A hot speck is defined as a very small amount (i.e.
less than or equal to 100 square centimeters) of
contamination.
Monitoring for Soil Excavation:
J. At a minimum, pre-job and post-job surveys shall be made.
K. Radiological monitoring shall be in accordance with
approved governing procedures. DOH may independently
judge the adequacy of the monitoring.
Records for Soil Excavation:
L. Work instructions (written).
M. Radiological work permit.
N. Radiological survey report(s).
(WAC 246-247-040(5))
DOH reserves the right to require additional monitoring on a
case-by-case basis 6) (WAC 246-247-040(5)).
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions to
be completed in the future, or
that pertain to actions required
of the agency.
DOE/RL-2017-02 Rev. 0
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Requirement Compliance
Status
Compliance Determination
Method
Monitoring: In addition to the monitoring required on page
one of this license, total alpha, total beta/gamma shall be
monitored periodically, the period to be consistent with the
duration of the activity. The bases for the monitoring method
and the period shall be documented. Monitoring records shall
explicitly demonstrate compliance to the limit on TEDE to
the MEI set down in this license. Monitoring may include air
monitoring, or CAM records.
For soil excavation, compliance may be demonstrated via
calculation based on a release fraction of 0.001, appropriate
Hanford dose conversion factors, soil survey records,
excavated volume, and estimated Ci content per unit soil
volume. Unless excavation is conducted in accord with the
DOH approved
Truck (Guzzler) license, credit for abatement or limited
disturbance shall not be taken without prior written approval
by DOH.
The near-field monitoring system is not sufficient in itself to
demonstrate compliance to the emission limits of the license
(WAC 246-247-040 (1, 5, 6)).
Continuous
CDM: Field interviews and
record review to verify
additional monitoring was
implemented.
The characterization and stabilization activities licensed are
limited to emission units managed by DOE/RL within the 200
West and 200 East areas, and 212 N, 212 P, and 212 R. DOH
shall be informed, and written DOH concurrence obtained,
prior to initiation of stabilization activities at 212 N, 212 P, or
212 R (WAC 246-247-040(5)).
Continuous
CDM: Review of work
management and job control
system records. Reviewed
applicable radionuclide air
emissions data (or other source
data/information) for CY 2016
to verify total abated emissions
are below the NOC limit.
The characterization and stabilization activities licensed are
limited to emission units listed in a compliance log
maintained by a DOE central coordinator. The compliance
log shall initially categorize each emission unit as low or high
PTE on the basis of best available information. Low PTE is
defined as 1.0 E-3 mrem/year or less, and high PTE is defined
as greater than 1.0 E-3 mrem/year.
Stabilization activities shall not be initiated for high PTE
emission units without written DOH approval. Stabilization
of emission units having PTE greater than 0.1 mrem/year
shall require the submittal of a separate notice of construction
application.
Disturbance factors shall not be used in the determination of
PTE except as by permission of DOH on a case-by-case basis.
The WAC 246-247-030(21)(a) release fractions shall be
assumed, except as may be approved otherwise on a case-by-
case basis.
In the case of emission units in which the work activity may
Continuous
CDM: Compliance Log
submitted by June 30 each year
and updated as needed through
the year; estimates of PTE for
each activity; WDOH
notification/approval
documentation.
DOE/RL-2017-02 Rev. 0
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Requirement Compliance
Status
Compliance Determination
Method
be effectively isolated from a significant fraction of the
source material comprising the PTE, DOH will, on a case-by-
case basis, consider a suitably defined and calculated PTE
less than that for the whole emission unit. "Effectively
isolated" may but does not necessarily imply physical
barriers. E-mail approval of such cases is required prior to
use.
Emission units may be added to the compliance log, provided
DOH is given the new compliance log entry in writing (e-
mail is sufficient). (WAC 246-247-040(5))
The compliance log shall list estimated or measured actual
calendar year emissions for each emission unit on which
stabilization activities have commenced. Additionally, the
compliance log shall provide a total project actual emission
for the calendar year (WAC 246-247-040(5)).
Continuous
CDM: Compliance Log
submitted by June 30 each year
and updated as needed through
the year.
An initial copy of the compliance log shall be formally
transmitted to DOH by June 30 or prior to initiating any
activities under the license, whichever comes first. This initial
transmittal shall provide all log information available by the
time of submittal, and shall also include a projected list of
emission units to be addressed under the license during the
next 12 months. Following the date of the first transmittal,
and by June 30 of each year, a copy of the previous calendar
year compliance log shall be formally transmitted to DOH,
along with a projected list of emission units to be addressed
under the license during the next 12 months. The log shall be
available for DOH inspection (WAC 246-247-040(5)).
Continuous
CDM: Compliance Log
submitted by June 30 each year
and updated as needed through
the year.
Characterization means entry and
radiological/industrial/chemical characterization activities,
not to include activities defined as stabilization below. The
license allows characterization of low and high PTE emission
units. Characterization is expected to improve the accuracy
with which the PTE is estimated for a particular emission
unit. Characterization data shall be documented to confirm
the initial categorization:
a. Characterization data may require the upgrading of a
particular emission unit from low to high PTE. DOH shall
then be informed, and written DOH concurrence to proceed to
stabilization shall be required (email is adequate).
b. Characterization data may allow the downgrading of a
particular emission unit from high to low PTE. DOH shall
then be informed (e-mail). The basis for the downgrading
shall be provided to DOH as part of this information.
c. Characterization activities shall be conducted in accord
with the ALARA principle. (WAC 246-247-040(5))
Continuous
CDM: Compliance Log and
work management and job
control system records.
Stabilization means the size reduction, packaging/removal or
fixing of whatever contamination or radioactive material may
be removed or fixed without altering the existing emission
unit structure or environmental containment function.
Continuous
CDM: Compliance Log and
work management and job
control system records.
DOE/RL-2017-02 Rev. 0
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Requirement Compliance
Status
Compliance Determination
Method
Stabilization is not to proceed without first obtaining
characterization data as above.
a. Stabilization activities shall be conducted in accord with
the ALARA principle.
b. Monitoring and documentation sufficient to demonstrate
compliance shall be maintained.
c. Disposition and transportation of removed material shall be
in accord with applicable regulations.
(WAC 246-247-040(5))
Permit: AIR 12-327 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Operation of the Integrated Disposal Facility (IDF)
WDOH NOC ID: 848 Date In AOP: 04-01-13 Page in AOP: EU0486-041
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-328 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Cleaning Radiologically Contaminated Vehicles
WDOH NOC ID: 849 Date In AOP: 04-01-13 Page in AOP: EU0486-048
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-329 - B Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 07-23-15
NOC: Removal of Liquid from Catch Tank 241-ER-311
WDOH NOC ID: 850 Date In AOP: 04-01-13 Page in AOP: EU0486-050
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-330 – A Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 09-12-16
NOC: Decontamination Trailer at the Transuranic Waste Retrieval Project
WDOH NOC ID: 851 Date In AOP: 04-01-13 Page in AOP: EU0486-051
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-331 – B Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Tank Farms - Phase 1-Waste Retrieval and Closure
WDOH NOC ID: 852 Date In AOP: 04-01-13 Page in AOP: EU0486-053
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-332 - B Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: 244-CR Vault Isolation and Interim Stabilization
WDOH NOC ID: 853 Date In AOP: 04-01-13 Page in AOP: EU0486-057
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
DOE/RL-2017-02 Rev. 0
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Requirement Compliance
Status
Compliance Determination
Method
Permit: AIR 12-333 Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 10-01-15
NOC: Tank Waste Remediation System Vadose Zone Characterization
WDOH NOC ID: 854 Date In AOP: 04-01-13 Page in AOP: EU0486-066
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-335 – A Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 1-25-16
NOC: Tank Farm Decontamination Trailer East
WDOH NOC ID: 856 Date In AOP: 04-01-13 Page in AOP: EU0486-071
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 12-336 – A Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 1-25-16
NOC: Tank Farm Decontamination Trailer West
WDOH NOC ID: 857 Date In AOP: 04-01-13 Page in AOP: EU0486-073
The total abated emission limit for this Notice of
Construction is limited to 1.70E-05 mrem/year to the
Maximally Exposed Individual (WAC 246-247-040(5)). The
total limit on the Potential-To-Emit for this Notice of
Construction is limited to 1.70E-05 mrem/year to the
Maximally Exposed Individual (WAC 246-247-030(21)).
Continuous
Records review and field
interviews including log entries,
ABCASH, and event reports.
This approval applies only to those activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
a. Upon identification of the need of additional
decontamination activities in the 200 area, individuals would
be escorted to the nearest decontamination trailer.
b. As appropriate, contaminated clothing, coverings, and/or
articles will be removed and packaged for laboratory analysis
and/or disposition, in accordance with As Low As
Reasonably Achievable Control Technology (ALARACT) 4
and 12, Tank Farm ALARACT Demonstration for Packaging
and Transportation of Waste and Tank Farm ALARACT
Demonstration for Packaging and Transportation of
Equipment and Vehicles, RPP HNF-4327.
c. Personnel decontamination processes might include various
methods or a combination of cleaning agents and /or
chemicals. For example: soap and water, pre-moistened
towelettes, removal of hair, abrasive soaps for toughened skin
surfaces (e.g., hands and feet), and chelating agents.
d. Spent decontamination solutions will be transferred from
the holding tanks and/or bladder and containerized (e.g.,
packaged in absorbents in drums or placed in drums or
Continuous
Records review and field
interviews including log entries,
ABCASH, and event reports.
DOE/RL-2017-02 Rev. 0
B-166
Requirement Compliance
Status
Compliance Determination
Method
carboys) and transported to existing facilities on the Hanford
Site for disposal.
e. Periodic maintenance inspection of the decontamination
trailers will be performed without the use of containment or
portable exhausters.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Pu-239 1.40E-01
Alpha rates are based on PU-239+D. While the potential
release rates for all emissions are conservatively represented
by Pu-239+D (Alpha) and Sr-90+D (Beta/gamma),
essentially any radionuclide may be present.
Sr-90 1.40E-01
Beta/Gamma release rates are based on Sr-90+D. While the
potential release rates for all emissions are conservatively
represented by Pu-239+D (Alpha) and Sr-90+D
(Beta/gamma), essentially any radionuclide may be present.
Continuous
Records review and field
interviews including log entries,
ABCASH, and event reports.
The proposed periodic confirmatory monitoring (PCM) for
the diffuse and fugitive emissions shall consist of the
radiological surveys during and at the completion of
personnel decontamination operations (e.g., smears and direct
readings on the interior of the decontamination trailers). The
methods of PCM are not a direct measurement of effluent
emissions. The methods are intended to demonstrate
compliance by showing that the levels on the interior of the
trailers, during a personnel decontamination operation, are
controlled; and the levels on the interior of the trailers after a
decontamination operation shall keep the trailers from being
posted a radiological buffer area (RBA) for contamination
control and/or a contamination area (CA). This shall make the
actual emissions below the estimated emissions, which shall
be based and calculated from the same contamination levels.
Continuous
Records review and field
interviews including log entries,
ABCASH, and event reports.
When Portable Temporary Radioactive Air Emission Units
are used they shall follow all the requirements of the latest
revision of the Radioactive Air Emissions Notice of
Construction for Portable Temporary Radioactive Air
Emission Units (DOE/RL-96-75).
Continuous
CDM: PTREAU was not used
during this reporting period. Comment: No activities were
conducted requiring the use of
this NOC during the reporting
period.
When Tank Farm Decontamination Trailer West is activated
under this approval, and ventilation is not used, a log shall be
maintained to document emissions. The log shall contain
records of important operations parameters including the date,
location, and duration of the release, measured or calculated
radionuclide concentrations, the type of emissions (liquid,
gaseous, solid), and the type of emission control and
monitoring equipment. The emissions may be calculated from
the best estimate of radiological material from surveys
Continuous
Records review and field
interviews including log entries,
ABCASH, and event reports.
DOE/RL-2017-02 Rev. 0
B-167
Requirement Compliance
Status
Compliance Determination
Method
performed during personnel decontamination operations
(WAC 246-247-040(5) and WAC 246-247-060(5)).
Permit: AIR 12-1001 - A Issue Date: 09-27-12 Effective Date: 09-27-12 Obsolete Date: 10-01-15
NOC: E-525 Double-Shell Tank (DST) Transfer System Modifications Project
WDOH NOC ID: 863 Date In AOP: 05-01-14 Page in AOP: EU0486-075
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 13-807 Issue Date: 08-22-13 Effective Date: 08-13-13 Obsolete Date: 10-01-15
NOC: Sidewall Coring of Single Shell Tanks
WDOH NOC ID: 898 Date In AOP: 05-01-14 Page in AOP: EU0486-078
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 14-306 Issue Date: 03-18-14 Effective Date: 03-12-15 Obsolete Date: 12-22-15
NOC: Diffuse and Fugitive Operations at LERF and ETF
WDOH NOC ID: 915 Date In AOP: 08-01-16 Page in AOP: EU0486-081
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Permit: AIR 14-910 Issue Date: 09-26-14 Effective Date: 09-26-14 Obsolete Date: 10-01-15
NOC: Removal and Disposal of the Obsolete 242A Evaporator Building K-1 Exhauster
WDOH NOC ID: 932 Date In AOP: 08-01-16 Page in AOP: EU0486-086
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
W-296P047-001 WDOH Emission Unit ID: 498
Page in AOP: EU0498-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Demister
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-168
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 HEPA filters in series
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Cs-137, Sr-90
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous CDM: Field interviews and
WRPS work documents.
Permit: AIR 12-332 - C Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: 244-CR Vault Isolation and Interim Stabilization
WDOH NOC ID: 853 Date In AOP: 04-01-13 Page in AOP: EU0498-006
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
J Nonpoint Source WDOH Emission Unit ID: 504
Page in AOP: EU0504-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 03-05-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Per the sitewide ambient monitoring
program samples will be collected from the existing near-
facility monitoring stations
Sampling Frequency: Per the sitewide ambient monitoring
program
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10 percent of the potential-
to-emit TEDE
Not
applicable
Comment: Emission unit was
closed on September 18, 2014.
Official closure acceptance by
WDOH was provided on
March 5, 2015.
Federal and State Regulatory Requirement: WAC 246-
247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Not
applicable
Comment: Emission unit was
closed on September 18, 2014.
Official closure acceptance by
WDOH was provided on
March 5, 2015.
DOE/RL-2017-02 Rev. 0
B-169
No active NOC approvals in the AOP for this certification period.
100 Area Diffuse/Fugitive WDOH Emission Unit ID: 689
Page in AOP: EU0689-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area:
Abatement Technology:
Required Units: Add'l Description: Abatement controls as required in the
following Conditions and Limitations.
Continuous
CDM: There are no active
NOC approvals for 100-K
Area associated with the 100
Diffuse and Fugitive emission
unit in the AOP for this
certification period.
Required Sampling: Per the sitewide ambient monitoring
program samples will be collected from the existing near-
facility monitoring stations
Sampling Frequency: Per the sitewide ambient monitoring
program
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10 percent of the potential
TEDE
Continuous
CDM: There are no active
NOC approvals for 100-K
Area associated with the 100
Diffuse and Fugitive emission
unit in the AOP for this
certification period.
Federal and State Regulatory Requirement: WAC 246-
247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous
CDM: There are no active
NOC approvals for 100-K
Area associated with the 100
Diffuse and Fugitive emission
unit in the AOP for this
certification period.
No active NOC approvals in the AOP for this certification period.
P-244CR-002 WDOH Emission Unit ID: 713
Page in AOP: EU0713-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area: Abatement Technology: HEPA
Required Units: 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-170
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent
Sampling Frequency: 1 per year
Radionuclide Requiring Measurement: Levels below
10,000 dpm/ 100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emission.
Continuous CDM: Radiological Survey
Reports.
Federal and State Regulatory Requirement: 40 CFR
60.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114(3)
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 12-332 – D Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: 244-CR Vault Isolation and Interim Stabilization
WDOH NOC ID: 853 Date In AOP: 04-01-13 Page in AOP: EU0713-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
P-296A044-001 WDOH Emission Unit ID: 735
Page in AOP: EU0735-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Deentrainer
Required Units : 1
Add'l Description: Operational at all times, when the
exhauster is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: Operational at all times, when the
exhauster is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: In series.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-171
Required Sampling: Record sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Sr-90, Cs-137, Am-
241, Y-90, Cs-134, Pa-231, Pu-238, Pu-239, Pu-240, Pu-241
Continuous
CDM: ABCASH program.
Field interviews and WRPS
work documents.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Permit: AIR 11-1004 - A Issue Date: 10-18-11 Effective Date: 10-10-11 Obsolete Date: 01-01-17
NOC: Operation of New Ventilation Systems in AN and AW Tank Farms
WDOH NOC ID: 809 Date In AOP: 04-01-13 Page in AOP: EU0735-001
The total abated emission limit for this Notice of Construction
is limited to 2.60E+00 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
3.30E+02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(ABCASH), or other source
data/ information for CY 2016
to verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 296-A-44 and 296-A-45 shall ventilate the 241-AN Double
Shell Tank (DST) Farm which consists of seven individual
DSTs. The 296-A-46 and 296-A-47 shall ventilate the 241-AW
Double Shell Tank (DST) Farm which consists of six
individual DSTs. The DSTs are fabricated as two concentric
tanks surrounded by a concrete shell. The inner tank containing
the waste is 75 feet in diameter and 46.8 feet high at the crown.
Each tank stores 1.14E6 gallons. The DSTs are used for
storage, treatment, retrieval, and disposal of the waste
contained in the tanks, as well as transfers to the Waste
Treatment Plant.
The 296-A-44, 296-A-45, 296-A-46 and 296-A-47 ventilation
systems serve to remove heat, and serve as containment
systems for radioactive particulates present in the tank
headspace, they ventilate/remove flammable gases and vapors
that evolve from the liquid surface in the DSTs. The ventilation
systems do this by drawing air into the tank vapor space. After
the air leaves the vapor space the air is conditioned by the
ventilation system. It removes entrained moisture, the relative
humidity is reduced, and particulates are filtered out. Before
discharge of this air to the atmosphere from the stack, the air is
monitored and sampled for radionuclide particulates.
Occasionally, the exhausters may be shut down for testing and
sampling purposes to evaluate waste conditions, meteorological
effects, and/or ventilation configuration on individual DST
Ventilation rates.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Intermittent
CDM: TWINS, WRPS
notification procedure and
notification logbook.
Comment: Review of TWINS
DOE/RL-2017-02 Rev. 0
B-172
Ac-227 1.30E+02 Am-241 1.03E+05
Am-243 1.37E+01 Ba-137 m 1.75E+07
C-14 5.07E+02 Cd-113 m 7.50E+03
Cm-242 7.57E+01 Cm-243 8.35E+00
Cm-244 2.36E+02 Co-60 4.46E+03
Cs-134 1.81E+04 Cs-137 1.85E+07
Eu-152 1.06E+03 Eu-154 4.63E+04
Eu-155 4.56E+04 H-3 2.71E+03
I-129 9.18E+00 Nb-93 m 1.82E+03
Ni-59 7.70E+02 Ni-63 7.26E+04
Np-237 6.20E+01 Pa-231 2.70E+02
Pu-238 3.04E+03 Pu-239 2.92E+04
Pu-240 5.25E+03 Pu-241 6.40E+04
Pu-242 4.05E-01 Ra-226 2.38E+02
Ra-228 3.87E+01 Ru-106 1.02E+03
Sb-125 2.06E+04 Se-79 5.70E+01
Sm-151 1.53E+06 Sn-126 2.40E+02
Sr-90 2.30E+07 Tc-99 6.89E+03
Th-229 2.49E+01 Th-232 6.16E+00
U-232 2.79E+01 U-233 4.48E+02
U-234 6.76E+01 U-235 2.58E+00
U-236 2.87E+00 U-238 5.61E+01
Y-90 2.30E+07 Zr-93 1.86E+03
for CY 2016 has shown U-233
exceeded the APQ, reported per
WRPS notification procedure.
The radiological license was
revised to remove the APQ for
U-233 (AIR 17-103) on
January 1, 2017.
Each HEPA filter shall be in-place tested annually in
accordance with the requirements of ASME AG-1. HEPA
filters shall have a minimum efficiency of 99.95%.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity shall be tracked on a WDOH
approved log. Continuous CDM: TWINS
The ductwork between the de-entrainer and heater, along with
the filter housings shall be insulated. Continuous
CDM: Field interviews and
WRPS work documents.
The exhauster shall be operational during all waste transfer,
waste disturbing, or particulate generating activities. Continuous
CDM: Field interviews and
WRPS work documents.
Prior to operation of the ventilation system a leak test of the
entire train including the ductwork from the exit of the tank to
the entrance to the stack shall be performed meeting the
requirements called out in ASME AG-1.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Leak test was
performed during acceptance
testing in 2008.
The effluent monitoring and sampling system shall meet the
requirements of ANSI N13.1-1999. A written technical basis
document required by Section 4 of ANSI N13.1-1999 shall be
provided to WDOH for review and approval.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: RPP-ENV-46801
submitted to WDOH in 2010.
Tank waste will be maintained at a ph of 8 or greater to ensure
that the radionuclide C-14 is not emitted as a gas. This
condition will be met by maintaining tank sampling and tank
analysis documents in accordance with the "Waste Chemistry
Continuous
CDM: Review TWINS or other
source data/information to
verify pH value of supernate in
AN Farm is greater than 8.
DOE/RL-2017-02 Rev. 0
B-173
Limits" outlined in the document "Operating Specifications for
the Double-Shell Storage Tanks, OSD-T-151-000007".
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the tracer gas to be used during the
tests is helium.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the tracer gas helium will be
injected into the double shell tanks at a rate not to exceed 10
cubic feet per minute.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the passive filtered vents will be in
the open position. If a tracer gas test requires the passive
filtered vents to be closed notification to the Washington State
Department of Health will be made indicating when the vents
will be closed and for how long.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms no waste disturbing activities will
occur.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
P-296A045-001 WDOH Emission Unit ID: 736
Page in AOP: EU0736-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area: Abatement Technology: Deentrainer
Required Units: 1
Add'l Description: Operational at all times, when the
exhauster is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area: Abatement Technology: Heater
Required Units: 1
Add'l Description: Operational at all times, when the
exhauster is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area: Abatement Technology: Prefilter
Required Units: 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area: Abatement Technology: HEPA
Required Units: 2
Add'l Description: In series.
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-174
Zone or Area: Abatement Technology: Fan
Required Units: 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record sample collected biweekly.
Sampling Frequency: Continuous.
Radionuclide Requiring Measurement: Sr-90,Cs-137, Am-
241, C-14, Y-90, Cs-134, Eu-154, Ac-227, Pa-231, U-233, Pu-
238, Pu-240, Pu-241, Cm-244.
Continuous
CDM: ABCASH program.
Field interviews and WRPS
work documents.
Federal and State Regulatory Requirement: 40 CFR
60.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous CDM: Field interviews and
WRPS work documents.
Permit: AIR 11-1004 - B Issue Date: 10-18-11 Effective Date: 10-10-11
NOC: Operation of New Ventilation Systems in AN and AW Tank Farms
WDOH NOC ID: 809 Date In AOP: 04-01-13 Page in AOP: EU0736-001
The total abated emission limit for this Notice of Construction
is limited to 2.60E+00 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
3.30E+02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(ABCASH), or other source
data/information for CY 2016
to verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 296-A-44 and 296-A-45 shall ventilate the 241-AN
Double Shell Tank (DST) Farm which consists of seven
individual DSTs. The 296-A-46 and 296-A-47 shall ventilate
the 241-AW Double Shell Tank (DST) Farm which consists of
six individual DSTs. The DSTs are fabricated as two
concentric tanks surrounded by a concrete shell. The inner
tank containing the waste is 75 feet in diameter and 46.8 feet
high at the crown. Each tank stores 1.14E6 gallons. The DSTs
are used for storage, treatment, retrieval, and disposal of the
waste contained in the tanks, as well as transfers to the Waste
Treatment Plant.
The 296-A-44, 296-A-45, 296-A-46 and 296-A-47 ventilation
systems serve to remove heat, and serve as containment
systems for radioactive particulates present in the tank
headspace, they ventilate/remove flammable gases and vapors
that evolve from the liquid surface in the DSTs. The
ventilation systems do this by drawing air into the tank vapor
space. After the air leaves the vapor space the air is
conditioned by the ventilation system. It removes entrained
moisture, the relative humidity is reduced, and particulates are
filtered out. Before discharge of this air to the atmosphere
from the stack, the air is monitored and sampled for
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-175
radionuclide particulates.
Occasionally, the exhausters may be shut down for testing and
sampling purposes to evaluate waste conditions,
meteorological effects, and/or ventilation configuration on
individual DST Ventilation rates.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227 1.30E+02 Am-241 1.03E+05
Am-243 1.37E+01 Ba-137 m 1.75E+07
C-14 5.07E+02 Cd-113 m 7.50E+03
Cm-242 7.57E+01 Cm-243 8.35E+00
Cm-244 2.36E+02 Co-60 4.46E+03
Cs-134 1.81E+04 Cs-137 1.85E+07
Eu-152 1.06E+03 Eu-154 4.63E+04
Eu-155 4.56E+04 H-3 2.71E+03
I-129 9.18E+00 Nb-93 m 1.82E+03
Ni-59 7.70E+02 Ni-63 7.26E+04
Np-237 6.20E+01 Pa-231 2.70E+02
Pu-238 3.04E+03 Pu-239 2.92E+04
Pu-240 5.25E+03 Pu-241 6.40E+04
Pu-242 4.05E-01 Ra-226 2.38E+02
Ra-228 3.87E+01 Ru-106 1.02E+03
Sb-125 2.06E+04 Se-79 5.70E+01
Sm-151 1.53E+06 Sn-126 2.40E+02
Sr-90 2.30E+07 Tc-99 6.89E+03
Th-229 2.49E+01 Th-232 6.16E+00
U-232 2.79E+01 U-233 4.48E+02
U-234 6.76E+01 U-235 2.58E+00
U-236 2.87E+00 U-238 5.61E+01
Y-90 2.30E+07 Zr-93 1.86E+03
Intermittent
CDM: TWINS, WRPS
notification procedure and
notification logbook.
Comment: Review of TWINS
for CY 2016 showed U-233
exceeded the APQ. This was
reported per WRPS
notification procedure. The
radiological license was
revised to remove the APQ for
U-233 (AIR 17-104) on
January 5, 2017. Effective
date is January 1, 2017.
Each HEPA filter shall be in-place tested annually in
accordance with the requirements of ASME AG-1. HEPA
filters shall have a minimum efficiency of 99.95%.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity shall be tracked on a WDOH
approved log. Continuous CDM: TWINS
The ductwork between the de-entrainer and heater, along with
the filter housings shall be insulated. Continuous
CDM: Field interviews and
WRPS work documents.
The exhauster shall be operational during all waste transfer,
waste disturbing, or particulate generating activities. Continuous
CDM: Field interviews and
WRPS work documents.
Prior to operation of the ventilation system a leak test of the
entire train including the ductwork from the exit of the tank to
the entrance to the stack shall be performed meeting the
requirements called out in ASME AG-1.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Leak test was
performed during acceptance
testing in 2008.
DOE/RL-2017-02 Rev. 0
B-176
The effluent monitoring and sampling system shall meet the
requirements of ANSI N13.1-1999. A written technical basis
document required by Section 4 of ANSI N13.1-1999 shall be
provided to WDOH for review and approval.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: RPP-ENV-46801
submitted to WDOH in 2010.
Tank waste will be maintained at a ph of 8 or greater to ensure
that the radionuclide C-14 is not emitted as a gas. This
condition will be met by maintaining tank sampling and tank
analysis documents in accordance with the "Waste Chemistry
Limits" outlined in the document "Operating Specifications
for the Double-Shell Storage Tanks, OSD-T-151-000007".
Continuous
CDM: Review TWINS or
other source data/information
to verify pH value of supernate
in AN Farm is greater than 8.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the tracer gas to be used during
the tests is helium.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the tracer gas helium will be
injected into the double shell tanks at a rate not to exceed 10
cubic feet per minute.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the passive filtered vents will be
in the open position. If a tracer gas test requires the passive
filtered vents to be closed notification to the Washington State
Department of Health will be made indicating when the vents
will be closed and for how long.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms no waste disturbing activities will
occur.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
P-244A-002 WDOH Emission Unit ID: 738
Page in AOP: EU0738-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
Continuous CDM: Radiological Survey
Reports.
DOE/RL-2017-02 Rev. 0
B-177
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-809 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of 244-A Primary HEPA Breather Filter
WDOH NOC ID: 882 Date In AOP: 05-01-14 Page in AOP: EU0738-001
The total abated emission limit for this Notice of Construction
is limited to 2.81E-04 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
2.81E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source
data/information) to verify total
abated emissions are below the
NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 244-A DCRT is located west of the 241-AN tank farm in
the 200 east area. The DCRT catch tank is a steel vessel with a
volume capacity of 19,000 gallons. The catch tank and the
concrete pit containing the tank define the annulus space.
The tank has been fitted with ventilation breather filters which
serve as static vents for instrument air injected for operating of
liquid measuring devices called weight-factor dip tubes. The
breather filters also allow flammable gases and other vapors to
escape.
There is currently less than 10,000 gallons of waste stored in
the tank. Current operational activities in this tank include
level monitoring for leaks and intrusion by a variety of
methods including dip tubes, manual tapes, zip cords, and
ENRAFs; sampling tank contents, pumping tank contents,
adding flush water used pursuant to ALARACT practices.
The breather filter system will, at a minimum, consist of an
isolation valve (normally open during operation), filter
housing, and HEPA filter. The isolation valve will isolate the
HEPA filter from the tank to facilitate testing of the
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227
Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-178
Alpha-0 1.17E+01
All Alpha radioactivity was attributed to Am-241 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
Am-241 Am-243 Ba-137 m
Beta-0 5.31E+03
All Beta radioactivity was attributed to Sr-90 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
C-14 Cd-113 m Cm-242 Cm-243 Cm-244
Co-60 Cs-134 Cs-137 Eu-152 Eu-154
Eu-155
Gamma-0 2.84E+03
All Gamma radioactivity was attributed to Cs-137 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
H-3 I-129 Nb-93 m Ni-59 Ni-63
Np-237 Pa-231 Pu-238 Pu-239 Pu-240
Pu-241 Pu-242 Ra-226 Ra-228 Ru-106
Sb-125 Se-79 Sm-151 Sn-126 Sr-90
Tc-99 Th-229 Th-232 U-232 U-233
U-234 U-235 U-236 U-238 Y-90 m
Zr-93
ALTERNATE APPROVAL-Annual Replacement
Radial breather filters shall be replaced every 365 days. (WAC
246-247-040(5) and WAC 246-247-075(4)).
Continuous CDM: Field interviews and
WRPS work documents.
P-244BX-002 WDOH Emission Unit ID: 740
Page in AOP: EU0740-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
Continuous CDM: Radiological Survey
Reports.
DOE/RL-2017-02 Rev. 0
B-179
10,000 dpm/ cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emission.
Federal and State Regulatory Requirement: 40 CFR
60.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-810 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of 244-BX Primary HEPA Breather Filter
WDOH NOC ID: 883 Date In AOP: 05-01-14 Page in AOP: EU0740-001
The total abated emission limit for this Notice of Construction
is limited to 2.81E-04 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
2.81E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(ABCASH), or other source
data/ information for CY 2016
to verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 244-BX DCRT is located east of the 241-BX Tank Farm
in the 200 east area. This DCRT is a steel vessel with a volume
capacity of 31,000 gallons. The catch tank and the concrete pit
containing the tank define the annulus space.
The tank and annulus have been fitted with ventilation breather
filters which serve as static vents for instrument air injected for
operating of liquid measuring devices called weight-factor dip
tubes. The breather filters also allow flammable gases and
other vapors to escape.
There is currently less than 15,000 gallons of waste stored in
the tank. Current operational activities in this tank include
level monitoring for leaks and intrusion by a variety of
methods including dip tubes, manual tapes, zip cords, and
ENRAFs; sampling tank contents, pumping tank contents,
adding flush water used pursuant to ALARACT practices.
The breather filter system will, at a minimum, consist of an
isolation valve (normally open during operation), filter
housing, and HEPA filter. The isolation valve will isolate the
HEPA filter from the tank to facilitate testing of the filter.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227
Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-180
Alpha-0 2.37E+01
All Alpha radioactivity was attributed to Am-241 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
Am-241 Am-243 Ba-137 m
Beta-0 1.07E+04
All Beta radioactivity was attributed to Sr-90 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
C-14 Cd-113 m Cm-242 Cm-243 Cm-244
Co-60 Cs-134 Cs-137 Eu-152 Eu-154
Eu-155
Gamma-0 5.74E+03
All Gamma radioactivity was attributed to Cs-137 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
H-3 I-129 Nb-93 m Ni-59 Ni-63
Np-237 Pa-231 Pu-238 Pu-239 Pu-240
Pu-241 Pu-242 Ra-226 Ra-228 Ru-106
Sb-125 Se-79 Sm-151 Sn-126 Sr-90
Tc-99 Th-229 Th-232 U-232 U-233
U-234 U-235 U-236 U-238 Y-90 m
Zr-93
ALTERNATE APPROVAL-Annual Replacement
Radial breather filters shall be replaced every 365 days. (WAC
246-247-040(5) and WAC 246-247-075(4)).
Continuous
CDM: Field interviews, WRPS
work documents and
Radiological Survey Reports.
P-244S-002 WDOH Emission Unit ID: 742
Page in AOP: EU0742-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Continuous CDM: Radiological Survey
Reports.
DOE/RL-2017-02 Rev. 0
B-181
Radionuclide Requiring Measurement: Levels below 10,000
dpm/ cm2 beta/gamma and 200 dpm/100 cm2 alpha will verify
low emission.
Federal and State Regulatory Requirement: 40 CFR
60.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-811 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of 244-S Primary HEPA Breather Filter
WDOH NOC ID: 884 Date In AOP: 05-01-14 Page in AOP: EU0742-001
The total abated emission limit for this Notice of Construction
is limited to 3.18E-04 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
3.18E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source
data/information) for CY 2016
to verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 244-S DCRT is located south of the 241-SY Tank Farms
in the 200 west area. This DCRT is a steel vessel with a
volume capacity of 19,000 gallons. The catch tank and the
concrete pit containing the tank define the annulus space. The
tank and annulus have been fitted with ventilation breather
filters which serve as static vents for instrument air injected for
operating of liquid measuring devices called weight-factor dip
tubes. The breather filters also allow flammable gases and
other vapors to escape.
There is currently less than 10,000 gallons of waste stored in
the tank. Current operational activities in this tank include level
monitoring for leaks and intrusion by a variety of methods
including dip tubes, manual tapes, zip cords, and ENRAFs;
sampling tank contents, pumping tank contents, adding flush
water used pursuant to ALARACT practices.
The breather filter system will, at a minimum, consist of an
isolation valve (normally open during operation), filter
housing, and HEPA filter. The isolation valve will isolate the
HEPA filter from the tank to facilitate testing of the filter.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227
Alpha-0 1.17E+01
All Alpha radioactivity was attributed to Am-241 Identified as
Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-182
contributing GREATER than 10% of the potential TEDE to the
MEI
Am-241 Am-243 Ba-137 m
Beta-0 5.31E+03
All Beta radioactivity was attributed to Sr-90 Identified as
contributing GREATER than 10% of the potential TEDE to the
MEI
C-14 Cd-113 m Cm-242 Cm-243 Cm-244 Co-60
Cs-134 Cs-137 Eu-152 Eu-154 Eu-155
Gamma-0 2.84E+03
All Gamma radioactivity was attributed to Cs-137 Identified as
contributing GREATER than 10% of the potential TEDE to the
MEI
H-3 I-129 Nb-93 m Ni-59 Ni-63
Np-237 Pa-231 Pu-238 Pu-239 Pu-240
Pu-241 Pu-242 Ra-226 Ra-228 Ru-106
Sb-125 Se-79 Sm-151 Sn-126 Sr-90
Tc-99 Th-229 Th-232 U-232 U-233
U-234 U-235 U-236 U-238 Y-90 m
Zr-93
ALTERNATE APPROVAL-Annual Replacement
Radial breather filters shall be replaced every 365 days. (WAC
246-247-040(5) and WAC 246-247-075(4)).
Continuous CDM: Field interviews and
WRPS work documents.
P-244TX-002 WDOH Emission Unit ID: 744
Page in AOP: EU0744-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/ cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emission.
Continuous CDM: Radiological Survey
Reports.
DOE/RL-2017-02 Rev. 0
B-183
Requirement Compliance
Status
Compliance Determination
Method
Federal and State Regulatory Requirement: 40 CFR
60.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-812 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of 244-TX Primary HEPA Breather Filter
WDOH NOC ID: 885 Date In AOP: 05-01-14 Page in AOP: EU0744-001
The total abated emission limit for this Notice of Construction
is limited to 3.18E-04 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
3.18E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) for CY 2016 to
verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), maybe conducted.
The 244-TX DCRT is located north of the 241-TX Tank Farm
in the 200 west area. This DCRT is a steel vessel with a
volume capacity of 31,000 gallons. The catch tank and the
concrete pit containing the tank define the annulus space. The
tank and annulus have been fitted with ventilation breather
filters which serve as static vents for instrument air injected for
operating of liquid measuring devices called weight-factor dip
tubes. The breather filters also allow flammable gases and
other vapors to escape.
There is currently less than 15,000 gallons of waste stored in
the tank. Current operational activities in this tank include
level monitoring for leaks and intrusion by a variety of
methods including dip tubes, manual tapes, zip cords, and
ENRAFs; sampling tank contents, pumping tank contents,
adding flush water used pursuant to ALARACT practices.
The breather filter system will, at a minimum, consist of an
isolation valve (normally open during operation), filter
housing, and HEPA filter. The isolation valve will isolate the
HEPA filter from the tank to facilitate testing of the filter.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227
Alpha-0 2.37E+01
All Alpha radioactivity was attributed to Am-241 Identified as
Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-184
Requirement Compliance
Status
Compliance Determination
Method
contributing GREATER than 10% of the potential TEDE to
the MEI
Am-241 Am-243 Ba-137 m
Beta-0 1.07E+04
All Beta radioactivity was attributed to Sr-90 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
C-14 Cd-113 m Cm-242 Cm-243 Cm-244
Co-60 Cs-134 Cs-137 Eu-152 Eu-154
Eu-155
Gamma-0 5.74E+03
All Gamma radioactivity was attributed to Cs-137 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
H-3 I-129 Nb-93 m Ni-59 Ni-63
Np-237 Pa-231 Pu-238 Pu-239 Pu-240
Pu-241 Pu-242 Ra-226 Ra-228 Ru-106
Sb-125 Se-79 Sm-151 Sn-126 Sr-90
Tc-99 Th-229 Th-232 U-232 U-233
U-234 U-235 U-236 U-238 Y-90 m
Zr-93
ALTERNATE APPROVAL-Annual Replacement
Radial breather filters shall be replaced every 365 days. (WAC
246-247-040(5) and WAC 246-247-075(4)).
Continuous CDM: Field interviews and
WRPS work documents.
W-296P048-001 WDOH Emission Unit ID: 749
Page in AOP: EU0749-001 EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
P-241AZ301-001 WDOH Emission Unit ID: 751
Page in AOP: EU0751-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA Continuous
CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
B-185
Required Units : 1
Add'l Description: Passive Breather Filter
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 alpha will verify low emissions.
Continuous CDM: Radiological Survey
Reports.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 12-1001 - B Issue Date: 09-27-12 Effective Date: 09-27-12
NOC: E-525 Double-Shell Tank (DST) Transfer System Modifications Project
WDOH NOC ID: 863 Date In AOP: 05-01-14 Page in AOP: EU0751-001
The total abated emission limit for this Notice of Construction
is limited to 3.70E-02 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
3.70E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) to verify total
abated emissions are below the
NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16)), may be conducted.
241-AZ-151 CATCH TANK BYPASS
The modification description for the 241-AZ-151 catch tank
bypass modification includes the installation of a new RCRA-
compliant condensate distribution system for condensate
generated from the existing 241-AZ-702 ventilation system.
This will involve tapping into existing ventilation headers.
This work will be done according to ALARACT 16
requirements. This new system will consist of a 1200 gallon
capacity catch tank (241-AZ-301), secondary containment,
piping, pumps, and controls. The system is designed to collect
condensate at rate of 0.29 gallons per minute (154,424 gallons
per year). The tank will be emptied every 2 to 3 days. At that
time, the condensate will be pumped back to one of the 241-
AY or 241-AZ tanks at a rate of 4 to 5 gallons per minute.
Condensate accumulation is currently estimated at between
6000 to 8000 gallons per month- 72,000 to 96,000 gallons per
year.
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-186
The new 241-AZ-301 tank and system will be located outside
the northeast corner of building 241-AZ-702. Most of the
secondary containment structure will be located below grade
(except for the cover that will be located above grade) to
provide operator access and remote valve operation. A HEPA
filter will also be installed above grade. This filter will be
connected to 241-AZ-301 tank and will be used as the vent for
the 241-AZ-301 tank.
The lower level of the fabricated tank system will contain the
receiver tank for the condensate coming from the AZ-PC-SP-1
seal pot via line AZ-503. Other components housed in the
lower level will include the sump, sump suction line, tank
suction piping, tank return piping, tank vent lines, instrument
access risers, leak detection, and freeze protection, as required.
The upper level of the fabricated tank system will contain the
distribution pumps, valves, instrumentation, and controls.
Operator access will be provided as required (e.g., access
ladder, door in system cover, mid-level grating to support
operator). Distribution valves will be located to provide the
ability to use remote valve actuators. Freeze protection for the
piping, pumps, and valves will be used as required.
The AZ-PC-SP-1 seal pot is located in the 241-AZ-702
building and this seal pot serves as a collection point for
condensate originating from the 241-AZ-702 ventilation
system. The 241-AZ-702 ventilation system provides primary
tank ventilation for the 241-AY and 241-AZ DSTs. The
existing 241-AZ-151 catch tank would be isolated in a separate
effort to support other commitments.
Currently there are two drain paths into the 241-AZ-151 catch
tank that will remain active after June 30, 2005. Those two
drain paths are the condensate from the 241-AZ-702 facility
and the 241-AZ-801A floor drain. The 241-AZ-702
condensate drain line will be rerouted to the 241-AY tanks and
also to the 241-AZ tanks. In addition, the 241-AZ-801A floor
drain will be isolated. In addition to the installation of a drain
line to AZ-102, a new jumper will be installed in the 241-AZ-
02A pit. This work will be accomplished under ALARACT
4.1,6.1,14.1 and 15.1.
204-AR TRANSFER LINE MODIFICATION
The 204-AR Waste Unloading Facility will continue to be in
operation after June 30, 2005. Waste transfer line LIQW-702
will be modified to extend the transfer line encasement through
the pit wall. This pipe is buried approximately three and a half
feet below grade, so the excavated area will be approximately
10' x 10' x 6'. A portion of the slab under an old laundry
facility and a section of the asphalt surface adjacent to the
doorstep of the facility will require demolition for access.
The new encasement section will be open-ended, upstream of
DOE/RL-2017-02 Rev. 0
B-187
the exterior wall seal plate. The obsolete air purge connection
to the existing encasement pipe will be removed.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227 4.70E-03 Am-241 7.76E+02
Am-243 4.29E-02 Ba-137 m 1.41E+06
C-14 5.77E+00 Cd-113 m 1.76E+02
Cm-242 7.44E+00 Cm-243 1.93E-01
Cm-244 2.63E+00 Co-60 1.07E+02
Cs-134 3.32E+00 Cs-137 1.49E+06
Eu-152 8.21E+00 Eu-154 6.09E+02
Eu-155 7.03E+02 H-3 8.16E+02
I-129 1.12E+00 Nb-93 m 2.04E+01
Ni-59 1.82E+00 Ni-63 1.73E+02
Np-237 9.02E-01 Pa-231 1.19E-02
Pu-238 6.19E+00 Pu-239 1.07E+02
Pu-240 2.26E+01 Pu-241 3.89E+02
Pu-242 2.37E-03 Ra-226 4.36E-04
Ra-228 1.98E-01 Ru-106 1.49E-04
Sb-125 8.20E+01 Se-79 2.06E+01
Sm-151 3.25E+04 Sn-126 6.86E+00
Sr-90 1.68E+05 Tc-99 1.34E+03
Th-229 7.22E-03 Th-232 3.26E-02
U-232 4.66E-01 U-233 1.91E-00
U-234 2.57E-01 U-235 5.90E-02
U-236 1.05E-01 U-238 1.13E+00
Y-90 1.67E+05 Zr-93 2.16E+01
Continuous CDM: TWINS
200W DVS - Active WDOH Emission Unit ID : 755
Page in AOP : EU0755-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 11-1006 - C Issue Date: 10-28-11 Effective Date: 10-19-11 Obsolete Date: 12-19-16
NOC: Operation of the Transuranic Waste Retrieval Project
WDOH NOC ID: 804 Date In AOP: 04-01-13 Page in AOP: EU0755-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
200W DVS - Passive WDOH Emission Unit ID : 756
Page in AOP : EU0756-001 EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 11-1006 – D Issue Date: 10-28-11 Effective Date: 10-19-11
NOC: Operation of the Transuranic Waste Retrieval Project
WDOH NOC ID: 804 Date In AOP: 04-01-13 Page in AOP: EU0756-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
DOE/RL-2017-02 Rev. 0
B-188
P-296A046-001 WDOH Emission Unit ID: 855
Page in AOP: EU0855-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Deentrainer
Required Units : 1
Add'l Description: Operational at all times, when the
exhauster is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: Operational at all times, when the
exhauster is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: In series.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record sample.
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Sr-90, Cs-137, Am-
241, Y-90, Cs-134, Pa-231, Pu-238, Pu-239, Pu-240, Pu-241
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-0075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Permit: AIR 11-1004 – C Issue Date: 10-18-11 Effective Date: 10-10-11
NOC: Operation of New Ventilation Systems in AN and AW Tank Farms
WDOH NOC ID: 809 Date In AOP: 04-01-13 Page in AOP: EU0855-001
The total abated emission limit for this Notice of Construction
is limited to 2.60E+00 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
3.30E+02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(ABCASH), or other source
data/information for CY 2016
to verify total abated emissions
are below the NOC limit.
DOE/RL-2017-02 Rev. 0
B-189
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 296-A-44 and 296-A-45 shall ventilate the 241-AN
Double Shell Tank (DST) Farm which consists of seven
individual DSTs. The 296-A-46 and 296-A-47 shall ventilate
the 241-AW Double Shell Tank (DST) Farm which consists of
six individual DSTs. The DSTs are fabricated as two
concentric tanks surrounded by a concrete shell. The inner
tank containing the waste is 75 feet in diameter and 46.8 feet
high at the crown. Each tank stores 1.14E6 gallons. The DSTs
are used for storage, treatment, retrieval, and disposal of the
waste contained in the tanks, as well as transfers to the Waste
Treatment Plant.
The 296-A-44, 296-A-45, 296-A-46 and 296-A-47 ventilation
systems serve to remove heat, and serve as containment
systems for radioactive particulates present in the tank
headspace, they ventilate/remove flammable gases and vapors
that evolve from the liquid surface in the DSTs. The
ventilation systems do this by drawing air into the tank vapor
space. After the air leaves the vapor space the air is
conditioned by the ventilation system. It removes entrained
moisture, the relative humidity is reduced, and particulates are
filtered out. Before discharge of this air to the atmosphere
from the stack, the air is monitored and sampled for
radionuclide particulates.
Occasionally, the exhausters may be shut down for testing and
sampling purposes to evaluate waste conditions,
meteorological effects, and/or ventilation configuration on
individual DST Ventilation rates.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227 1.29E+02 Am-241 9.67E+04
Am-243 1.34E+01 Ba-137 m 1.61E+07
C-14 4.38E+02 Cd-113 m 7.25E+03
Cm-242 6.99E+01 Cm-243 7.92E+00
Cm-244 2.25E+02 Co-60 4.13E+03
Cs-134 1.08E+04 Cs-137 1.70E+07
Eu-152 1.01E+03 Eu-154 4.26E+04
Eu-155 4.42E+04 H-3 2.47E+03
I-129 8.13E+00 Nb-93 m 1.77E+03
Ni-59 7.44E+02 Ni-63 7.02E+04
Np-237 5.18E+01 Pa-231 2.70E+02
Pu-238 2.59E+03 Pu-239 2.71E+04
Pu-240 4.86E+03 Pu-241 6.00E+04
Pu-242 3.77E-01 Ra-226 2.38E+02
Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-190
Ra-228 3.65E+01 Ru-106 1.02E+03
Sb-125 2.04E+04 Se-79 5.38E+01
Sm-151 1.48E+06 Sn-126 2.21E+02
Sr-90 2.08E+07 Tc-99 6.09E+03
Th-229 2.49E+01 Th-232 6.08E+00
U-232 2.73E+01 U-233 4.46E+02
U-234 6.14E+01 U-235 2.34E+00
U-236 2.73E+00 U-238 5.06E+01
Y-90 2.08E+07 Zr-93 1.80E+03
Each HEPA filter shall be in-place tested annually in
accordance with the requirements of ASME AG-1. HEPA
filters shall have a minimum efficiency of 99.95%.
Continuous CDM: Field interviews and
WRPS work documents.
Prior to operation of the ventilation system a leak test of the
entire train including the ductwork from the exit of the tank to
the entrance to the stack shall be performed meeting the
requirements called out in ASME AG-1.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Leak test was
performed during acceptance
testing in 2008.
The Annual Possession Quantity shall be tracked on a WDOH
approved log. Continuous CDM: TWINS
The ductwork between the de-entrainer and heater, along with
the filter housings shall be insulated. Continuous
CDM: Field interviews and
WRPS work documents.
The effluent monitoring and sampling system shall meet the
requirements of ANSI N13.1-1999. A written technical basis
document required by Section 4 of ANSI N13.1-1999 shall be
provided to WDOH for review and approval.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: RPP-ENV-46802
submitted to WDOH in 2010.
The exhauster shall be operational during all waste transfer,
waste disturbing, or particulate generating activities. Continuous
CDM: Field interviews and
WRPS work documents.
Tank waste will be maintained at a ph of 8 or greater to ensure
that the radionuclide C-14 is not emitted as a gas. This
condition will be met by maintaining tank sampling and tank
analysis documents in accordance with the "Waste Chemistry
Limits" outlined in the document "Operating Specifications
for the Double-Shell Storage Tanks, OSD-T-151-000007".
Continuous
CDM: Reviewed TWINS or
other source data/information
to verify pH value of supernate
in AW farm is greater than 8.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the tracer gas to be used during
the tests is helium.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the tracer gas helium will be
injected into the double shell tanks at a rate not to exceed 10
cubic feet per minute.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the passive filtered vents will be
in the open position. If a tracer gas test requires the passive
filtered vents to be closed notification to the Washington State
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
DOE/RL-2017-02 Rev. 0
B-191
Department of Health will be made indicating when the vents
will be closed and for how long.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms no waste disturbing activities will
occur.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
P-296A047-001 WDOH Emission Unit ID: 856
Page in AOP: EU0856-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Deentrainer
Required Units : 1
Add'l Description: Operational at all times, when the
exhauster is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: Operational at all times, when the
exhauster is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: In series.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record sample.
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Sr-90, Cs-137, Am-
241, Y-90, Cs-134, Pa-231, Pu-238, Pu-239, Pu-240, Pu-241
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-0075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-192
Permit: AIR 11-1004 - D Issue Date: 10-18-11 Effective Date: 10-10-11
NOC: Operation of New Ventilation Systems in AN and AW Tank Farms
WDOH NOC ID: 809 Date In AOP: 04-01-13 Page in AOP: EU0856-001
The total abated emission limit for this Notice of Construction
is limited to 2.60E+00 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
3.30E+02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(ABCASH), or other source
data/information for CY 2016
to verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 296-A-44 and 296-A-45 shall ventilate the 241-AN
Double Shell Tank (DST) Farm which consists of seven
individual DSTs. The 296-A-46 and 296-A-47 shall ventilate
the 241-AW Double Shell Tank (DST) Farm which consists of
six individual DSTs. The DSTs are fabricated as two
concentric tanks surrounded by a concrete shell. The inner
tank containing the waste is 75 feet in diameter and 46.8 feet
high at the crown. Each tank stores 1.14E6 gallons. The DSTs
are used for storage, treatment, retrieval, and disposal of the
waste contained in the tanks, as well as transfers to the Waste
Treatment Plant.
The 296-A-44, 296-A-45, 296-A-46 and 296-A-47 ventilation
systems serve to remove heat, and serve as containment
systems for radioactive particulates present in the tank
headspace, they ventilate/remove flammable gases and vapors
that evolve from the liquid surface in the DSTs. The
ventilation systems do this by drawing air into the tank vapor
space. After the air leaves the vapor space the air is
conditioned by the ventilation system. It removes entrained
moisture, the relative humidity is reduced, and particulates are
filtered out. Before discharge of this air to the atmosphere
from the stack, the air is monitored and sampled for
radionuclide particulates.
Occasionally, the exhausters may be shut down for testing and
sampling purposes to evaluate waste conditions,
meteorological effects, and/or ventilation configuration on
individual DST Ventilation rates.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227 1.29E+02 Am-241 9.67E+04
Am-243 1.34E+01 Ba-137 m 1.61E+07
C-14 4.38E+02 Cd-113 m 7.25E+03
Cm-242 6.99E+01 Cm-243 7.92E+00
Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-193
Cm-244 2.25E+02 Co-60 4.13E+03
Cs-134 1.08E+04 Cs-137 1.70E+07
Eu-152 1.01E+03 Eu-154 4.26E+04
Eu-155 4.42E+04 H-3 2.47E+03
I-129 8.13E+00 Nb-93 m 1.77E+03
Ni-59 7.44E+02 Ni-63 7.02E+04
Np-237 5.18E+01 Pa-231 2.70E+02
Pu-238 2.59E+03 Pu-239 2.71E+04
Pu-240 4.86E+03 Pu-241 6.00E+04
Pu-242 3.77E-01 Ra-226 2.38E+02
Ra-228 3.65E+01 Ru-106 1.02E+03
Sb-125 2.04E+04 Se-79 5.38E+01
Sm-151 1.48E+06 Sn-126 2.21E+02
Sr-90 2.08E+07 Tc-99 6.09E+03
Th-229 2.49E+01 Th-232 6.08E+00
U-232 2.73E+01 U-233 4.46E+02
U-234 6.14E+01 U-235 2.34E+00
U-236 2.73E+00 U-238 5.06E+01
Y-90 2.08E+07 Zr-93 1.80E+03
Each HEPA filter shall be in-place tested annually in
accordance with the requirements of ASME AG-1. HEPA
filters shall have a minimum efficiency of 99.95%.
Continuous CDM: Field interviews and
WRPS work documents.
Prior to operation of the ventilation system a leak test of the
entire train including the ductwork from the exit of the tank to
the entrance to the stack shall be performed meeting the
requirements called out in ASME AG-1.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Leak test was
performed during acceptance
testing in 2008.
The Annual Possession Quantity shall be tracked on a WDOH
approved log. Continuous CDM: TWINS
The ductwork between the de-entrainer and heater, along with
the filter housings shall be insulated. Continuous
CDM: Field interviews and
WRPS work documents.
The effluent monitoring and sampling system shall meet the
requirements of ANSI N13.1-1999. A written technical basis
document required by Section 4 of ANSI N13.1-1999 shall be
provided to WDOH for review and approval.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: RPP-ENV-46802
submitted to WDOH in 2010.
The emission unit shall meet the quality assurance
requirements of 40 CFR 61 Subpart H, as effective on October
9, 2002.
Continuous
CDM: TFC-PLN-71, Quality
Assurance Program Plan for
Tank Farm Contractor
Radioactive Air Emissions.
The exhauster shall be operational during all waste transfer,
waste disturbing, or particulate generating activities. Continuous
CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-194
Tank waste will be maintained at a ph of 8 or greater to ensure
that the radionuclide C-14 is not emitted as a gas. This
condition will be met by maintaining tank sampling and tank
analysis documents in accordance with the "Waste Chemistry
Limits" outlined in the document "Operating Specifications
for the Double-Shell Storage Tanks, OSD-T-151-000007".
Continuous
CDM: Review TWINS or
other source data/information
to verify pH value of supernate
in AW farm is greater than 8.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the tracer gas to be used during
the tests is helium.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the tracer gas helium will be
injected into the double shell tanks at a rate not to exceed 10
cubic feet per minute.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms the passive filtered vents will be
in the open position. If a tracer gas test requires the passive
filtered vents to be closed notification to the Washington State
Department of Health will be made indicating when the vents
will be closed and for how long.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
When the tracer gas tests and data collection are conducted on
the AN and AW tank farms no waste disturbing activities will
occur.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
P-BULKVIT-001 WDOH Emission Unit ID: 878
Page in AOP: EU0878-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
No active NOC approvals in the AOP for this certification period.
W-296P049-001 WDOH Emission Unit ID: 885
Page in AOP: EU0885-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
B-195
W-296P050-001 WDOH Emission Unit ID: 886
Page in AOP: EU0886-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
No active NOC approvals in the AOP for this certification period.
Tanker Loading of Contaminated Waste Water WDOH Emission Unit ID: 888
Page in AOP: EU0888-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: As listed in the following Conditions and
Limitations.
Sampling Frequency: As listed in the following Conditions
and Limitations.
Radionuclide Requiring Measurement: Total alpha, total
beta
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous
CDM: Field interviews and
work documents.
Comment: This requirement
was met by complying with the
license/permit. Emissions from
unit were less than criteria
specified in 40 CFR
61.93(b)(4)(i).
Permit: AIR 09-705 (2012) Issue Date: 07-28-09 Effective Date: 02-23-12
NOC: Tanker Truck Loading of Radioactively Contaminated Waste Water
WDOH NOC ID: 696 Date In AOP: 04-01-13 Page in AOP: EU0888-001
The total abated emission limit for this Notice of Construction
is limited to 6.00E-02 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Field interviews, 200
Areas Effluent Treatment
Facility (ETF) personnel, and
work documents.
Comment: ETF personnel
evaluate WRPS condensate
data to verify emission limit
won’t be exceeded.
DOE/RL-2017-02 Rev. 0
B-196
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in (WAC 246-247-030(16)), may be conducted. The approved
activities are limited to transfer of radioactive waste water
(e.g., purgewater, pool cell water, decontamination solutions)
from various locations on the Hanford site by mobile tanker
trucks. The tanker trucks will be used to transport this
wastewater to the Liquid Effluent Retention Facility (LERF),
the 200 Areas Effluent Treatment Facility (ETF), and/or to a
Double-Shell Tank (DST) located in one of the 200 Area tank
farms. The proposed action includes isolated instances where
small quantities of wastewater might be transferred to 55
gallon drums or smaller containers, and transported to LERF,
the ETF, and/or to a DST. The license is a categorical license
under WAC 246-247-060(8). In the text of the license
conditions, it should be understood that the term "tanker" or
"tanker/drum" or variants of these terms includes smaller
containers, so that the license shall apply to loading of tankers,
drums, or smaller containers.
The physical and chemical processes associated with tanker
truck loading activities are:
Isotopic analysis of wastewater.
Tanker truck or truck deployment.
Hookup of transfer equipment for transfer of wastewater into
tanker, drums, or smaller container.
Wastewater transfer to the tanker truck, drums, or smaller
containers via pumping or vacuum transfer.
Associated surveys, spill prevention, other radcon activities.
Decontamination of tanker/drums/smaller containers.
Decontamination or packaging of transfer equipment for
transport.
Decontamination or packaging of spillage and resulting
contamination.
Unloading of the tanker trucks, drums, or smaller containers is
not licensed under this approval.
Continuous
CDM: Field interviews, ETF
personnel, and work
documents.
The PTE for this project as determined under WAC 246-247-
030(21)(a-e)[as specified in the application] is 6.00E-02
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Alpha-0 | 3.60E-07 | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Any radionuclide on the chart of the nuclides could be
encountered during tanker loading operations. The
radionuclides specifically listed in the NOC application were
chosen to conservatively represent all radionuclide emissions
that may occur in particulate form. A small contribution from
the gaseous radionuclides may be encountered. Although any
radionuclide could be present, for conservatism all
beta/gamma is assumed to be Cs-137 and all alpha is assumed
to be Am-241 for dose calculation estimates. Other
radionuclides may be encountered and are approved so long as
Continuous
CDM: Field interviews, ETF
personnel, and work
documents.
DOE/RL-2017-02 Rev. 0
B-197
they are conservatively represented by the total alpha and total
beta-gamma constituents.
Beta-0 | 1.10E-02 | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Any radionuclide on the chart of the nuclides could be
encountered during tanker loading operations. The
radionuclides specifically listed in the NOC application were
chosen to conservatively represent all radionuclide emissions
that may occur in particulate form. A small contribution from
the gaseous radionuclides may be encountered. Although any
radionuclide could be present, for conservatism all
beta/gamma is assumed to be Cs-137 and all alpha is assumed
to be Am-241 for dose calculation estimates. Other
radionuclides may be encountered and are approved so long as
they are conservatively represented by the total alpha and total
beta-gamma constituents.
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)) DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the Air Operating Permit under
WAC 173-401-725( 4). Notice will be provided according to
the particular regulation under which notification is required. If
the applicable regulation(s) does not address manner and type
of notification, DOE will provide the Department with advance
written notice by letter or electronic mail but not solely by
copies of documents.
At all times, activities shall conform to procedures for prior
characterization and handling of radioactive liquid approved in
accord with applicable QA program. Prior to commencing
liquid transfer into tanker/drum/smaller container:
a) Waste liquid shall be characterized, and acceptability at the
LERF, ETF and DST shall be verified.
b) All transfer line hookups shall be inspected to verify leak-
tight connections.
c) Spill prevention measures shall be verified to be in place.
d) Volume of tanker/drum/smaller container contents shall be
verified and documented.
e) Seals separating tanker/drum/smaller container contents
from environment shall be verified fully functional.
During the loading operation:
f) Surveys shall be performed according to radiation control
procedures approved via applicable QA program.
Continuous
CDM: Field interviews, ETF
personnel, and work
documents.
DOE/RL-2017-02 Rev. 0
B-198
g) Fill rates shall be controlled below 50 cfm.
On completion of the loading operation:
h) All tanker/drum fittings shall be disconnected and closed.
i) All liquid/gas release points on the tanker/drum shall be
closed and shall remain closed until commencement of
unloading operations at the LERF, ETF and/or DST.
j) Spill prevention measures shall remain in place until the
tanker/drum is closed.
k) The tanker/drum shall be surveyed and if necessary
decontaminated before release for transport.
l) Transfer equipment shall be surveyed and if necessary
decontaminated or packaged for transport subject to radcon
procedures approved in accord with applicable QA program.
m) Spillage shall be surveyed and if necessary decontaminated
or packaged or transport and disposal subject to radcon
procedures approved in accord with applicable QA program.
n) Volume of tanker/drum contents shall be verified and
documented.
The surface contamination release criteria for the vehicle,
tanker, drums, and transport equipment shall be documented
and approved in accord with an applicable QA program.
(WAC 246-247-040(5))
Log, Monitoring, and Demonstration of Compliance to
Licensed Emission Limit:
a) A single log shall be maintained, reflect each individual
loading operation, and be updated after each individual
tanker/drum/container is offloaded, so long as the emissions
associated with the transferred but un-logged quantity
(material residing in partially filled tankers) remain less than
10% of licensed limit, as estimated using the method described
in this condition.
b) The log shall record the sum to date of the calendar year's
emissions estimated using the method described in this
condition for activities herein licensed.
c) The log shall include monthly confirmation that licensed
annual emission limits have not been exceeded, that transfer
low rates remain below the limit specified in this license, and
identify the radiological work package under which each
loading is accomplished.
d) The estimated emissions for each loading operation shall be
determined using one of the following methods:
Method 1: From the characterization of the liquid being
loaded, gross alpha and gross beta/gamma activities shall be
determined. The emission shall be determined using the
volume of liquid transferred, and assumed release fraction of
0.001, location-specific dose conversion factors from the latest
revision of HNF-3602, assuming gross alpha is 241-AM and
Continuous
CDM: Field interviews, ETF
personnel, and work
documents.
DOE/RL-2017-02 Rev. 0
B-199
gross beta/gamma is 137-Cs.
Method 2: Form the characterization of the liquid being
loaded, a complete isotopic distribution of radionuclides shall
be determined. The emission shall be determined using the
volume of liquid transferred and assumed release fraction of
0.001, and location-specific dose conversion factor from the
latest revision of HNF-3602 for known isotopes.
(WAC 246-247-040(5) WAC 246-247-080(7), WAC 246-247-
075(3)).
P-241UX302A-001 WDOH Emission Unit ID: 894
Page in AOP: EU0894-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Continuous CDM: Radiological Survey
Reports.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-818 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of Breather Filter on 241-UX-302A
WDOH NOC ID: 895 Date In AOP: 05-01-14 Page in AOP: EU0894-001
The total abated emission limit for this Notice of Construction
is limited to 1.00E-05 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) for CY 2016 to
DOE/RL-2017-02 Rev. 0
B-200
1.00E-03 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 241-UX-302A catch tank is a 17,600 gallon capacity catch
tank located near U Plant. The tank has a breather filter
installed whose purpose is to minimize any radioactive
particulates that may be emitted.
Currently, there is currently less than 1,000 gallons of waste
stored in the tank. Current operational activities in this tank
include level monitoring for leaks and intrusion by a variety of
methods including dip tubes, manual tapes, zip cords, and
ENRAFs; sampling tank contents, pumping tank contents,
adding flush water used pursuant to ALARACT practices.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Alpha-0 | 1.99E-11
Based on 241AM
Beta-0 | 1.32E-08
Based on 90Sr
Gamma-0 | 1.27E-08
Based on 137Cs
Continuous CDM: TWINS
ALTERNATE APPROVAL-Annual Replacement
The breather filter must be replaced annually. The new filter
must be a Type 1 (radial flow filter) with a Type C filter pack,
as define by AG-1 Code on Nuclear Air and Gas Treatment
Section FK, Special HEPA Filters. The filter must have a
minimum removal efficiency of 99.97% and a rated flow of 40
cfm. (WAC 246-247-040(5) and WAC 246-247-075(4)).
Continuous CDM: Field interviews and
WRPS work documents.
218-E-12B WDOH Emission Unit ID: 909
Page in AOP : EU0909-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Per sitewide ambient monitoring
program samples will be collected from the existing near-
facility monitoring stations
Continuous CDM: ABCASH review.
DOE/RL-2017-02 Rev. 0
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Federal and State Regulatory Requirement: 40 CFR
61.93(c)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: Hanford Site
Near-Facility Environmental Ambient Monitoring program
Continuous
CDM: MSA near-facility
monitoring QA programs.
Permit: AIR 14-1008 Issue Date: 10-27-14 Effective Date: 10-27-14
NOC: Management of Radiological Contamination at Trench 94
WDOH NOC ID: 917 Date In AOP: 12-10-14 Page in AOP: EU0909-001
The total abated emission limit for this Notice of Construction
is limited to 2.21E-05 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous CDM: Review of ABCASH
data.
This approval l applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The Management of Radiological contamination, including
cleanup activities, at Trench 94
Trench 94 is located within the 200 East Area Burial Ground,
218-E-12B. Trench 94 contains submarine and other reactor
compartments, as it provide s long term disposal of the U .S.
Navy defueled reactor compartments.
The design of the trench allows for a wide variety of naturally
transferred contamination to be potentially found within the
trench due to lack of physical barriers. Forms of naturally
transferred contamination include but are not limited to:
vegetation (rooted or windblown), animal feces, bird nests,
scent marks, burrows, and animals. Due to the potential for
conditions involving radioactive vegetation, contaminated soil,
mud, nests and feces, continued management of this area is
necessary.
Misting, spraying, or fogging will be used to minimize the
spread of contamination and potential for airborne particles.
Contaminated debris will be collected and packaged in
containers for disposal at the Environmental Restoration
Disposal Facility or another approved disposal facility.
Radiological contamination and dose rate monitoring is
conducted prior to transporting waste containers or packages.
All waste containers or packages will be prepared for transport
per established procedures. Specific controls will be in place
during cleanup. The following controls are consistent with the
2012 Personal Communication ("Re: Request for Approval:
Trench 94/SRC ALARACT Demonstration") and were
developed in accordance with the latest revision of the CH2M
HILL Plateau Remediation Company (CHPRC) Radiological
Control Manual, CHPRC Radiological Control procedures, as
provided with the application. ALARA principles shall be
utilized.
Specific controls will be in place during cleanup. The
following controls are consistent with the 2012 Personal
Continuous
CDM: Interview with field
personnel.
Comment: Reactor
compartment preventative
maintenance (painting)
occurred from May through
early June 2016.
DOE/RL-2017-02 Rev. 0
B-202
Communication ("Re: Request for Approval: Trench 94/SRC
ALARACT Demonstration") and were developed in
accordance with the latest revision of the CH2M HILL Plateau
Remediation Company (CHPRC) Radiological Control
Manual, CHPRC Radiological Control procedures, as provided
with the application. ALARA
The PTE for this project as determined under WAC 246-247-
030(2l)(a-e) [as specified in the application] is 2.21E- 05
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Alpha -0 1.77E-08 Liquid/Particulate Solid
WAC 246-247-030(21)(e)
Alpha release rate is assumed to be Pu-239. Other
radionuclides may be encountered and are conservatively
represented by the total alpha and total beta-gamma
constituents.
Am -241 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than
10% of the unabated PTE and represents less than 25% of the
abated dose.
B/G -0 1.17E-04 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Beta/Gamma release rate is assumed to be Sr-90. Other
radionuclides may be encountered and are conservatively
represented by the total alpha and total beta-gamma
constituents.
C -14 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce -144 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm -244 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co -60 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Continuous CDM: Review of ABCASH
data.
DOE/RL-2017-02 Rev. 0
B-203
Cs -134 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than10% of the unabated PTE and represents less than
25% of the abated dose.
Ce -137 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Alpha release rate is assumed to be Pu239/249. Other
radionuclides may be encountered and are approves so long as
they are conservatively represented by the total alpha
constituents.
Eu -154 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu -155 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
H -3 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I -129 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
K -40 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mn -54 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Na -22 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb -94 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-204
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np -237 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu -238 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu -240 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu -241 Liquid/Particulate Solid WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ra -226 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ru -106 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb -125 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Se -79 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than10% of the unabated PTE and represents less than
25% of the abated dose.
Tc -99 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-205
U -233 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U -234 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U -235 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U -236 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U -238 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zn -65 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr -95 Liquid/Particulate Solid
WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
The radioactive isotopes identified for this emission unit are
(no quantities specified):
Am – 241 C – 14 Ce – 144 Cm – 244 Co - 60
Cs – 134 Cs – 137 Eu – 154 Eu -155 H - 3
I – 129 K – 40 Mn – 54 Na-22 Nb - 94
Np-237 Pu -238 Pu -240 Pu -241 Ra -226
Ru -106 Sb – 125 Se - 79 Sr – 90 Tc-99
U – 233 U – 234 U – 235 U – 236 U- 238
Zn – 65 Zr-93
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as defined
DOE/RL-2017-02 Rev. 0
B-206
in WAC 246-247-030(16). DOE must notify the Department of
any changes to a NESHAP major emission unit when a specific
isotope is newly identified as contributing greater than 10% of
the potential TEDE to the MEI, or greater than 25% of the
TEDE to the MEI after controls. (WAC 246-247-110(9)) DOE
must notify the Department of any changes to potential release
rates as required by state or federal regulations including
changes that would constitute a significant modification to the
Air Operating Permit under WAC 173-401-725(4). Notice will
be provided according to the particular regulation under which
notification is required. If the applicable regulation(s) does not
address manner and type of notification, DOE will provide the
Department with advance written notice by letter or electronic
mail but not solely by copies of documents.
WDOH NOTIFICATIONS-Contamination Levels
WDOH will be notified when the following contamination
levels are found:
-Direct contamination readings are detected greater than
500,000 disintegrations per minute (dpm)/100 cm^2 alpha
and/or 1 rad/hr/100cm^2 beta-gamma are encountered.
-Removable/transferrable contamination levels above 2,000
dpm/100cm^2 alpha or above 100,000 dpm/ 100cm^2 beta-
gamma are encountered. For activities that also include
cleanup activities
(WAC 246-247-040(5)),(WAC 246-247-040(6))
Continuous CDM: Interview with field
personnel.
WDOH NOTIFICATION-Abatement of
Removable/Transferrable & Direct Contamination Levels-
Cleanup Exceeding the following contamination limits requires
WDOH notification and implementation of additional controls
before work may resume.
-Removable/transferrable contamination will be maintained
less than a maximum level of 2,200,000 dpm/ 100cm^2 alpha
and/or less than 4 rad/hr/100cm^2 beta-gamma.
-Direct contamination levels of 20,000dpm/100cm^2 alpha,
and or 1,000,000dpm/ 100cm^2 beta-gamma The following
additional controls, as described below, shall be implemented
before work resumes.
-Soil shall be wetted prior to removal if not already damp
-General work place air monitoring shall be performed during
removal activities
-Removed soil and vegetation containing
>500,000dpm/100cm^2 beta-gamma or > 10,000dpm/100cm^2
alpha will be containerized, or fixative applied, if it is to be left
for greater than 48 hours.
(WAC 246-247-040(5))
Continuous CDM: Interview with field
personnel.
WDOH NOTIFICATION -Submarine and Other Reactor
Compartments WDOH will be notified (under the
environmental notification protocol) if the following levels are
found in the area from the submarine and other reactor
compartments to an area 1,000 ft from the submarine and other
reactor compartments:
Continuous CDM: Interview with field
personnel.
DOE/RL-2017-02 Rev. 0
B-207
-Removable/transferrable contamination levels >2,000
disintegrations per minute per 100cm^2 alpha or > 100,000
disintegrations per minute per 100 cm^2 beta-gamma
-Direct contamination readings of >500,000 disintegrations per
minute per 100 cm^2 alpha and/or 1 rad per hour per 100 cm^2
beta-gamma
If detection is made within overlap with LERF Basin Area,
only one notification is required. If the detection is made in an
area not managed by Trench 94 or LERF, but within the 1,000
ft area, the party responsible for management of the area where
the detection occurred shall make the notification.
(WAC 246-247-040(5)),WAC 246-247-040(6)
ABATMENT DURING CLEANUP ACTIVITIES-Dispersable
Contaminated Material Monitoring
-Contamination monitoring, workplace air monitoring, and
dose rate monitoring will be conducted during cleanup
activities. Routine contamination surveys of contaminated
areas will occur.
-During work activities, continuous radiological control
technician coverage will be provided.
-Alpha and beta-gamma contamination surveys shall be
performed prior to and during activities that have the potential
to disturb radioactive contamination, such as removal of
nesting material or soil disturbance.
-Annual alpha and beta-gamma contamination surveys shall be
performed to confirm the dose rates within the boundaries of
each posted radiation area. Records of the annual surveys shall
be available for audits.
-In any Contamination Area (CA), High Contamination Area
(HCA) or Airborne Radioactivity Area (ARA), cleanup
activities involving dispersible contaminated material shall
stop if average wind speeds exceed 10 miles per hour (mph)
for elevated work or 20 mph for ground level work, as
measured at the work site.
-Suppressants such as water, fixatives, and covers shall be
used, as necessary, to control contamination spread. Handheld
and/or overhead atomized misting will be performed during
work activities where a potential exists to generate airborne
radioactivity.
-Atomized misters and fixative sprayers shall be function-
checked at the work site prior to commencing work activities.
(WAC 246-247-040(5))
Continuous CDM: Interview with field
personnel.
ABATEMENT TECHNOLOGY-Related Approvals
If a truck-mounted vacuum (i.e.,GuzzlerTM)
Portable/Temporary Radioactive Air Emission Units
(PTRAEU), or high-efficiency particulate air (HEPA) filtered
vacuum radioactive air emission unit is used, controls
described in the Hanford Site Radioactive Air Emissions
License #FF-01, for the Sitewide GuzzlerTM Notice of
Construction (NOC) (Emission Unit ID: 476), the PTRAEU
Continuous
CDM: Interview with field
personnel.
Comment: No activities were
conducted that required the use
of the related licenses.
DOE/RL-2017-02 Rev. 0
B-208
NOC (Emission Unit ID: 447), and the Hanford Sitewide W-
PORTEX 007 [HEPA vacuums] NOC (Emission Unit ID:
455), respectively, would be followed. (WAC 246-247-
040(5))
EFFLUENT CONTINOUS MONITORING-Ambient Air
Monitoring Network
The 200 Area near-facility ambient air monitoring network
shall be used for continuous monitoring. The stations (N967,
N973, N498, N972) will also provide indication of potential
elevated airborne radioactivity using the frequency and
protocol of the Hanford Site Near-Facility Environmental
Monitoring Program.
(WAC 246-247-040(5))
Continuous CDM: Interview with field
personnel
EFFLUENT CONTINUOUS MONITORING- Chain of
Custody
Air sample data shall be analyzed by MSA and ABCASH data
shall available to WDOH. The chain of custody shall follow
standard protocol for the 200 Area near-facility ambient air
monitoring network. (WAC 246-247-040(5))
Continuous CDM: ABCASH review.
EFFLUENT MONITORING-Periodic Confirmatory
Measurements-Air Monitors
Periodic confirmatory measurements (PCMs) will be made to
verify the low emissions. The existing 200 Area network
system for near-field monitoring (DOE/RL-91-50,
Environmental Monitoring Plan United States Department of
Energy Richland Operations Office, as amended) will continue
to be used for the PCM mechanism to verify low emissions
during Trench 94 radiologically-contaminated material cleanup
activities. The 200 Area general fugitive/diffuse emission unit
is already approved in WDOH, 2012b for related continuous
monitoring). Specific ambient air monitors N-967, N-973, N-
498, and N-972 (as identified in WDOH, 2012a, are in close
proximity to Trench 94 and will provide indication of potential
elevated airborne radioactivity. (WAC 246-247- 040(5))
Continuous CDM: ABCASH review.
MONITORING REQUIREMENTS-Sampling Frequency-Soil
Deposition
Annual soil deposition sampling shall be performed in three
prominent downwind locations, as determined by the previous
year's wind rose data. (WAC 246-247-040(5))
Continuous
CDM: Verified sampling
occurred by interview with
field sampling personnel.
Comment: MSA sampling
subcontract
MONITORING-Diffuse and Fugitive-Soil Monitoring
Activities
Additional monitoring for diffuse and fugitive emissions will
consist of radiological surveys when soil excavation activities
are being performed. The survey methods for monitoring are
not a direct measurement of effluent emissions. The methods
are intended to demonstrate compliance by showing that by
being under the contamination levels for which work is
controlled, the actual emissions would be inherently below the
Continuous
CDM: Interview with field
personnel.
Comment: No activities were
performed requiring soil
monitoring.
DOE/RL-2017-02 Rev. 0
B-209
estimated emissions, which are based on (calculated from) the
same contamination levels. (WAC 246-247-040(5))
CONTAMINATION CONTROL - Diffuse and Fugitive
Activities
The Diffuse/Fugitive Activities Unit at Trench 94 are limited
to the following:
-Soil excavation activities
-Fauna and flora transport activities
-Cleanup of bird nesting/droppings
-Work in preparation for reactor compartment placement
-Work during reactor compartment placement
During these activities radiological surveys shall be performed.
(WAC 246-247-040(5))
Continuous CDM: Interview with field
personnel.
CONTAMINATION CONTROL - Diffuse and Fugitive
Activities
The Diffuse/Fugitive Activities Unit at Trench 94 are limited
to the following:
-Soil excavation activities
-Fauna and flora transport activities
-Cleanup of bird nesting/droppings
-Work in preparation for reactor compartment placement
-Work during reactor compartment placement
During these activities radiological surveys shall be performed.
(WAC 246-247-040(5))
Continuous CDM: Interview with field
personnel.
CONTAMINATION CONTROL DOCUMENTATION-
Submarine and Other Reactor Compartments
A record of rad con reports that were performed during the
month (routine, pre-job and during-job surveys). Each instance
of anomalous data will be evaluated by a supervisor and
entered into a corrective action database for tracking and
trending purposes (as required) and shall be available for the
audit. (WAC 246-247-040(5))
Continuous CDM: Interview with field
personnel.
CONTAMINATION CONTROL -Soil Removal
After removal of radiologically contaminated soil, the soil
surface radiological contamination levels would be verified. If
contamination is present above identified levels, additional soil
may be removed and containerized for disposal or covered or
fixed to provide control of the contamination.
(WAC 246-247040(5))
Continuous
CDM: Interview with field
personnel.
Comment: No activities were
performed requiring soil
monitoring.
DOE/RL-2017-02 Rev. 0
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P-241ER311-001 WDOH Emission Unit ID: 910
Page in AOP: EU0910-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Continuous CDM: Radiological Survey
Reports.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
No active NOC approvals in the AOP for this certification period.
P-244A-003 WDOH Emission Unit ID: 912
Page in AOP: EU0912-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Continuous CDM: Radiological Survey
Reports.
DOE/RL-2017-02 Rev. 0
B-211
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-813 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of 244-A Annulus HEPA Breather Filter
WDOH NOC ID: 886 Date In AOP: 05-01-14 Page in AOP: EU0912-001
The total abated emission limit for this Notice of Construction
is limited to 2.81E-04 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
2.81E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) to verify total
abated emissions are below the
NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 244-A DCRT is located west of the 241-AN tank farm in
the 200 east area. The DCRT catch tank is a steel vessel with
volume capacity of 19,000 gallons. The catch tank and the
concrete pit containing the tank define the annulus space.
The tank has been fitted with ventilation breather filters which
serve as static vents for instrument air injected for operating of
liquid measuring devices called weight-factor dip tubes. The
breather filters also allow flammable gases and other vapors to
escape.
There is currently less than 10,000 gallons of waste stored in
the tank. Current operational activities in this tank include
level monitoring for leaks and intrusion by a variety of
methods including dip tubes, manual tapes, zip cords, and
ENRAFs; sampling tank contents, pumping tank contents,
adding flush water used pursuant to ALARACT practices.
The breather filter system will, at a minimum, consist of an
isolation valve (normally open during operation), filter
housing, and HEPA filter. The isolation valve will isolate the
HEPA filter from the tank to facilitate testing of the filter.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227
Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-212
Alpha-0 1.17E+01
All Alpha radioactivity was attributed to Am-241 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
Am-241 Am-243 Ba-137 m
Beta-0 5.31E+03
All Beta radioactivity was attributed to Sr-90 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
C-14 Cd-113 m Cm-242 Cm-243 Cm-244
Co-60 Cs-134 Cs-137 Eu-152 Eu-154
Eu-155
Gamma-0 2.84E+03
All Gamma radioactivity was attributed to Cs-137 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
H-3 I-129 Nb-93 m Ni-59 Ni-63
Np-237 Pa-231 Pu-238 Pu-239 Pu-240
Pu-241 Pu-242 Ra-226 Ra-228 Ru-106
Sb-125 Se-79 Sm-151 Sn-126 Sr-90
Tc-99 Th-229 Th-232 U-232 U-233
U-234 U-235 U-236 U-238 Y-90 m
Zr-93
ALTERNATE APPROVAL-Annual Replacement
Radial breather filters shall be replaced every 365 days. (WAC
246-247-040(5) and WAC 246-247-075(4)).
Continuous CDM: Field interviews and
WRPS work documents.
P-244BX-003 WDOH Emission Unit ID: 922
Page in AOP: EU0922-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
Continuous CDM: Radiological Survey
Reports.
DOE/RL-2017-02 Rev. 0
B-213
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-814 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of 244-BX Annulus HEPA Breather Filter
WDOH NOC ID: 887 Date In AOP: 05-01-14 Page in AOP: EU0922-001
The total abated emission limit for this Notice of Construction
is limited to 2.81E-04 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
2.81E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(ABCASH), or other source
data/ information for CY 2016
to verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 244-BX DCRT is located east of the 241-BX Tank Farm
in the 200 east area. The DCRT catch tank is a steel vessel
with a volume capacity of 31,000 gallons. The catch tank and
the concrete pit containing the tank define the annulus space.
The tank has been fitted with ventilation breather filters which
serve as static vents for instrument air injected for operating of
liquid measuring devices called weight-factor dip tubes. The
breather filters also allow flammable gases and other vapors to
escape.
There is currently less than 15,000 gallons of waste stored in
the tank. Current operational activities in this tank include
level monitoring for leaks and intrusion by a variety of
methods including dip tubes, manual tapes, zip cords, and
ENRAFs; sampling tank contents, pumping tank contents,
adding flush water used pursuant to ALARACT practices.
The breather filter system will, at a minimum, consist of an
isolation valve (normally open during operation), filter
housing, and HEPA filter. The isolation valve will isolate the
HEPA filter from the tank to facilitate testing of the filter.
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-214
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227
Alpha-0 2.37E+01
All Alpha radioactivity was attributed to Am-241 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
Am-241 Am-243 Ba-137 m
Beta-0 1.07E+04
All Beta radioactivity was attributed to Sr-90 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
C-14 Cd-113 m Cm-242 Cm-243 Cm-244
Co-60 Cs-134 Cs-137 Eu-152 Eu-154
Eu-155
Gamma-0 5.74E+03
All Gamma radioactivity was attributed to Cs-137 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
H-3 I-129 Nb-93 m Ni-59 Ni-63
Np-237 Pa-231 Pu-238 Pu-239 Pu-240
Pu-241 Pu-242 Ra-226 Ra-228 Ru-106
Sb-125 Se-79 Sm-151 Sn-126 Sr-90
Tc-99 Th-229 Th-232 U-232 U-233
U-234 U-235 U-236 U-238 Y-90 m
Zr-93
Continuous CDM: TWINS
ALTERNATE APPROVAL-Annual Replacement
Radial breather filters shall be replaced every 365 days. (WAC
246-247-040(5) and WAC 246-247-075(4)).
Continuous
CDM: Radiological Survey
Reports. Field interviews and
WRPS work documents.
P-244S-003 WDOH Emission Unit ID: 959
Page in AOP: EU0959-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (1-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Continuous CDM: Radiological Survey
Reports.
DOE/RL-2017-02 Rev. 0
B-215
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-815 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of 244-S Annulus HEPA Breather Filter
WDOH NOC ID: 888 Date In AOP: 05-01-14 Page in AOP: EU0959-001
The total abated emission limit for this Notice of Construction
is limited to 3.18E-04 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
3.18E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) for CY 2016 to
verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 244-S DCRT is located south of the 241-SY Tank Farms
in the 200 west area. The DCRT catch tank is a steel vessel
with a volume capacity of 19,000 gallons. The catch tank and
the concrete pit containing the tank define the annulus space.
The tank and annulus have been fitted with ventilation breather
filters which serve as static vents for instrument air injected for
operating of liquid measuring devices called weight-factor dip
tubes. The breather filters also allow flammable gases and
other vapors to escape.
There is currently less than 10,000 gallons of waste stored in
the tank. Current operational activities in this tank include
level monitoring for leaks and intrusion by a variety of
methods including dip tubes, manual tapes, zip cords, and
ENRAFs; sampling tank contents, pumping tank contents,
adding flush water used pursuant to ALARACT practices.
The breather filter system will, at a minimum, consist of an
isolation valve (normally open during operation), filter
housing, and HEPA filter. The isolation valve will isolate the
HEPA filter from the tank to facilitate testing of the filter.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year): Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-216
Ac-227
Alpha-0 1.17E+01
All Alpha radioactivity was attributed to Am-241 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
Am-241 Am-243 Ba-137 m
Beta-0 5.31E+03
All Beta radioactivity was attributed to Sr-90 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
C-14 Cd-113 m Cm-242 Cm-243 Cm-244
Co-60 Cs-134 Cs-137 Eu-152 Eu-154
Eu-155
Gamma-0 2.84E+03
All Gamma radioactivity was attributed to Cs-137 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
H-3 I-129 Nb-93 m Ni-59 Ni-63
Np-237 Pa-231 Pu-238 Pu-239 Pu-240
Pu-241 Pu-242 Ra-226 Ra-228 Ru-106
Sb-125 Se-79 Sm-151 Sn-126 Sr-90
Tc-99 Th-229 Th-232 U-232 U-233
U-234 U-235 U-236 U-238 Y-90 m
Zr-93
ALTERNATE APPROVAL-Annual Replacement
Radial breather filters shall be replaced every 365 days. (WAC
246-247-040(5) and WAC 246-247-075(4)).
Continuous CDM: Field interviews and
WRPS work documents.
P-244TX-003 WDOH Emission Unit ID: 969
Page in AOP: EU0969-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
Continuous CDM: Radiological Survey
Reports.
DOE/RL-2017-02 Rev. 0
B-217
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-816 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of 244-TX Annulus HEPA Breather Filter
WDOH NOC ID: 889 Date In AOP: 05-01-14 Page in AOP: EU0969-001
The total abated emission limit for this Notice of Construction
is limited to 3.18E-04 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
3.18E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) for CY 2016 to
verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
There is currently less than 15,000 gallons of waste stored in
the tank. Current operational activities in this tank include
level monitoring for leaks and intrusion by a variety of
methods including dip tubes, manual tapes, zip cords, and
ENRAFs; sampling tank contents, pumping tank contents,
adding flush water used pursuant to ALARACT practices.
The breather filter system will, at a minimum, consist of an
isolation valve (normally open during operation), filter
housing, and HEPA filter. The isolation valve will isolate the
HEPA filter from the tank to facilitate testing of the filter. The
244-TX DCRT is located north of the 241-TX Tank Farm in
the 200 west area. The DCRT catch tank is a steel vessel with
a volume capacity of 31,000 gallons. The catch tank and the
concrete pit containing the tank define the annulus space. The
tank and annulus have been fitted with ventilation breather
filters which serve as static vents for instrument air injected for
operating of liquid measuring devices called weight-factor dip
tubes. The breather filters also allow flammable gases and
other vapors to escape.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227
Alpha-0 2.37E+01
Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-218
All Alpha radioactivity was attributed to Am-241 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
Am-241 Am-243 Ba-137 m
Beta-0 1.07E+04
All Beta radioactivity was attributed to Sr-90 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
C-14 Cd-113 m Cm-242 Cm-243 Cm-244
Co-60 Cs-134 Cs-137 Eu-152 Eu-154
Eu-155
Gamma-0 5.74E+03
All Gamma radioactivity was attributed to Cs-137 Identified as
contributing GREATER than 10% of the potential TEDE to
the MEI
H-3 I-129 Nb-93 m Ni-59 Ni-63
Np-237 Pa-231 Pu-238 Pu-239 Pu-240
Pu-241 Pu-242 Ra-226 Ra-228 Ru-106
Sb-125 Se-79 Sm-151 Sn-126 Sr-90
Tc-99 Th-229 Th-232 U-232 U-233
U-234 U-235 U-236 U-238 Y-90 m
Zr-93
ALTERNATE APPROVAL-Annual Replacement
Radial breather filters shall be replaced every 365 days. (WAC
246-247-040(5) and WAC 246-247-075(4)).
Continuous CDM: Field interviews and
WRPS work documents.
400 Area Diffuse/Fugitive WDOH Emission Unit ID: 1128
Page in AOP: EU1128-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Per the sitewide ambient monitoring
program samples will be collected from the existing near-
facility monitoring stations
Sampling Frequency: Per the sitewide ambient monitoring
program
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10 percent of the potential-
to-emit TEDE.
Continuous
CDM: ABCASH data were
reviewed to verify required
samples were collected from
the near-facility monitoring
stations.
Radionuclides that contribute
greater than 10% of the PTE
TEDE are reported in the CY
2016 Hanford Site
DOE/RL-2017-02 Rev. 0
B-219
Requirement Compliance
Status
Compliance Determination
Method
Radionuclide Air Emissions
Report.
Federal and State Regulatory Requirement: WAC 246-
247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous CDM: MSA near-facility
monitoring QA programs.
Permit: AIR 12-314 – E Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Sodium Residual Reaction/Removal and other Deactivation Work
Activities at the Fast Flux Test Reactor
WDOH NOC ID: 833 Date In AOP: 04-01-13 Page in AOP: EU1128-001
The total abated emission limit for this Notice of Construction
is limited to 5.70E-03 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source
data/information) for CY 2016
to verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as
defined in WAC 246-247-030(16), may be conducted.
The activity will involve reaction of sodium residuals
associated with the Fast Flux Test Facility Project systems and
equipment. This activity could be conducted in place or at
designated cleaning locations. Typically, the sodium residuals
would be reacted with superheated steam. The primary
advantages of the superheated steam process (SSP) are that it
does not allow condensation to occur and component cleaning
can be performed in a shorter time period. Prior to steam
injection into the system to be cleaned the steam is heated to
~204 C (400 F). The equipment to be cleaned is heated to a
minimum of 100 C (212 F) and higher if possible. Most
systems will require multiple injection points. As the
superheated steam reacts with the metallic sodium, the
temperature increases. The temperature is controlled such that
the maximum reaction temperature is no greater than ~538 C
(1,000 F).
Because of the high initial temperature and the increase of the
temperature caused by the reaction, no condensation occurs.
The caustic formed is a liquid at the processing temperatures
and because it is denser than the liquid sodium, it settles to the
bottom of any pools leaving the sodium on top where it is
always exposed to the superheated steam. Due to the
continued exposure of the molten sodium to the superheated
steam, the reaction continues at a constant rate. Superheated
steam injection is continued until hydrogen is no longer being
generated. The system is then cooled and rinsed and the fluid
Continuous
CDM: FFTF-36419, Fast Flux
Test Facility (FFTF) Closure
Project Documented Safety
Analysis, inquiry of facility
personnel, and review of
facility records associated with
PRC-PRO-WKM-12115
"Work Management."
Comment: Only S&M
activities were performed
during CY 2016.
DOE/RL-2017-02 Rev. 0
B-220
Requirement Compliance
Status
Compliance Determination
Method
is drained from the system.
PERFORM IN PLACE CLEANING OF VESSELS,
COMPONENTS, AND LARGE BORE PIPE
A PTRAEU would be used to clean, in place, large bore
sodium pipe [greater than or equal to ~20 centimeter (8 inch)
diameter], components and vessels in the primary and
secondary sodium cooling systems. The PTRAEU also would
be used to clean the Interim Decay Storage (IDS) and Fuel
Storage Facility (FSF) vessels [Note: Select components in the
primary sodium system, and large diameter piping and
components in the secondary sodium system may be removed
and cleaned in FSF or the Maintenance and Storage Facility
(MASF), as described below].
Typically, penetrations into the piping/vessels would be made
at appropriate locations using a low speed drill. Existing
sodium heating systems would be energized, and
piping/vessels heated to liquefy the existing sodium residuals.
A PTRAEU would be connected to the penetration points, and
used at various locations to inject the superheated steam into
plant systems.
The superheated steam would be injected. Hydrogen
generation would be monitored to follow the reaction. Sulfuric
acid would be added to the resultant process liquid (i.e.,
sodium hydroxide solution) to reduce the pH to <13. This
solution would be routed for offloading to tanker transport for
overland transfer to Liquid Effluent Treatment Facility
(LERF) and subsequent treatment at 200 Area Effluent
Treatment Facility (ETF). If needed or chosen for use during
these activities, the categorical NOC for sitewide use of tanker
loading for wastewater could be used.
REMOVE SMALL BORE PIPE AND COMPONENTS FOR
REACTION IN A CLEANING STATION
Small bore piping [<20 centimeter (8 inch) diameter], valves
and other components [e.g., core component pots from IDS,
fuel storage tubes from FSF, and dump heat exchangers
(DHX) tube bundles] may be removed and processed in a
proposed stationary cleaning station that would be located in
FSF. Mechanical means (e.g., portable saws, pipe cutters)
would be used to cut the pipe, valves, and components into
manageable size. All heat exchanger tube bundles, which
contain multiple parallel flow paths, would be dismantled to
ensure effective cleaning.
The proposed FSF stationary cleaning station would consist of
a chamber with removable rack for loading piping and
components. The piping would be loaded at an angle, allowing
the residual sodium to drain to a catch basin when heated
before the injection of inert gas and/or reaction medium. The
process in the cleaning station would be consistent with the in
DOE/RL-2017-02 Rev. 0
B-221
Requirement Compliance
Status
Compliance Determination
Method
place process where the resultant waste sodium hydroxide
solution is collected, the pH reduced to <13, and transported
to the 200 Areas. The FSF is considered an appropriate
location due to availability of sufficient floor space, existing
overhead crane, available utilities, and proximity to proposed
operations. If needed or chosen for use during these activities,
the categorical NOC for sitewide use of tanker loading for
wastewater could be used.
Cleaned piping and components would be disposed of in a
Hanford Site solid waste management facility.
REMOVE LARGE COMPONENTS FOR CLEANING
The large diameter cleaning vessel (LDCV) located in the
existing MASF could be used for cleaning large components
following removal (e.g., primary sodium pumps, intermediate
heat exchanger (IHX) tube bundles, and instrument trees). The
LDCV could be retrofitted with a new super heated steam
supply and associated control system for use in cleaning the
aforementioned components. The IHX tube bundles, which
contain multiple parallel sodium flow paths, may be
dismantled to ensure effective cleaning. Small bore pipe and
components also could be cleaned in MASF, if necessary.
OTHER DEACTIVATION ACTIVITIES
Other related routine, continued deactivation activities that
could occur as part of the proposed action are:
remove/dispose of asbestos; remove/stabilize existing hazards
in conjunction with systems and equipment deactivation
associated with sodium residuals; remove/recycle/dispose
excess deactivated equipment and components; and remove
depleted uranium and/or lead shielding.
The PTE for this project as determined under WAC 246-247-
030(21)(a-e) [as specified in the application] is 5.70E-03
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Alpha-0 9.00E-15 Liquid/Particulate Solid
WAC 246-247-030(21)(e)
Alpha release rate based on Pu-239.
B/G-0 1.50E-01 Liquid/Particulate Solid
WAC 246-247-030(21)(e)
Beta/Gamma release rate based on Cs-137.
The radioactive isotopes identified for this emission unit are
(no quantities specified):
Ba-137m Co-60 Cs-134 Cs-137 H-3
Mn-54 Na-22 Pu-239 Ru-106 Zn-65
The potential release rates described in this Condition were
used to determine control technologies and monitoring
Continuous
CDM: Verified the basis for
the PTE calculation in the
NOC application.
DOE/RL-2017-02 Rev. 0
B-222
Requirement Compliance
Status
Compliance Determination
Method
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission unit
when a specific isotope is newly identified as contributing
greater than 10% of the potential TEDE to the MEI, or greater
than 25% of the TEDE to the MEI after controls. (WAC 246-
247-110(9)) DOE must notify the Department of any changes
to potential release rates as required by state or federal
regulations including changes that would constitute a
significant modification to the Air Operating Permit under
WAC 173-401-725(4). Notice will be provided according to
the particular regulation under which notification is required.
If the applicable regulation(s) does not address manner and
type of notification, DOE will provide the Department with
advance written notice by letter or electronic mail but not
solely by copies of documents.
Operations shall be performed in accordance with the controls
specified in radiation work planning documents and/or
operating procedures and shall be available for inspection
upon request.
Continuous
CDM: FFTF-36419, FFTF
Closure Project Documented
Safety Analysis, inquiry of
facility personnel, and review
of facility records associated
with PRC-PRO-WKM-12115
"Work Management."
All activities shall be conducted under the auspices of
radiological or health physics control technicians or personnel.
Routine field surveys, including swipes/smears, shall be
conducted. Fixatives, covers, or other standard measures shall
be used, as necessary to contain contamination.
Continuous
CDM: FFTF-36419, FFTF
Closure Project Documented
Safety Analysis, inquiry of
facility personnel, and review
of facility records associated
with PRC-PRO-WKM-12115
"Work Management."
Appropriate spill prevention procedures shall be in place to
minimize the release of radioactive liquid waste to the
environment, and to provide immediate cleanup of any liquid
spills.
Continuous
CDM: FFTF-36419, FFTF
Closure Project Documented
Safety Analysis, inquiry of
facility personnel, and review
of facility records associated
with PRC-PRO-WKM-12115
"Work Management."
The total amount of sodium reacted from all emission units
shall not exceed 4,000 gallons per year with no more than
2,000 gallons challenging a single emission unit.
Continuous
CDM: FFTF-36419, FFTF
Closure Project Documented
Safety Analysis, inquiry of
facility personnel, and review
of facility records associated
with PRC-PRO-WKM-12115
"Work Management."
Other radioisotopes may be present due to activation products,
fission products, decay products, and tracer gases. These other
isotopes are approved for this emission unit and will not
contribute significantly to the calculated potential-to-emit.
Not
Applicable
CDM: Ecology and WDOH
have determined that licensee
need not certify compliance
with conditions that convey a
DOE/RL-2017-02 Rev. 0
B-223
Requirement Compliance
Status
Compliance Determination
Method
right, are a historical summary
or fact, that pertain to actions
to be completed in the future,
or that pertain to actions
required of the agency.
P-241U301B-001 WDOH Emission Unit ID: 1129
Page in AOP: EU1129-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Continuous CDM: Radiological Survey
Reports.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-820 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of Breather Filter on 241-U-301B
WDOH NOC ID: 897 Date In AOP: 05-01-14 Page in AOP: EU1129-001
The total abated emission limit for this Notice of Construction
is limited to 1.00E-05 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
1.00E-03 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) for CY 2016 to
verify total abated emissions
are below the NOC limit.
DOE/RL-2017-02 Rev. 0
B-224
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 241-U-301B catch tank is a 36,000 gallon capacity catch
tank located in U Farm. The tank has a breather filter installed
whose purpose is to minimize any radioactive particulates that
may be emitted.
Currently, there is currently less than 2,000 gallons of waste
stored in the tank. Current operational activities in this tank
include level monitoring for leaks and intrusion by a variety of
methods including dip tubes, manual tapes, zip cords, and
ENRAFs; sampling tank contents, pumping tank contents,
adding flush water used pursuant to ALARACT practices.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Am-241 1.11E-09 Pu-239/240 1.39E-09
Sr-90 3.33E-09 U-234 3.28E-10
U-235 1.28E-10 Zn-65 7.77E-08
Continuous CDM: TWINS
ALTERNATE APPROVAL-Annual Replacement
The breather filter must be replaced annually. The new filter
must be a Type 1 (radial flow filter) with a Type C filter pack,
as define by AG-1 Code on Nuclear Air and Gas Treatment
Section FK, Special HEPA Filters. The filter must have a
minimum removal efficiency of 99.97% and a rated flow of 40
cfm. (WAC 246-247-040(5) and WAC 246-247-075(4)).
Continuous CDM: Field interviews and
WRPS work documents.
P-241AZ154-001 WDOH Emission Unit ID: 1130
Page in AOP: EU1130-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of: (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Continuous CDM: Radiological Survey
Reports.
DOE/RL-2017-02 Rev. 0
B-225
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-819 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of Breather Filter on 241-AZ-154
WDOH NOC ID: 896 Date In AOP: 05-01-14 Page in AOP: EU1130-001
The total abated emission limit for this Notice of Construction
is limited to 1.00E-05 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
1.00E-03 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed radionuclide
air emissions data (or other
source data/ information)to
verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in (WAC 246-247-030(16), may be conducted.
The 241-AZ-154 catch tank is an 867 gallon capacity catch
tank located in AZ Farm. The tank has a breather filter
installed whose purpose is to minimize any radioactive
particulates that may be emitted.
There is currently less than 100 gallons of waste stored in the
tank. Current operational activities in this tank include level
monitoring for leaks and intrusion by a variety of methods
including dip tubes, manual tapes, zip cords, and ENRAFs;
sampling tank contents, pumping tank contents, adding flush
water used pursuant to ALARACT practices.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Alpha-0 | 1.99E-11
Based on 241Am
Beta-0 | 1.32E-08
Based on 90Sr
Gamma-0 | 1.27E-08
Based on 137Cs
Continuous CDM: TWINS
ALTERNATE APPROVAL-Annual Replacement
The breather filter must be replaced annually. The new filter
must be a Type 1 (radial flow filter) with a Type C filter pack,
as define by AG-1 Code on Nuclear Air and Gas Treatment
Section FK, Special HEPA Filters. The filter must have a
minimum removal efficiency of 99.97% and a rated flow of 40
cfm. (WAC 246-247-040(5) and WAC 246-247-075(4)).
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-226
FFTF PTRAEUs WDOH Emission Unit ID: 1176
Page in AOP: EU1176-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 12-314 - F Issue Date: 03-06-12 Effective Date: 02-23-12 NOC: Sodium Residual Reaction/Removal and other Deactivation Work Activities at the Fast Flux Test
Reactor WDOH NOC ID: 833 Date In AOP: 04-01-13 Page in AOP: EU1176-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Drum Venting System 2 WDOH Emission Unit ID: 1181
Page in AOP: EU1181-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 11-1006 - E Issue Date: 10-28-11 Effective Date: 10-19-11 NOC: Operation of the Transuranic Waste Retrieval Project
WDOH NOC ID: 804 Date In AOP: 04-01-13 Page in AOP: EU1181-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
S-MO444-001 WDOH Emission Unit ID: 1183
Page in AOP: EU1183-001 EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 12-301 - C Issue Date: 03-06-12 Effective Date: 02-23-12 NOC: Waste Receiving and Processing Facility
WDOH NOC ID: 810 Date In AOP: 04-01-13 Page in AOP: EU1183-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
J-361 Building WDOH Emission Unit ID: 1185
Page in AOP: EU1185-001
Requirement Compliance Status Compliance
Determination Method
For the time period of: (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Radionuclide emissions will be
determined using 40 CFR 61 Appendix D calculations in lieu
of monitoring.
Sampling Frequency: None
Radionuclide Requiring Measurement: Radioxenon and
radon
Continuous
CDM: Radioactive
gases released are
tracked by the
Radioactive Gas
Inventory/Database.
Radionuclide emissions
DOE/RL-2017-02 Rev. 0
B-227
were evaluated during
the annual NESHAPS
inventory assessment.
Federal and State Regulatory Requirement: WAC 246-
247-075[3]
Permit Monitoring and Testing Procedure: None
Continuous
CDM: Radionuclide
emissions during 2016
for the J-361 air permit
were estimated by
calculations performed
in accordance with 40
CFR 61, Appendix D,
and documented in the
2016 NESHAPs
assessment results. This
report was reviewed and
it was verified that the
calculated emissions for
J-361 were well below
the authorized PTE.
Permit: AIR 14-509 Issue Date: 05-20-14 Effective Date: 05-20-14
NOC: Operation of the 361 Building in Testing Equipment Operability Utilizing Radioxenon and Radon
WDOH NOC ID: 921 Date In AOP: 04-01-13 Page in AOP: EU1185-001
1) The total abated emission limit for this Notice of
Construction is limited to 9.00E-04 mrem/year to the
Maximally Exposed Individual (WAC 246-247-040(5)).
Continuous
CDM: The radionuclide
air emissions data for the
CY 2016 were reviewed
to verify the emissions
from the 361 Building
were below the NOC
limits.
2) The 361 Building is pre-cast concrete portable equipment
shelter that is pennanently located in the southwest comer of
the 300 Area on the Hanford Site. Sampling equipment (i.e.,
Swedish Automatic Unit for Noble gas and Acquisition and
analysis [SAUNA] samples atmospheric gases, some of which
may be radioactive. Periodically radioactive gases/materials
will be used to confinn operability of the instrument. The
SAUNA is a collection and analysis system. Gases/materials
are consumed by the system, analyzed, transferred to an
archive storage bottle, and then finally released by evacuating
the archive b0ttle in to the room air space. Other radioactive
gases/materials may also be utilized by the project.
Continuous
CDM: Under the PNNL
HDI system each new
research project is
required to be reviewed
via the EPR assessment
process (Procedure
EPRP-ECR-01 Rev 9.01,
Environmental
Compliance
Representative
Administrative
Procedure for Reviewing
Electronic Prep & Risk
Forms). The reviews are
recorded in the EPR
database. Projects with
potential air emissions
are reviewed by Effluent
Management (EM)
under the HDI Airborne
Emissions Work
Control.
DOE/RL-2017-02 Rev. 0
B-228
3) The PTE for this project as detennined under WAC 246-
247-030(2 l)(a-e) [as specified in the application] is 9.00E- 04
mrem/year. Approved are the associated potential release
rates (Curies/year) of:
Alpha - 0 Gas WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10°/o of the unabated PTE and represe-nts less than
25°/o of the abated dose.
Beta - 0 Gas WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10°/o of the unabated PTE and represents less than
25°/o of the abated dose.
The radioactive isotopes identified for this emission unit are
(no quantities specified):
Ac-225 Ac-227 Ac-228 Ag-108m Ag-108
Ag-109m Ag-110m Ag-110 Ag-111 Al-26
Al-28 Am-241 Am-242m Am-242 Am-243
Am-245 Am-246 Ar-37 Ar-39 Ar-41
Ar-42 As-74 As-76 As-77 At-217
Au-195 Au-198 Au-198 Ba-131 Ba-133
Ba-133m Ba-137m Ba-139 Ba-140 Ba-141
Ba-142 Ba-143 Be-10 Be-7 Bi-207
Bi-208 Bi-210m Bi-210 Bi-211 Bi-212
Bi-213 Bi-214 Bk-247 Bk-249 Bk-250
Br-82 Br-82m Br-83 Br-84 Br-84m
Br-85 C-11 C-14 C-15 Ca-41
Ca-45 Ca-47 Cd-107 Cd-109 Cd-111m
Cd-113m Cd-113 Cd-115m Cd-115 Cd-117
Cd-117m Ce-139 Ce-141 Ce-142 Ce-143
Ce-144 Cf-249 Cf-250 Cf-251 Cf-252
Cl-36 Cm-241 Cm-242 Cm-243 Cm-244
Cm-245 Cm-246 Cm-247 Cm-248 Cm-250
Co-56 Co-57 Co-58 Co-60 Co-60m
Cr-49 Cr-51 Cr-55 Cs-131 Cs-132
Cs-134 Cs-134m Cs-135 Cs-136 Cs-137
Cs-138 Cs-139 Cs-140 Cs-141 Cu-64
Cu-66 Dy-159 Dy-165 Dy-169 Er-169
Er-171 Es-254 Eu-150 Eu-152 Eu-152m
Eu-154 Eu-155 Eu-156 Eu-157 F-18
Fe-55 Fe-59 Fr-221 Fr-223 Ga-67
Ga-68 Ga-70 Ga-72 Gd-148 Gd-149
Gd-151 Gd-152 Gd-153 Ge-68 Ge-71
Ge-71m Ge-75 Ge-77 Ge-77m H-3
Hf-175 Hf-178m Hf-179m Hf-181 Hf-182
Hg-203 Ho-163 Ho-166 Ho-166m I-122
I-123 I-125 I-126 I-128 I-129
I-130 I-130m I-131 I-132 I-132m
I-133 I-133m I-134 I-134m I-135
In-106 In-111 In-113m In-114m In-114
In-115 In-115m In-116 In-116m In-117
In-117m Ir-192 K-40 K-42 Kr-81
Kr-81m Kr-83m Kr-85 Kr-85m Kr-87
Continuous
CDM: A NESHAPs
inventory of radioactive
materials is conducted
for PNNL facilities on
an annual basis in
accordance with PNNL-
10855 Rev. 5,
"Assessment of
Unabated Facility
Emission Potentials for
Evaluating Airborne
Radionuclide Monitoring
Requirements at PNNL-
2010". Conducted a
review of the 2016
NESHAPs radionuclide
inventory assessment
results to verify
compliance.
DOE/RL-2017-02 Rev. 0
B-229
Kr-88 Kr-89 Kr-90 La-137 La-138
La-140 La-141 La-142 La-144 Lu-177
Lu-177m Mg-27 Mg-28 Mn-52 Mn-54
Mn-56 Mo-103 Mo-104 Mo-105 Mo-93
Mo-99 N-13 Na-22 Na-24 Na-24m
Nb-100 Nb-101 Nb-103 Nb-91 Nb-91m
Nb-92 Nb-93m Nb-94 Nb-95 Nb-95m
Nb-97 Nb-97m Nb-98 Nd-144 Nd-147
Ni-56 Ni-59 Ni-63 Ni-65 Np-235
Np-236 Np-237 Np-238 Np-239 Np-240
Np-240m O-15 O-19 Os-191 P-32
P-33 Pa-231 Pa-233 Pa-234 Pa-234m
Pb-209 Pb-210 Pb-211 Pb-212 Pb-214
Pd-103 Pd-107 Pd-109 Pm-143 Pm-144
Pm-145 Pm-146 Pm-147 Pm-148m Pm-148
Pm-149 Pm-151 Po-208 Po-209 Po-210
Po-211 Po-212 Po-213 Po-214 Po-215
Po-216 Po-218 Pr-143 Pr-144 Pr-144m
Pu-234 Pu-236 Pu-237 Pu-238 Pu-239
Pu-240 Pu-241 Pu-242 Pu-243 Pu-244
Pu-246 Ra-223 Ra-224 Ra-225 Ra-226
Ra-228 Rb-81 Rb-83 Rb-84 Rb-86
Rb-87 Rb-88 Rb-89 Rb-90 Rb-90m
Re-186 Re-187 Re-188 Rh-101 Rh-102
Rh-102m Rh-103m Rh-104 Rh-105 Rh-105m
Rh-106 Rn-219 Rn-220 Rn-222 Rn-224
Ru-103 Ru-105 Ru-106 Ru-97 S-35
Sb-122 Sb-124 Sb-125 Sb-126 Sb-126m
Sb-127 Sb-129 Sc-44 Sc-46 Sc-47
Se-75 Se-79 Se-79m Si-31 Si-32
Sm-145 Sm-146 Sm-147 Sm-148 Sm-151
Sm-153 Sm-157 Sn-113 Sn-117m Sn-119m
Sn-121m Sn-121 Sn-123 Sn-125 Sn-126
Sr-85 Sr-87m Sr-89 Sr-90 Sr-91
Sr-92 Ta-179 Ta-180 Ta-182 Ta-182m
Ta-183 Tb-157 Tb-158 Tb-160 Tb-161
Tc-101 Tc-103 Tc-106 Tc-95m Tc-95
Tc-97 Tc-97m Tc-98 Tc-99 Tc-99m
Te-121m Te-121 Te-123 Te-123m Te-125m
Te-127m Te-127 Te-129m Te-129 Te-131
Te-131m Te-132 Te-133 Te-133m Te-134
Th-227 Th-228 Th-229 Th-230 Th-231
Th-232 Th-233 Th-234 Ti-44 Ti-45
Ti-51 Tl-201 Tl-204 Tl-206 Tl-207
Tl-208 Tl-209 Tm-168 Tm-170 Tm-171
U-232 U-233 U-234 U-235 U-236
U-237 U-238 U-239 U-240 V-48
V-49 W-181 W-185 W-187 W-188
Xe-122 Xe-123 Xe-125 Xe-127 Xe-127m
Xe-129m Xe-131m Xe-133 Xe-133m Xe-135
Xe-135m Xe-137 Xe-138 Xe-139 Y-88
Y-90 Y-90m Y-91 Y-91m Y-92
Y-93 Yb-164 Yb-169 Yb-175 Yb-177
Zn-65 Zn-69 Zn-69m Zr-100 Zr-88
Zr-89 Zr-93 Zr-95 Zr-97 Zr-98
Zr-99
DOE/RL-2017-02 Rev. 0
B-230
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as
defined in WAC 246-247-030(16). DOE must notify the
Department of any changes to a NESHAP major emission
unit when a specific isotope is newly identified as
contributing greater than 10% of the potential TEDE to the
MEI, or greater than 25% of the TEDE to the MEI after
controls. (WAC 246-247-110(9)) DOE must notify the
Department of any changes to potential release rates as
required by state or federal regulations including changes that
would constitute a significant modification to the Air
Operating Pennit under WAC 173-401-725(4). Notice will be
provided according to the particular regulation under which
notification is required. If the applicable regulation(s) does
not address manner and type of notification, DOE will
provide the Department with advance written notice by letter
or electronic mail but not solely by copies of documents.
4) Monitoring - The gross alpha and gross beta release rates
will be confirmed via 40 CFR 61, Appendix D calculations in
lieu of monitoring. WAC 246-247-040( 5), -060( 5)
Continuous
CDM: A NESHAPs
Inventory of radioactive
materials is conducted
for PNNL facilities on
an annual basis in
accordance with PNNL-
10855 Rev. 5,
"Assessment of
Unabated Facility
Emission Potentials for
Evaluating Airborne
Radionuclide Monitoring
Requirements at PNNL-
2010". Reviewed the
2016 NESHAPs
radionuclide inventory
assessment results to
verify compliance.
5) RADIONUCLIDES -Activities at the 361 Building will be
assessed to ensure that no radionculides are handled that are
not listed in this license. If any activity at the 361 Building
results in a new radionuclide being handled at the building, a
written notification will be made to the Washington State
Department of Health (email is acceptable). [WAC 246-247-
060(5).
Continuous
CDM: The radionuclide
air emissions data for the
CY 2016 were reviewed
to verify the no
radionuclides were
handled in the 361
Building that were not
listed in the license.
DOE/RL-2017-02 Rev. 0
B-231
P-6241V-001 WDOH Emission Unit ID: 1228
Page in AOP: EU1228-001
Requirement Compliance
Status Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: None Not
Applicable CDM: No requirement specified.
No active NOC approvals in the AOP for this certification period.
P-241A417-001 WDOH Emission Unit ID : 1229
Page in AOP : EU1229-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Continuous CDM: Radiological Survey
Reports.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
B-232
P-6241A-001 WDOH Emission Unit ID: 1230
Page in AOP: EU1230-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 2-22-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: None Not
Applicable
CDM: No requirement
specified.
No active NOC approvals in the AOP for this certification period.
P-241EW151-001 WDOH Emission Unit ID : 1231
Page in AOP : EU1231-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Continuous CDM: Field interviews and
WRPS work documents.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
B-233
P-241S302-001 WDOH Emission Unit ID: 1232
Page in AOP: EU1232-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA
Required Units :
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirements
Radial breather filter shall be replaced every 365 days. Annual
NDA of the filter shall be conducted for reporting purposes.
Sampling Frequency: Once per month.
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Continuous CDM: Radiological Survey
Reports.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 13-817 Issue Date: 08-20-13 Effective Date: 08-20-13
NOC: Operation of Breather Filter on 240-S-302
WDOH NOC ID: 894 Date In AOP: 05-01-14 Page in AOP: EU1232-001
The total abated emission limit for this Notice of Construction
is limited to 1.00E-05 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
1.00E-03 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) for CY 2016 to
verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The 240-S-302 catch tank is a 17,670 gallon capacity catch
tank located near S Plant. The tank has a breather filter
installed whose purpose is to minimize any radioactive
particulates that may be emitted.
Currently, there is currently less than 2,000 gallons of waste
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-234
Requirement Compliance
Status
Compliance Determination
Method
stored in the tank. Current operational activities in this tank
include level monitoring for leaks and intrusion by a variety of
methods including dip tubes, manual tapes, zip cords, and
ENRAFs; sampling tank contents, pumping tank contents,
adding flush water used pursuant to ALARACT practices.
The Annual Possession Quantity is limited to the following
radionuclide (Curies/year):
Am-241
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-144
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-243
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-60
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-134
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-137
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-152
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-154
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-155
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-235
Requirement Compliance
Status
Compliance Determination
Method
Nb-94
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-239/240 | 3.05E+00
Identified as contributing greater than 10% of the potential
TEDE to the MEI, or greater than 25% of the TEDE to the
MEI after controls.
Ra-226
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
RuRh-106
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-125
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-89/90 | 1.58E+03
Identified as contributing greater than 10% of the potential
TEDE to the MEI, or greater than 25% of the TEDE to the
MEI after controls.
ALTERNATE APPROVAL-Annual Replacement
The breather filter must be replaced annually. The new filter
must be a Type 1 (radial flow filter) with a Type C filter pack,
as define by AG-1 Code on Nuclear Air and Gas Treatment
Section FK, Special HEPA Filters. The filter must have a
minimum removal efficiency of 99.97% and a rated flow of 40
cfm. (WAC 246-247-040(5) and WAC 246-247-075(4)).
Continuous CDM: Field interviews and
WRPS work documents.
ALTERNATE APPROVAL-Release Fraction
Alternate approval is given to use a release fraction of 7.53 E-
9 based on back calculations using in situ measurements of the
control equipment efficiencies. (WAC 246-247-030 (21)(b)).
This approval cannot be used as a basis for other emission unit
alternative approvals.
Continuous CDM: Field interviews and
WRPS work documents.
CONDITIONAL ALTERNATIVE APPROVAL-NDA
Testing of Filters
Under passive ventilation pumping of waste contents for 240-
S-302 shall require a post job Non Destructive Analysis
(NDA) of the filter to validate previous NDA results, with
results reported to WDOH. (WAC 246-247-040(5) and WAC
246-247-075(4)).
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: No activities
occurred during the reporting
period to require an NDA.
DOE/RL-2017-02 Rev. 0
B-236
W-TRUDECON-001 WDOH Emission Unit ID : 1243
Page in AOP : EU1243-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Per the sitewide ambient monitoring
program
Sampling Frequency: Per the sitewide ambient monitoring
program samples will be collected from the existing near-
facility monitoring stations
Radionuclide Requiring Measurement: Each radionuclide
that could contribute greater than 10 percent of the potential-
to-emit TEDE
Continuous
CDM: ABCASH data were
reviewed to verify required
samples were collected from
the near-facility monitoring
stations.
Radionuclides that contribute
greater than 10% of the PTE
TEDE are reported in the CY
2016 Hanford Site
Radionuclide Air Emissions
Report.
Federal and State Regulatory Requirement: WAC 246-
247-075[2]
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B, Method 114
Continuous CDM:Near facility monitoring
QA programs.
Permit: AIR 12-330 - B Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Decontamination Trailer at the Transuranic Waste Retrieval Project
WDOH NOC ID: 851 Date In AOP: 04-01-13 Page in AOP: EU1243-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
W-TRUDECON-002 WDOH Emission Unit ID: 1244
Page in AOP: EU1244-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: NONE Continuous CDM: No requirement
identified.
Permit: AIR 12-330 – C Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: Decontamination Trailer at the Transuranic Waste Retrieval Project
WDOH NOC ID: 851 Date In AOP: 04-01-13 Page in AOP: EU1244-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
DOE/RL-2017-02 Rev. 0
B-237
P-241S102-002 WDOH Emission Unit ID : 1249
Page in AOP : EU1249-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
J-HAMMER-001 WDOH Emission Unit ID: 1250
Page in AOP: EU1250-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 09-903 (2012) Issue Date: 09-15-09 Effective Date: 02-23-12 NOC: Use of Radioactive Materials at the Volpentest HAMMER/Hanford Training and Education Center
WDOH NOC ID: 749 Date In AOP: 04-01-13 Page in AOP: EU1250-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Decon Trailer 200E (Int. Power Exhaust) WDOH Emission Unit ID: 1289
Page in AOP: EU1289-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 12-335 – B Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 01/25/16 NOC: Tank Farm Decontamination Trailer East
WDOH NOC ID: 856 Date In AOP: 04-01-13 Page in AOP: EU1289-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Decon Trailer 200W (Int. Power Exhaust) WDOH Emission Unit ID: 1290
Page in AOP: EU1290-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 12-336 – B Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 01/25/16 NOC: Tank Farm Decontamination Trailer West
WDOH NOC ID: 857 Date In AOP: 04-01-13 Page in AOP: EU1290-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Decon Trailer 200E (Collection Tank Vent) WDOH Emission Unit ID: 1291
Page in AOP: EU1291-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 12-335 – C Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 01/25/16 NOC: Tank Farm Decontamination Trailer East
WDOH NOC ID: 856 Date In AOP: 04-01-13 Page in AOP: EU1291-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
B-238
Decon Trailer 200W (Collection Tank Vent) WDOH Emission Unit ID: 1292
Page in AOP: EU1292-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 12-336 - C Issue Date: 03-06-12 Effective Date: 02-23-12 Obsolete Date: 01/25/16 NOC: Tank Farm Decontamination Trailer West
WDOH NOC ID: 857 Date In AOP: 04-01-13 Page in AOP: EU1292-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
W-296P107-001 WDOH Emission Unit ID: 1293
Page in AOP: EU1293-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Deentrainer
Required Units : 1
Add'l Description: Operational at all times when exhauster is
in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: Operational at all times when exhauster is
in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA Filter
Required Units : 2
Add'l Description: In series
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: Cs-137, Sr-90
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous CDM: Field interviews and
WRPS work documents.
No active NOC approvals in the AOP for this certification period.
DOE/RL-2017-02 Rev. 0
B-239
P-242A-003 WDOH Emission Unit ID : 1294
Page in AOP : EU1294-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area : K-1 Exhaust System
Abatement Technology : Prefilter
Required Units : 3
Add'l Description: 3 parallel flow paths, 1 bank (3 x 3 array)
per flow path, 2 in operation, 1 in standby
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area : K-1 Exhaust System
Abatement Technology : HEPA Filter
Required Units : 3
Add'l Description: 3 parallel flow paths, 1 bank (3 x 3 array)
per flow path, 2 in operation, 1 in standby
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area : K-1 Exhaust System
Abatement Technology : Fan
Required Units : 2
Add'l Description: 1 in operation, 1 in standby
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Additional Requirements
The exhaust air from the stack is monitored by a record sampler
through shrouded probe extraction nozzle on sample probe
located in the stack. The filter paper is analyzed and the results
of the analysis document emissions.
Sampling Frequency: 1 week sample / 4 times per year
Radionuclide Requiring Measurement: TOTAL ALPHA
TOTAL BETA
Continuous CDM: ABCASH program.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114(3)
Continuous CDM: Field interviews and
WRPS work documents.
Permit: ALARACT 29.1 Issue Date: 03-06-12 Effective Date: 02-23-12
NOC: 242-A Evaporator Maintenance Facility Shutdowns
WDOH NOC ID: Date In AOP: 04-01-13 Page in AOP: EU1294-001
1. Description of Activity
Scope will include planned maintenance facility shutdowns at
242-A Evaporator where electrical power to both 296-A-21 and
296-A-22 stacks are de-energized for greater than 24 hours.
The process of planned maintenance outages and facility
upgrades that require de-energizing both the building stack
(296-A-21) and vessel vent (296-A-22) for facility upgrades or
maintenance will be performed. Building process areas will
have the interior doors sealed with tape to help minimize
diffuse and fugitive emissions to facility personnel and the
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-240
outside ambient atmosphere pursuant to meeting WAC 246-
247-130 to meet ALARACT compliance demonstration
requirements. If entry to process areas is required then
radiological controls will be in accordance with the latest
revision of HNF-5183, Tank Farms Radiological Control
Manual to minimize both time and provide controls for diffuse
and fugitive emissions. No facility operational (double shell
tank liquid minimization) activities will be performed during
the time that neither the 296-A-21 and 296-A-22 stacks are not
operating. Radiological containment practices and devices will
be employed as applicable per the Containment Selection
Guide
2. Controls
a. Work with removable contamination will be contained per
the Containment Selection Guide, Attachment A, from the latest
revision of TFC-ESHQ-RP_RWP-C-02, Radiological
Containment.
b. HPT coverage as specified in the Radiological Work Permit.
Continuous
CDM: Field interviews,
Radiological Survey Reports,
and WRPS work documents.
3. Monitoring
a. Radiological monitoring shall be in accordance with the latest
revision of HNF-5183, Tank Farms Radiological Control
Manual.
Continuous
CDM: Field interviews,
Radiological Survey Reports,
and WRPS work documents.
4. Records/Documentation
a. Radiological Work Permit
b. Radiological survey report(s)
Continuous
CDM: Field interviews,
Radiological Survey Reports,
and WRPS work documents.
Permit: AIR 14-911 Issue Date: 09-26-14 Effective Date: 09-26-14
NOC: 242-A Evaporator Building Exhauster K-1 Upgrade
WDOH NOC ID: 933 Date In AOP: 04-01-13 Page in AOP: EU1294-001
The total abated emission limit for this Notice of Construction
is limited to 1.30E-06 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
6.40E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source
data/information) for CY 2016
to verify total abated emissions
are below the NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in (WAC 246-247-030(16)), may be conducted.
The 242-A Evaporator Building Ventilation Systems are
designed for air flow from uncontaminated to progressively
more contaminated zones. The contaminated (hot) zones are
maintained at a negative pressure, while the non-contaminated
(cold) zones are maintained at a positive pressure. This is
considered a secondary confinement for liquids and airborne
particulates released to the building. Maintaining the proper
pressure in each zone will ensure that any leakage between the
zones will always flow from a cold to a hot zone minimizing
the spread of contamination.
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-241
The K-1 Ventilation system exhausts the following rooms in the
Hot Zone:
- Evaporator Room
- Pump Room
- Condenser Room
- Ion Exchange Enclosure
- Load-Out and Hot Equipment Storage Room
- Loading Room
Air is exhausted from the condenser, ion exchange, evaporator,
and pump rooms through separate underground ducts into a
common header to the three exhaust filter trains.
Exhaust air from this common header passes through the two
exhaust trains having a pre-filter section and two stages of
HEPA filters in series, with a third filter train being redundant
as backup, before it is exhausted through stack 296-A-21A.
Air flow moves from areas of lesser contamination to areas of
greater contamination, while maintaining a negative air
pressure. This system has two fans, each with a 100 percent
system flow capability, with one in operation and the other fan
as back-up. Failure to maintain a specified flow will cause the
shutdown of the primary fan and initiate the startup of the
backup exhaust fan. The ventilation system will have an
approximate flow rate of 18,000 cfm (max 19,500 cfm). Each
filter train will have a 50 percent system flow rate, or
approximately 9,000 cfm.
Negative pressure in the hot zones is maintained by the
operation of the vortex damper mounted on the suction of
electric exhaust fan. The backup fan has a similar vortex
damper. Both dampers are adjusted automatically to maintain a
preset negative pressure in the Evaporator room when their
respective fan is operating.
The exhaust air from the stack will be monitored by a record
sampler and a beta continuous air monitor (CAM). The stack
radiation detector monitors the exhaust air discharged out of
Stack 296-A-21A and initiates an automatic shutdown of both
exhaust fans if beta radioactive emissions exceed the set point.
A sample of the exhaust air is withdrawn from the stack
through a shrouded probe and is sent to a record sampler where
radioactive particulates are collected on a filter paper. The filter
paper is analyzed and the results of the analysis document
emissions from the 291-A-21A Stack.
Any other replacement, replacement-in-kind, or upgrades of
parts and/or equipment not here specified, shall require review,
and/or review and approval (WAC 246-247-030(16), WAC
246-247-030(19)).
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227 Alpha-0 4.20E-03 based on Am-241 Am-241
Am-243 Ba-137m Beta-0 1.80E-02 based on Sr-90
C-14 Cd-113m Cm-242 Cm-243 Cm-244
Continuous CDM: TWINS
DOE/RL-2017-02 Rev. 0
B-242
Co-60 Cs-134 Cs-137 Eu-152 Eu-154
Eu-155 H-3 I-129 Nb-93m Ni-59
Ni-63 Np-237 Pa-231 Pu-238 Pu-239
Pu-240 Pu-241 Pu-242 Ra-226 Ra-228
Ru-106 Sb-125 Se-79 Sm-151 Sn-126
Sr-90 Tc-99 Th-229 Th-232 U-232
U-233 U-234 U-235 U-236 U-238
Y-90 Zr-93
The Technical Basis Document required by ANSI N13. 1-1999
(Clause 4) is required for review prior to startup operations of
the stack.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Technical basis
document was submitted on
10/19/11 and approved on
10/20/11.
Ensure the HEPA manufactures temperature, humidity, and air
flow ratings are not exceeded (i.e., to ensure HEPA filter media
is not ruptured nor performance compromised).
Continuous CDM: Field interviews and
WRPS work documents.
To verify the alternate potential-to-emit calculation method,
annually provide the back-calculation using the measured
emission rates and in situ measurements of the control
equipment efficiencies (WAC 246-247-030(21)). A re-
evaluation of the need for this requirement may be requested
after 5 years of operation.
Continuous CDM: Field interviews and
WRPS work documents.
Periodic confirmatory monitoring (PCM) shall be required to
verify low emissions monitoring during construction,
deactivation, and operation activities. The PCM, as described in
ALARACT 5, will be used to verify low emissions during
manual soil excavation.
If a regulated Filtered Vacuum Truck (FVT) is used, the PCM
will be performed as required by either NOC_ID 774
"Operation of the Guzzler ™ in Tank Farm Facilities" or NOC
_ID 658 "Use of the Guzzler™ (Filter Vacuum Truck) Vacuum
Excavation System for Radiologically Limited Activities on the
Hanford Site," or one of the latest WDOH approval of these
two licenses. A FVT log will be used to track these emissions.
Monitoring during equipment installation and deactivation
activities will be in accordance with the following ALARACT
Demonstrations and the WRPS Radiological Control Manual:
- ALARACT 4 - Tank Farm ALARACT Demonstration for
Packaging and Transportation of Waste
- ALARACT 15 - Tank Farm ALARACT Demonstration for
Size Reduction of Waste Equipment for Disposal Contaminated
Ventilation Systems Components
- ALARACT 16 - Tank Farm ALARACT Demonstration for
Work on Potentially Contaminated Ventilation System
Components
- HNF-5183 - Tank Farms Radiological Control Manual.
Continuous
CDM: Field interviews, WRPS
work documents, and
Radiological Survey Reports.
A report of closure for 296-A-21 is required when this emission
unit is permanently deactivated and isolated, so the department
can perform a closure inspection prior to the system's disposal.
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: WDOH closure for
296-A-21 submitted 6/5/12 and
approved 6/20/13.
DOE/RL-2017-02 Rev. 0
B-243
The facility shall notify the department of any unplanned
shutdown of exhaust fans (e.g., triggered by a high exhaust
stack beta radiation level).
Continuous
CDM: Field interviews, WRPS
work documents, WRPS
notification procedure and
notification logbook.
Comment: Unplanned
exhauster shutdowns during
CY 2016 and were reported per
the WRPS Notification
procedure.
W-PES-001 WDOH Emission Unit ID: 1322
Page in AOP: EU1322-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 11-1006 - F Issue Date: 10-28-11 Effective Date: 10-19-11 Obsolete Date: 12-19-16
NOC: Operation of the Transuranic Waste Retrieval Project
WDOH NOC ID: 804 Date In AOP: 04-01-13 Page in AOP: EU1322-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Vapor Extraction System WDOH Emission Unit ID : 1326
Page in AOP : EU1326-001 EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 11-1006 - G Issue Date: 10-28-11 Effective Date: 10-19-11 Obsolete Date: 12-19-16
NOC: Operation of the Transuranic Waste Retrieval Project
WDOH NOC ID: 804 Date In AOP: 04-01-13 Page in AOP: EU1326-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
Next Generation Retrieval (Active) WDOH Emission Unit ID : 1327
Page in AOP : EU1327-001 EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 11-1006 – H Issue Date: 10-28-11 Effective Date: 10-19-11 Obsolete Date: 12-19-16
NOC: Operation of the Transuranic Waste Retrieval Project
WDOH NOC ID: 804 Date In AOP: 04-01-13 Page in AOP: EU1327-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
P-296A048-001 WDOH Emission Unit ID : 1328
Page in AOP : EU1328-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Deenttrainer Continuous
CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-244
Required Units : 1
Add'l Description: Operational at all times, when the exhauster
is in use.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: Operational at all times, when the exhauster
is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description: Bank of prefilter NOTE: 1 bank of
prefilters not required for abatement control.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 HEPA's in series per bank; 2 banks; 1
HEPA per bank required operational.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: 137Cs, 90Sr
Continuous
CDM: ABCASH program, field
interviews, and WRPS
documents.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Permit: AIR 11-916 – A Issue Date: 09-30-11 Effective Date: 09-26-11
NOC: 241-AP Tank Farm Ventilation System Upgrade Operational Permit for 241-SY/AP/AY/AZ Tank Farm
Exhauster Upgrade
WDOH NOC ID: 818 Date In AOP: 04-01-13 Page in AOP: EU1328-001
The total abated emission limit for this Notice of Construction
is limited to 2.62E-01 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
5.09E+02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed radionuclide
air emissions data (ABCASH),
or other source data/information
for CY 2016 to verify total
abated emissions are below the
NOC limit.
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit,
as defined in WAC 246-247-030(16), may be conducted.
The upgraded ventilation systems will support future tank farm
operation activities and waste feed delivery to Hanford's Waste
Treatment and Immobilization Plant (WTP).
The ventilation exhausters are being upgraded with increased
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-245
flow rates to accommodate the increased heat from the mixer
pumps, which will be added to mix the waste in the waste tanks
prior to transfers and feed delivery to the WTP. The upgraded
ventilation systems include replacing the existing exhauster
trains with two new identical parallel exhauster trains. The
ventilation systems will be installed on new concrete pads.
Each exhauster train for the 241-AP ventilation system upgrade
is capable of up to 3,000 Standard Cubic Feet per Minute
(scfm) flow rate. Operation of the upgraded ventilation systems
will support the storage, treatment, retrieval, sampling, mixing,
and transfer of the waste in the tanks. Removal of the obsolete
exhausters and exhaust filter trains will be performed under
separate department approval. Monitoring of the obsolete
exhausters shall be in accordance the As Low As Reasonably
Achievable (ALARA) principles.
The emissions to the ambient air resulting from the proposed
actions covered by this NOC application, in conjunction with
other operations on the Hanford Site, shall not exceed the
National Emission Standard of 10 millirem (mrem) per year (40
CFR 61, Subpart H).
The new ventilation system shall consist of a de-entrainer
system for removal of moisture from vented air, a heater for
lowering the relative humidity of the vented air, one bank of
pre-filters, two banks of HEPA filters in series, and an exhaust
fan. Either subsystem de-entrainer may be used with either
HEPA filter subsystem via a ventilation duct cross-tie.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227 3.33E+00 Am-241 9.17E+04
Am-243 4.39E+01 Ba-137 m 1.44E+07
C-14 1.12E+02 Cd-113 m 1.32E+03
Cm-242 8.25E+01 Cm-243 8.38E+00
Cm-244 1.86E+02 Co-60 1.95E+03
Cs-134 6.82E+02 Cs-137 1.52E+07
Eu-152 6.02E+02 Eu-154 3.28E+04
Eu-155 1.90E+04 H-3 6.34E+02
I-129 8.39E+00 Nb-93 m 8.69E+02
Ni-59 5.06E+02 Ni-63 4.46E+04
Np-237 4.79E+01 Pa-231 1.70E+00
Pu-238 1.02E+03 Pu-239 1.44E+04
Pu-240 3.33E+03 Pu-241 3.69E+04
Pu-242 2.87E-01 Ra-226 3.34E-03
Ra-228 5.91E+00 Ru-106 1.14E+01
Sb-125 3.63E+03 Se-79 4.63E+01
Sm-151 1.83E+06 Sn-126 1.65E+02
Sr-90 2.33E+07 Tc-99 7.24E+03
Th-229 1.30E+00 Th-232 5.91E+00
U-232 6.24E+00 U-233 5.24E+02
U-234 6 50E+01 U-235 2.49E+00
U-236 3.07E+00 U-238 5.38E+01
Y-90 2.33E+07 Zr-93 1.06E+03
Continuous CDM: TWINS, WRPS work
documents.
CONTROL TECHNOLOGY- Annual HEPA Filter test
Each HEPA filter shall be in-place tested annually in Continuous
CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-246
accordance with the requirements of ASME AG-1. HEPA
filters shall have a minimum efficiency of 99.95%. (WAC 246-
247-060(5) and WAC 246-247-080(7)).
WDOH APPROVED LOG
The Annual Possession Quantity shall be tracked on a WDOH
approved log. (WAC 246-247-060(5) and WAC 246-247-
080(7)).
Continuous CDM: TWINS
CONTROL TECHNOLOGY- Ductwork insulation
The ductwork between the de-entrainer and heater, along with
the filter housings shall be insulated. (WAC 246-247-040(5)
and WAC 246-247-060(5)).
Continuous CDM: Field interviews and
WRPS work documents.
CONTROL TECHNOLOGY- Exhauster operation
The exhauster shall be operational during waste transfers, waste
disturbing, or vapor space particulate generating activities. In
the event there is an unplanned shutdown of the exhauster,
waste transfer lines may be flushed. (WAC 246-247-040(5) and
WAC 246-247-060(5)).
Continuous CDM: Field interviews and
WRPS work documents.
CONTAMINATION CONTROL- ph control
Tank waste will be maintained at a ph of 8 or greater to ensure
that the radionuclide C-14 is not emitted as a gas. This
condition will be met by maintaining tank sampling and tank
analysis documents in accordance with the "Waste Chemistry
Limits" outlined in the latest version of document "Operating
Specifications for the Double-Shell Storage Tanks, OSD-T-
151-00007". (WAC 246-247-060(5) and WAC 246-247-
080(7)).
Continuous
CDM: Review of TWINS or
other source data/information to
verify pH value of supernate in
AP Farm is greater than 8.
CONTAMINATION CONTROL- tracer gas studies
When the tracer gas tests and data collection are conducted on
the AP tank farms the tracer gas to be used during the tests is
helium. (WAC 246-247-060(5) and WAC 246-247-080(7)).
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
CONTAMINATION CONTROL- Tracer gas injection rate
When the tracer gas tests and data collection are conducted on
the AP tank farms the tracer gas helium will be injected into the
double shell tanks at a rate not to exceed 10 cubic feet per
minute. (WAC 246-247-060(5) and WAC 246-247-080(7)).
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
CONTAMINATION CONTROL- WDOH Notification,Tracer
gas vent valves
When the tracer gas tests and data collection are conducted on
the AP tank farms the passive filtered vents will be in the open
position. If a tracer gas test requires the passive filtered vents to
be closed notification to the Washington State Department of
Health will be made indicating when the vents will be closed
and for how long. (WAC 246-247-060(5) and WAC 246-247-
080(7)).
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
CONTAMINATION CONTROL- Operations during tracer gas
studies
When the tracer gas tests and data collection are conducted on
the AP tank farms no waste disturbing activities will occur.
(WAC 246-247-060(5) and WAC 246-247-080(7)).
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
DOE/RL-2017-02 Rev. 0
B-247
P-296A049-001 WDOH Emission Unit ID : 1329
Page in AOP : EU1329-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Dennttrainer
Required Units : 1
Add'l Description: Operational at all times, when the exhauster
is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Heater
Required Units : 1
Add'l Description: Operational at all times, when the exhauster
is in use.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Prefilter
Required Units : 1
Add'l Description: Bank of prefilter NOTE: 1 bank of
prefilters not required for abatement control.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : HEPA
Required Units : 2
Add'l Description: 2 HEPA's in series per bank; 2 banks; 1
HEPA per bank required operational.
Continuous CDM: Field interviews and
WRPS work documents.
Zone or Area :
Abatement Technology : Fan
Required Units : 1
Add'l Description:
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Record Sample
Sampling Frequency: Continuous
Radionuclide Requiring Measurement: 137Cs, 90Sr
Continuous
CDM: ABCASH program, field
interviews, and WRPS
documents.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(2)
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Permit: AIR 11-916 - B Issue Date: 09-30-11 Effective Date: 09-26-11 NOC: 241-AP Tank Farm Ventilation System Upgrade Operational Permit for 241-SY/AP/AY/AZ Tank Farm
Exhauster Upgrade WDOH NOC ID: 818 Date In AOP: 04-01-13 Page in AOP: EU1329-001
The total abated emission limit for this Notice of Construction is
limited to 2.62E-01 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
5.09E+02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(ABCASH), or other source
data/information for CY 2016 to
verify total abated emissions are
below the NOC limit.
DOE/RL-2017-02 Rev. 0
B-248
This approval applies to those additional activities described
below. No additional activities or variations on the approved
activities that constitute a "modification" to the emission unit, as
defined in WAC 246-247-030(16), may be conducted.
The upgraded ventilation systems will support future tank farm
operation activities and waste feed delivery to Hanford's Waste
Treatment and Immobilization Plant (WTP).
The ventilation exhausters are being upgraded with increased
flow rates to accommodate the increased heat from the mixer
pumps, which will be added to mix the waste in the waste tanks
prior to transfers and feed delivery to the WTP. The upgraded
ventilation systems include replacing the existing exhauster
trains with two new identical parallel exhauster trains. The
ventilation systems will be installed on new concrete pads. Each
exhauster train for the 241-AP ventilation system upgrade is
capable of up to 3,000 Standard Cubic Feet per Minute (scfm)
flow rate. Operation of the upgraded ventilation systems will
support the storage, treatment, retrieval, sampling, mixing, and
transfer of the waste in the tanks. Removal of the obsolete
exhausters and exhaust filter trains will be performed under
separate department approval. Monitoring of the obsolete
exhausters shall be in accordance the As Low As Reasonably
Achievable (ALARA) principles.
The emissions to the ambient air resulting from the proposed
actions covered by this NOC application, in conjunction with
other operations on the Hanford Site, shall not exceed the
National Emission Standard of 10 millirem (mrem) per year (40
CFR 61, Subpart H).
The new ventilation system shall consist of a de-entrainer
system for removal of moisture from vented air, a heater for
lowering the relative humidity of the vented air, one bank of
pre-filters, two banks of HEPA filters in series, and an exhaust
fan. Either subsystem de-entrainer may be used with either
HEPA filter subsystem via a ventilation duct cross-tie.
Continuous CDM: Field interviews and
WRPS work documents.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227 3.33E+00 Am-241 9.17E+04
Am-243 4.39E+01 Ba-137 m 1.44E+07
C-14 1.12E+02 Cd-113 m 1.32E+03
Cm-242 8.25E+01 Cm-243 8.38E+00
Cm-244 1.86E+02 Co-60 1.95E+03
Cs-134 6.82E+02 Cs-137 1.52E+07
Eu-152 6.02E+02 Eu-154 3.28E+04
Eu-155 1.90E+04 H-3 6.34E+02
I-129 8.39E+00 Nb-93 m 8.69E+02
Ni-59 5.06E+02 Ni-63 4.46E+04
Np-237 4.79E+01 Pa-231 1.70E+00
Pu-238 1.02E+03 Pu-239 1.44E+04
Pu-240 3.33E+03 Pu-241 3.69E+04
Pu-242 2.87E-01 Ra-226 3.34E-03
Ra-228 5.91E+00 Ru-106 1.14E+01
Sb-125 3.63E+03 Se-79 4.63E+01
Continuous CDM: TWINS, WRPS work
documents.
DOE/RL-2017-02 Rev. 0
B-249
Sm-151 1.83E+06 Sn-126 1.65E+02
Sr-90 2.33E+07 Tc-99 7.24E+03
Th-229 1.30E+00 Th-232 5.91E+00
U-232 6.24E+00 U-233 5.24E+02
U-234 6.50E+01 U-235 2.49E+00
U-236 3.07E+00 U-238 5.38E+01
Y-90 2.33E+07 Zr-93 1.06E+03
CONTROL TECHNOLOGY- Annual HEPA Filter test
Each HEPA filter shall be in-place tested annually in
accordance with the requirements of ASME AG-1. HEPA filters
shall have a minimum efficiency of 99.95%. (WAC 246-247-
060(5) and WAC 246-247-080(7)).
Continuous CDM: Field interviews and
WRPS work documents.
WDOH APPROVED LOG
The Annual Possession Quantity shall be tracked on a WDOH
approved log. (WAC 246-247-060(5) and WAC 246-247-
080(7)).
Continuous CDM: TWINS
CONTROL TECHNOLOGY- Ductwork insulation
The ductwork between the de-entrainer and heater, along with
the filter housings shall be insulated. (WAC 246-247-040(5) and
WAC 246-247-060(5)).
Continuous CDM: Field interviews and
WRPS work documents.
CONTROL TECHNOLOGY- Exhauster operation
The exhauster shall be operational during waste transfers, waste
disturbing, or vapor space particulate generating activities. In
the event there is an unplanned shutdown of the exhauster,
waste transfer lines may be flushed. (WAC 246-247-040(5) and
WAC 246-247-060(5)).
Continuous CDM: Field interviews and
WRPS work documents.
CONTAMINATION CONTROL- ph control
Tank waste will be maintained at a ph of 8 or greater to ensure
that the radionuclide C-14 is not emitted as a gas. This condition
will be met by maintaining tank sampling and tank analysis
documents in accordance with the "Waste Chemistry Limits"
outlined in the latest version of document "Operating
Specifications for the Double-Shell Storage Tanks, OSD-T-151-
00007". (WAC 246-247-060(5) and WAC 246-247-080(7)).
Continuous
CDM: Review of TWINS or
other source data/information to
verify pH value of supernate in
AP Farm is greater than 8.
CONTAMINATION CONTROL- tracer gas studies
When the tracer gas tests and data collection are conducted on
the AP tank farms the tracer gas to be used during the tests is
helium. (WAC 246-247-060(5) and WAC 246-247-080(7)).
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
CONTAMINATION CONTROL- Tracer gas injection rate
When the tracer gas tests and data collection are conducted on
the AP tank farms the tracer gas helium will be injected into the
double shell tanks at a rate not to exceed 10 cubic feet per
minute. (WAC 246-247-060(5) and WAC 246-247-080(7)).
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
CONTAMINATION CONTROL- WDOH Notification,Tracer
gas vent valves
When the tracer gas tests and data collection are conducted on
the AP tank farms the passive filtered vents will be in the open
position. If a tracer gas test requires the passive filtered vents to
be closed notification to the Washington State Department of
Health will be made indicating when the vents will be closed
and for how long. (WAC 246-247-060(5) and WAC 246-247-
080(7)).
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
DOE/RL-2017-02 Rev. 0
B-250
CONTAMINATION CONTROL- Operations during tracer gas
studies
When the tracer gas tests and data collection are conducted on
the AP tank farms no waste disturbing activities will occur.
(WAC 246-247-060(5) and WAC 246-247-080(7)).
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: Tracer gas test did
not occur in CY 2016.
318 Building WDOH Emission Unit ID : 1333
Page in AOP : EU1333-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: Radionuclide emissions will be
determined using 40 CFR 61 Appendix D calculations in lieu of
monitoring.
Additional Requirements
Emission results shall be reported in the Hanford Site Air
Operating Permit Annual Compliance Certification Report
Sampling Frequency: Tracking system
Radionuclide Requiring Measurement: As listed in condition
3 of this emission unit.
Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, "Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010." Conducted a
review of the 2016 NESHAPs
radionuclide inventory
assessment results to verify
compliance.
Federal and State Regulatory Requirement: WAC 246-247-
075(3)
Permit Monitoring and Testing Procedure: Tracking System
Continuous
CDM: Radionuclide emissions
during 2015 for the J-318 air
permit were estimated by
calculations performed in
accordance with 40 CFR 61,
Appendix D, and documented
in the 2016 NESHAPs
assessment results. This report
was reviewed and it was
verified that the calculated
emissions for J-318 were well
below the maximum PTE
allowed of 4.25E-04
mrem/year.
Permit: AIR 11-808 Issue Date: 08-23-11 Effective Date: 08-11-11
NOC: J-318 Fugitive Emissions from the 318 Building (Radiological Calibrations Laboratory)
WDOH NOC ID: 815 Date In AOP: 04-01-13 Page in AOP: EU1333-001
DOE/RL-2017-02 Rev. 0
B-251
The total abated emission limit for this Notice of Construction
is limited to 4.25E-04 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)).
Continuous
CDM: Reviewed the
radionuclide air emissions data
for CY 2016 to verify total
abated emissions are below the
NOC limit.
The 318 Building provided technical services in internal
dosimetry, external dosimetry, instrument calibration, repair,
and testing for protecting the health of workers and the public,
and providing liability protection for government and industrial
customers. Additionally, workplace measurements are applied
to research and development (R&D) activities to better
understand and determine occupational exposures. Work
activities are performed “continuously” (i.e. year-round,
normal-business, swing-shift, and night-shift hours).
In addition to the technical services, there is direct support for
environment, health, safety and security systems. Product line
R&D includes a strategic intent of assisting the government and
individual customers to comply with exposure limits by
providing accurate information about the level of exposure and
dose to the workers from chemical and radioactive agents. The
318 Building also supports national nuclear security activities;
it also stages and maintains equipment and performs team
training for radiological assistance, training, and response to
radiological incidents.
The laboratory activities conducted in the 318 Building include:
* Instrument testing with dispersible short-lived medical
isotopes.
* Laboratory setup projects.
*Provide technical services in dosimetry and instrumentation
(e.g. calibration, and ANSI N42 equipment testing).
* Research activities involving the use and creation of mixed
activation products (MAPs) and mixed fission products (MFPs)
* Research and laboratory activities that may include processes
where the temperatures may be equal to or exceed 100C.
* Research capabilities to support determining occupational and
environmental doses and exposures.
* Research capabilities to support the development of radiation
detection and measuring instruments.
* Support of national nuclear security and radiological
assistance activities (e.g. equipment and sample management,
and training).
Continuous
CDM: Under the PNNL HDI
system, each new research
project is required to be
reviewed via the Electronic
Prep & Risk (EPR) assessment
process (Procedure EPRP-
ECR-01 Rev 9.01,
Environmental Compliance
Representative Administrative
Procedure for Reviewing
Electronic Prep & Risk
Forms). The reviews are
recorded in the EPR database.
Projects with potential air
emissions are reviewed by
Effluent Management (EM)
under the HDI Airborne
Emission Work Control.
The PTE for this project as determined under WAC 246-247-
030(21)(a-e) [as specified in the application] is 4.25E-04
mrem/year. Approved are the associated potential release rates
(Curies/year) of:
Ac-225 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ac-227 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, “Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010.” A review was
conducted of the 2016
DOE/RL-2017-02 Rev. 0
B-252
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ac-228 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-108 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-108 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-109 m | Liquid/Particulate Solid – WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-110 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-110 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-111 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-111 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ag-113 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Al-26 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Al-28 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
NESHAPs radionuclide
inventory assessment results to
verify compliance.
DOE/RL-2017-02 Rev. 0
B-253
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-241 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-241 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-242 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-242 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-243 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-243 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-245 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Am-246 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ar-37 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ar-39 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ar-41 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
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less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ar-42 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
As-74 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
As-76 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
As-77 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
At-217 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Au-195 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Au-198 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Au-198 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-131 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-133 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-133 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
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25% of the abated dose.
Ba-137 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-139 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-140 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-141 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-142 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ba-143 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Be-10 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Be-7 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-207 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-208 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-210 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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Bi-210 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-211 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-212 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-213 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bi-214 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bk-249 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Bk-250 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Br-82 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Br-82 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Br-83 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Br-84 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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Br-84 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Br-85 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
C-11 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
C-14 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
C-15 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ca-41 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ca-45 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ca-47 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-107 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-109 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose. Cs-137 unit dose factor used as a worst
case assumption.
Cd-111 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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Cd-113 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the Mel, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-113 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-115 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-115 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-117 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cd-117 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-139 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-141 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the Mel, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-142 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-143 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ce-144 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cf-249 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
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B-259
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cf-250 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cf-251 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cf-252 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cl-36 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-241 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-242 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-243 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-244 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-245 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-246 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-247 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-260
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cm-248 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-56 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-57 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-58 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-60 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Co-60 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cr-49 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cr-51 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cr-55 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-131 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-132 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
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25% of the abated dose.
Cs-134 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-134 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-135 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-136 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-137 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-137 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-138 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-139 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-140 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cs-141 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Cu-64 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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Cu-66 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Dy-165 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Dy-169 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Er-169 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Er-171 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Es-254 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-150 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-152 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-152 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-154 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-155 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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Eu-156 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Eu-157 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
F-18 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Fe-55 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Fe-59 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Fr-221 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Fr-223 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ga-67 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ga-68 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ga-70 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ga-72 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Gd-148 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
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Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Gd-149 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Gd-151 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Gd-152 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Gd-153 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-68 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-71 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-71 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-75 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-77 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ge-77 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
H-3 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-265
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hf-175 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hf-178 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hf-178 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hf-181 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hf-182 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Hg-203 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ho-163 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ho-166 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ho-166 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-122 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-123 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
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25% of the abated dose.
I-125 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-125 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-126 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-128 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-129 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-130 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-130 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-131 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-131 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-132 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-132 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
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I-133 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-133 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-134 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-134 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
I-135 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-106 | Liquid/Particulate Solid | WAC-246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-111 | Liquid/Particulate Solid | WAC-246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-113 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-114 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-114 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-115 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-268
In-115 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-116 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-116 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-117 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-117 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ir-192 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
K-40 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
K-42 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-81 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-81 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-83 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-85 | Gas | WAC 246-247-030(21)(a)
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Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-85 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-87 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-88 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-89 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Kr-90 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-137 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-138 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-140 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-141 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-142 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
La-144 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
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less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Lu-177 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mg-27 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mg-28 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mn-52 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mn-54 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mn-56 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mo-103 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mo-104 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mo-105 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mo-93 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Mo-99 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
DOE/RL-2017-02 Rev. 0
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25% of the abated dose.
N-13 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Na-22 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Na-24 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Na-24 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-100 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-101 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-103 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-91 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-91 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-92 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb 93 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
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Nb-94 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-95 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-95 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-97 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-97 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-98 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nb-98 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nd-144 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nd-147 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Nd-149 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ni-56 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
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Ni-59 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ni-63 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ni-65 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-235 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-236 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-237 | 1.20E-03 | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes great than 0.1 mrem/yr PTE TEDE to the MEI and
requires monitoring.
Np-238 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-239 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-240 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Np-240 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
O-15 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
O-19 | Gas | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-274
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Os-191 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
P-32 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
P-33 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pa-231 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pa-233 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pa-234 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pa-234 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pb-209 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pb-210 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pb-211 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pb-212 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-275
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pb-214 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pd-103 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pd-107 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pd-109 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pd-111 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pd-111 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-143 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-144 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-145 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose. Cs-137 unit dose factor used as a worst
case assumption.
Pm-146 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose. Cs-137 unit dose factor used as a worst
case assumption.
Pm-147 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-276
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-148 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-148 m | Liquid/Particulate Solid | WAC 246-247-
030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-149 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pm-151 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-208 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-209 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-210 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-211 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-212 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-213 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-214 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-277
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-215 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-216 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Po-218 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pr-143 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pr-144 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pr-144 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pr-145 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Condition 3 Continued:
Pu-234 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-236 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-237 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-238 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, "Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010." A review was
conducted of the 2016
NESHAPs radionuclide
inventory assessment results to
verify compliance.
DOE/RL-2017-02 Rev. 0
B-278
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-239 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-240 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-241 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-242 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-243 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-244 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Pu-246 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ra-223 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ra-224 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ra-225 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ra-226 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-279
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ra-228 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-81 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-83 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-84 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-86 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-87 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-88 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-89 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-90 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rb-90 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Re-186 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
DOE/RL-2017-02 Rev. 0
B-280
25% of the abated dose.
Re-187 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Re-188 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-101 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-102 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-102 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-103 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-104 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-105 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-105 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rh-106 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rn-219 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-281
Rn-220 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rn-222 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Rn-224 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ru-103 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ru-105 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ru-106 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ru-97 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
S-35 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-122 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-124 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-125 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
DOE/RL-2017-02 Rev. 0
B-282
Sb-126 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-126 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-127 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-128 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-128 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-129 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sb-130 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sc-44 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sc-46 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sc-47 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Se-75 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Se-79 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
DOE/RL-2017-02 Rev. 0
B-283
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Se-79 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Si-31 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-145 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-146 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-147 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-148 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-151 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-153 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sm-157 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-113 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-117 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
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less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-119 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-121 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-121 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-123 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-125 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-126 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-127 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sn-128 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-85 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-87 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-89 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
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25% of the abated dose.
Sr-90 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-91 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Sr-92 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ta-179 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ta-180 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ta-182 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ta-182 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ta-183 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tb-157 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tb-158 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tb-160 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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Tb-161 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-101 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-103 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-106 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-95 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-97 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-97 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-98 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-99 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tc-99 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-121 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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Te-121 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-123 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-123 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-125 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-127 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-127 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-129 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-129 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-131 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-131 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-132 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-133 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
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Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-133 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Te-134 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-227 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-228 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-229 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-230 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-231 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-232 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-233 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Th-234 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ti-44 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
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less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ti-45 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Ti-51 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-201 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-204 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-206 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-207 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-208 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tl-209 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tm-168 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tm-170 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Tm-171 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
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25% of the abated dose.
U-232 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-233 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-234 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-235 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-236 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-237 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-238 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-239 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
U-240 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
V-48 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
V-49 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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W-181 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
W-185 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
W-187 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
W-188 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-122 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-123 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-125 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-127 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-127 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-129 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-131 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
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Xe-133 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-133 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-135 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-135 m | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-137 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-138 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Xe-139 | Gas | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-88 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-90 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-90 m Liquid/Particulate Solid WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-91 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-91 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
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Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-92 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Y-93 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Yb-164 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Yb-169 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Yb-175 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose. Cs-137 unit dose factor used as a worst
case assumption.
Yb-177 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zn-65 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zn-69 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zn-69 m | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-100 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-88 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
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Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-89 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-93 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-95 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-97 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-98 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
Zr-99 | Liquid/Particulate Solid | WAC 246-247-030(21)(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
The radioactive isotopes identified for this emission unit are (no
quantities specified):
Ac-225 Ac-227 Ac-228 Ag-108 m Ag-108
Ag-109 m Ag-110 m Ag-110 Ag-111 Ag-111 m
Ag-113 Al-26 Al-28 Am-241 Am-242 m
Am-242 Am-243 Am-245 Am-246 Ar-37
Ar-39 Ar-41 Ar-42 As-74 As-76
As-77 At-217 Au-195 Au-198 Au-198 m
Ba-131 Ba-133 Ba-133 m Ba-137 m Ba-139
Ba-140 Ba-141 Ba-142 Ba-143 Be-10
Be-7 Bi-207 Bi-208 Bi-210 m Bi-210
Bi-211 Bi-212 Bi-213 Bi-214 Bk-249
Bk-250 Br-82 Br-82 m Br-83 Br-84
Br-84 m Br-85 C-11 C-14 C-15
Ca-41 Ca-45 Ca-47 Cd-107 Cd-109
Cd-111 m Cd-113 m Cd-113 Cd-115 m Cd-115
Cd-117 Cd-117 m Ce-139 Ce-141 Ce-142
Ce-143 Ce-144 Cf-249 Cf-250 Cf-251
Cf-252 Cl-36 Cm-241 Cm-242 Cm-243
Cm-244 Cm-245 Cm-246 Cm-247 Cm-248
Co-56 Co-57 Co-58 Co-60 Co-60 m
Cr-49 Cr-51 Cr-55 Cs-131 Cs-132
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Cs-134 Cs-134 m Cs-135 Cs-136 Cs-137
Cs-138 Cs-139 Cs-140 Cs-141 Cu-64
Cu-66 Dy-165 Dy-169 Er-169 Er-171
Es-254 Eu-150 Eu-152 Eu-152 m Eu-154
Eu-155 Eu-156 Eu-157 F-18 Fe-55
Fe-59 Fr-221 Fr-223 Ga-67 Ga-68
Ga-70 Ga-72 Gd-148 Gd-149 Gd-151
Gd-152 Gd-153 Ge-68 Ge-71 Ge-71 m
Ge-75 Ge-77 Ge-77 m H-3 Hf-175
Hf-178 Hf-178 m Hf-181 Hf-182 Hg-203
Ho-163 Ho-166 Ho-166 m I-122 I-123
I-125 I-126 I-128 I-129 I-130
I-130 m I-131 I-132 I-132 m I-133
I-133 m I-134 I-134 m I-135 In-106
In-111 In-113 m In-114 m In-114 In-115
In-115 m In-116 In-116 m In-117 In-117 m
Ir-192 K-40 K-42 Kr-81 Kr-81 m
Kr-83 m Kr-85 Kr-85 m Kr-87 Kr-88
Kr-89 Kr-90 La-137 La-138 La-140
La-141 La-142 La-144 Lu-177 Mg-27
Mg-28 Mn-52 Mn-54 Mn-56 Mo-103
Mo-104 Mo-105 Mo-93 Mo-99 N-13
Na-22 Na-24 Na-24 m Nb-100 Nb-101
Nb-103 Nb-91 Nb-91 m Nb-92 Nb-93 m
Nb-94 Nb-95 Nb-95 m Nb-97 Nb-97 m
Nb-98 Nb-98 m Nd-144 Nd-147 Nd-149
Ni-56 Ni-59 Ni-63 Ni-65 Np-235
Np-236 Np-237 Np-238 Np-239 Np-240
Np-240 m O-15 O-19 Os-191 P-32
P-33 Pa-231 Pa-233 Pa-234 Pa-234 m
Pb-209 Pb-210 Pb-211 Pb-212 Pb-214
Pd-103 Pd-107 Pd-109 Pd-111 Pd-111 m
Pm-143 Pm-144 Pm-145 Pm-146 Pm-147
Pm-148 m Pm-148 Pm-149 Pm-151 Po-208
Po-209 Po-210 Po-211 Po-212 Po-213
Po-214 Po-215 Po-216 Po-218 Pr-143
Pr-144 Pr-144 m Pr-145 Pu-234 Pu-236
Pu-237 Pu-238 Pu-239 Pu-240 Pu-241
Pu-242 Pu-243 Pu-244 Pu-246 Ra-223
Ra-224 Ra-225 Ra-226 Ra-228 Rb-81
Rb-83 Rb-84 Rb-86 Rb-87 Rb-88
Rb-89 Rb-90 Rb-90 m Re-186 Re-187
Re-188 Rh-101 Rh-102 Rh-102 m Rh-103 m
Rh-104 Rh-105 Rh-105 m Rh-106 Rn-219
Rn-220 Rn-222 Rn-224 Ru-103 Ru-105
Ru-106 Ru-97 S-35 Sb-122 Sb-124
Sb-125 Sb-126 Sb-126 m Sb-127 Sb-128
Sb-128 m Sb-129 Sb-130 Sc-44 Sc-46
Sc-47 Se-75 Se-79 Se-79 m Si-31
Sm-145 Sm-146 Sm-147 Sm-148 Sm-151
Sm-153 Sm-157 Sn-113 Sn-117 m Sn-119 m
Sn-121 m Sn-121 Sn-123 Sn-125 Sn-126
Sn-127 Sn-128 Sr-85 Sr-87 m Sr-89
Sr-90 Sr-91 Sr-92 Ta-179 Ta-180
Ta-182 Ta-182 m Ta-183 Tb-157 Tb-158
Tb-160 Tb-161 Tc-101 Tc-103 Tc-106
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Tc-95 m Tc-97 Tc-97 m Tc-98 Tc-99
Tc-99 m Te-121 m Te-121 Te-123 Te-123 m
Te-125 m Te-127 m Te-127 Te-129 m Te-129
Te-131 Te-131 m Te-132 Te-133 Te-133 m
Te-134 Th-227 Th-228 Th-229 Th-230
Th-231 Th-232 Th-233 Th-234 Ti-44
Ti-45 Ti-51 Tl-201 Tl-204 Tl-206
Tl-207 Tl-208 Tl-209 Tm-168 Tm-170
Tm-171 U-232 U-233 U-234 U-235
U-236 U-237 U-238 U-239 U-240
V-48 V-49 W-181 W-185 W-187
W-188 Xe-122 Xe-123 Xe-125 Xe-127
Xe-127 m Xe-129 m Xe-131 m Xe-133 Xe-133 m
Xe-135 Xe-135 m Xe-137 Xe-138 Xe-139
Y-88 Y-90 Y-90 m Y-91 Y-91 m
Y-92 Y-93 Yb-164 Yb-169 Yb-175
Yb-177 Zn-65 Zn-69 Zn-69 m Zr-100
Zr-88 Zr-89 Zr-93 Zr-95 Zr-97
Zr-98 Zr-99
The potential release rates described in this Condition were
used to determine control technologies and monitoring
requirements for this approval. DOE must notify the
Department of a "modification" to the emission unit, as defined
in WAC 246-247-030(16). DOE must notify the Department of
any changes to a NESHAP major emission unit when a specific
isotope is newly identified as contributing greater than 10% of
the potential TEDE to the MEI, or greater than 25% of the
TEDE to the MEI after controls. WAC 246-247-110(9). DOE
must notify the Department of any changes to potential release
rates as required by state or federal regulations including
changes that would constitute a significant modification to the
Air Operating Permit under WAC 173-401-725(4). Notice will
be provided according to the particular regulation under which
notification is required. If the applicable regulation(s) does not
address manner and type of notification, DOE will provide the
Department with advance written notice by letter or electronic
mail but not solely by copies of documents.
W-MARS-001 WDOH Emission Unit ID : 1334
Page in AOP : EU1334-001
Emission unit closed as of 07/23/15 per AIR 15-801.
P-296S26-001 WDOH Emission Unit ID : 1335
Page in AOP : EU1335-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 11-915 – A Issue Date: 09-30-11 Effective Date: 09-26-11 NOC: 241-SY Tank Farm Ventilation System Upgrade Operational Permit for 241-SY/AP/AY/AZ Tank Farm
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Exhauster Upgrade WDOH NOC ID: 817 Date In AOP: 04-01-13 Page in AOP: EU1335-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
P-296S27-001 WDOH Emission Unit ID : 1342
Page in AOP : EU1342-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 11-915 – B Issue Date: 09-30-11 Effective Date: 09-26-11 NOC: 241-SY Tank Farm Ventilation System Upgrade Operational Permit for 241-SY/AP/AY/AZ Tank Farm
Exhauster Upgrade WDOH NOC ID: 817 Date In AOP: 04-01-13 Page in AOP: EU1342-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
W-MARS-002 WDOH Emission Unit ID : 1343
Page in AOP : EU1343-001
Emission unit closed as of 07/23/15 per AIR 15-801.
EP-331-09-S WDOH Emission Unit ID : 1370
Page in AOP : EU1370-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
No active Abatement Controls in the AOP for this certification period.
Required Sampling: The radioactive material inventory will be
tracked throughout the year to ensure that the yearly emission
limit is not exceeded.
Sampling Frequency: Inventory
Radionuclide Requiring Measurement: As listed in condition
3 of this emission unit
Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, "Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010". Conducted a
review of the 2016 NESHAP
radionuclide inventory
assessment results to verify
compliance.
Federal and State Regulatory Requirement: WAC 246-247-
075(3)
Permit Monitoring and Testing Procedure: Determine using
40 CFR 61 Appendix D calcuations in lieu of monitoring
Continuous
CDM: Radionuclide emissions
during 2016 for the 331-09 air
permit were estimated by
calculations performed in
accordance with 40 CFR 61,
DOE/RL-2017-02 Rev. 0
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Appendix D, and documented
in the 2016 NESHAPs
assessment results. This report
was reviewed and it was
verified that the calculated
emissions for 331-09 were
well below the maximum PTE
allowed of 9.93E-04
mrem/year.
Permit: AIR 13-1008 Issue Date: 10-28-13 Effective Date: 10-28-13
NOC: The Operation of EP-331-09-S in the North Wing at the Life Sciences Laboratory (331 Building)
WDOH NOC ID: 906 Date In AOP: 04-01-13 Page in AOP: EU1370-001
1) The total abated emission limit for this Notice of
Construction is limited to 9.93E-04 mrem/year to the Maximally
Exposed Individual (WAC 246-247-040(5)).
Continuous
CDM: Reviewed the
radionuclide air emissions data
for CY 2016 to verify total
abated emissions are below
the NOC limit.
2) The mission of the 331 Building is to conduct fundamental
science and develop enviromnental technology. Research
activities conducted in the 331 Building support the Hanford
Site environmental mission and other key DOE missions of
national and international importance. Research activities
performed within the 331 Building include the use of
radioactive materials. Laboratory processes are conducted
"continuously" (i.e., year-round, during normal business, swing-
shift, night-shift, and weekend hours). The 331 Building
provides research capabilities to study the interactions of
chemicals and radionuclides with plants, animals, and
microorganisms and the fate of chemicals and radionuclides in
the environment. The building also has research capabilities for
Nuclear Magnetic Resonance (NMR) and actinide chemistry.
The research activities conducted in the 331 Building, emission
unit EP-331-09-S include:
• Actinide chemistry involving liquids and solids.
• Examining the uptake and transformation effects of
radionuclides in soils, plants, animals, and microorganisms.
• Experimental studies with molecular and cellular processes.
• Laboratory setup projects involving fume hood
removals/upgrades and ductwork tie-in. Measurements of
exposures to physical, radiological, and chemical agents.
• Non-dispersible radioactive material uses in research
programs.
• NuNMR spectroscopic experiments with radioactive and non-
radioactive materials. Processes in which temperatures may
exceed 100 degrees centigrade. • Research activities involving
various types of radioactive material, including mixed activation
products (MAPs), Mixed fission products (MFPs), and
naturally-occuring radioactive material, actinides, and a wide
range of standards and tracer radionuclides.
• Studies with radioactive materials in biological and non-
biological systems.
Continuous
CDM: Under the PNNL HDI
system each new research
project is required to be
reviewed via the EPR
assessment process (Procedure
EPRP-ECR-01 Rev 9.01.
Environmental Compliance
Representative Administrative
Procedure for Reviewing
Electronic Prep & Risk
Forms). The reviews are
recorded in the EPR database.
Projects with potential air
emissions are reviewed by
Effluent Management (EM)
under the HDI Airborne
Emissions Work Control.
DOE/RL-2017-02 Rev. 0
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3) The PTE for this project as determined under WAC 246-247-
030(2 l)(a-e) [as specified in the application] is 9.93E- 04
mrem/year. Approved are the associated potential release rates
(Curies/year) of: Ac-225 Liquid/Particulate Solid WAC 246-
247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ac-227 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ac-228 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ag-108 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ag-109 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ag-110 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10%o of the unabated PTE and represents less than
25% of the abated dose.
Al-26 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Al-28 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Am-241 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Am-241 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Am-242 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, "Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010". A review was
conducted of the 2016
NESHAPs radionuclide
inventory assessment results to
verify compliance.
DOE/RL-2017-02 Rev. 0
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less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Am-242m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Am-243 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Am-245 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Am-246 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ar-37 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ar-39 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ar-41 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ar-42 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
As-74 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
As-76 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
At-217 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
DOE/RL-2017-02 Rev. 0
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of the abated dose.
Au-195 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Au-195 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Au-198 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Au-198m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ba-131 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ba-133 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ba-133m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ba-137m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ba-139 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ba-140 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ba-141 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
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Ba-142 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ba-143 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Be-10 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Be-7 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Bi-207 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Bi-208 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Bi-210 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Bi-211 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Bi-212 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Bi-213 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Bi-214 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-303
Bk-247 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Bk-249 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Bk-250 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Br-82 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Br-82m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Br-83 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Br-84 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Br-84m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Br-85 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
C-11 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
C-14 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
C-15 Gas WAC 246-247-030(21 )(a)
DOE/RL-2017-02 Rev. 0
B-304
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ca-41 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ca-45 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ca-47 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cd-107 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cd-109 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cd-111m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cd-113 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cd-113m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cd-115 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cd-115m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cd-117 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-305
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cd-117m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ce-141 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ce-142 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ce-143 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ce-144 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cf-249 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cf-250 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cf-251 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cf-252 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cl-36 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cm-141 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
DOE/RL-2017-02 Rev. 0
B-306
of the abated dose.
Cm-242 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 1Oo/o of the unabated PTE and represents less than
25% of the abated dose.
Cm-243 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cm-244 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 1Oo/o of the unabated PTE and represents less than
25% of the abated dose.
Cm-245 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cm-246 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cm-247 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cm-248 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cm-250 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Co-56 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Co-57 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Co-58 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-307
Co-60 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Co-60m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cr-49 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cr-51 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cr-55 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-131 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-132 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-134m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-134 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-135 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-136 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-308
Cs-137 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-137 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-138 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-139 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-140 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cs-141 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cu-64 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Cu-66 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Dy-159 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Dy-165 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Dy-169 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Er-169 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
DOE/RL-2017-02 Rev. 0
B-309
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Er-171 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Es-254 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Eu-150 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Eu-151 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Eu-152 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Eu-152m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Eu-154 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Eu-155 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Eu-156 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Eu-157 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
F-18 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-310
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Fe-55 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Fe-59 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Fr-221 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Fr-223 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ga-67 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10 of the unabated PTE and represents less than 25%
of the abated dose.
Ga-68 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ga-70 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ga-72 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Gd-148 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Gd-149 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Gd-151 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 1Oo/o of the unabated PTE and represents less than
Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, "Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010". A review was
conducted of the 2016
NESHAPs radionuclide
inventory assessment results to
verify compliance.
DOE/RL-2017-02 Rev. 0
B-311
25% of the abated dose.
Gd-152 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Gd-153 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ge-68 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ge-71 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 1Oo/o of the unabated PTE and represents less than
25% of the abated dose.
Ge-71m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ge-75 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ge-77 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ge-77m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
H-3 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Hf-175 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Hf-178m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-312
Hf-179m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Hf-181 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Hf-182 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 1Oo/o of the unabated PTE and represents less than
25% of the abated dose.
Hg-203 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ho-163 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ho-166 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ho-166m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-122 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-123 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-125 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-126 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-313
I-128 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-129 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-130 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-130m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-131 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-132 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-132m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-133 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-133m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-134 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-134m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
I-135 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
DOE/RL-2017-02 Rev. 0
B-314
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
In-106 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
In-111 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
In-113m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
In-114 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
In-114m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
In-115 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
In-115m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
In-116 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
In-116m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
In-117 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than
25% of the abated dose.
In-117m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-315
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ir-192 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
K-40 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
K-42 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Kr-81 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Kr-81m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Kr-83 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Kr-85 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 1Oo/o of the unabated PTE and represents less than
25% of the abated dose.
Kr-85m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Kr-87 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Kr-88 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Kr-89 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, "Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010". A review was
conducted of the 2016
NESHAPs radionuclide
inventory assessment results to
verify compliance.
DOE/RL-2017-02 Rev. 0
B-316
of the abated dose.
Kr-90 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
La-137 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
La-138 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
La-140 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
La-141 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
La-142 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
La-144 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Lu-177 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Lu-177m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Mg-28 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Mn-52 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-317
Mn-54 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Mn-56 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Mo-103 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Mo-104 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Mo-105 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Mo-93 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Mo-99 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
N-13 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Na-22 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Na-24 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Na-24m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-318
Nb-100 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nb-101 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nb-103 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10%of the unabated PTE and represents less than 25%
of the abated dose.
Nb-91 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nb-91m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nb-92 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nb-93m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nb-94 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nb-95 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nb-97 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nb-97m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nb-98 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-319
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nd-144 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Nd-147 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ni-56 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ni-59 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ni-63 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ni-65 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Np-236 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Np-237 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Np-238 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Np-239 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Np-240 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
DOE/RL-2017-02 Rev. 0
B-320
of the abated dose.
Np-240m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
O-15 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
O-19 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Os-191 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
P-32 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
P-33 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pa-231 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pa-233 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pa-234 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pa-234m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pb-209 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-321
Pb-210 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pb-211 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pb-212 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pb-214 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pd-103 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pd-107 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pd-109 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pm-143 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pm-144 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pm-145 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pm-146 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-322
Pm-147 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pm-148 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pm-148m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pm-149 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pm-151 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Po-208 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Po-209 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Po-210 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Po-211 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Po-212 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Po-213 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Po-214 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
DOE/RL-2017-02 Rev. 0
B-323
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Po-215 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Po-216 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Po-218 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pr-144 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pr-144m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pu-234 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pu-236 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pu-237 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pu-238 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pu-239 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pu-240 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-324
less than 1Oo/o of the unabated PTE and represents less than
25% of the abated dose.
Pu-241 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pu-242 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pu-243 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pu-244 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Pu-246 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ra-223 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ra-224 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ra-225 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ra-226 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ra-228 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rb-81 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
DOE/RL-2017-02 Rev. 0
B-325
of the abated dose.
Rb-83 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rb-84 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rb-86 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rb-87 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rb-88 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rb-89 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rb-90 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rb-90m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Re-186 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Re-187 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Re-188 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-326
Rh-102 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rh-102m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rh-103m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rh-104 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rh-105 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rh-105m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rh-106 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rn-220 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rn-222 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Rn-224 Gas WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ru-103 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-327
Ru-105 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ru-106 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ru-97 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
S-35 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sb-122 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sb-124 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sb-125 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sb-126 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sb-126m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sb-127 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sb-129 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sc-44 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
DOE/RL-2017-02 Rev. 0
B-328
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sc-46 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sc-47 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Se-75 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Se-79 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Se-79m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Si-31 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Si-32 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sm-145 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 1Oo/o of the unabated PTE and represents less than
25% of the abated dose.
Sm-146 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sm-147 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sm-148 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-329
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sm-151 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sm-153 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sm-157 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sn-113 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sn-117m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sn-119m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sn-121 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sn-121m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sn-123 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sn-125 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sn-126 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
DOE/RL-2017-02 Rev. 0
B-330
of the abated dose.
Sr-85 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sr-87m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sr-89 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sr-90 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sr-91 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Sr-92 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ta-179 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ta-180 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ta-182 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ta-182m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ta-183 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Continuous
CDM: A NESHAPs inventory
of radioactive materials is
conducted for PNNL facilities
on an annual basis in
accordance with PNNL-10855
Rev. 5, "Assessment of
Unabated Facility Emission
Potentials for Evaluating
Airborne Radionuclide
Monitoring Requirements at
PNNL-2010." A review was
conducted of the 2016
NESHAPs radionuclide
inventory assessment results to
verify compliance.
DOE/RL-2017-02 Rev. 0
B-331
Tb-157 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tb-158 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tb-160 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 1Oo/o of the unabated PTE and represents less than
25% of the abated dose.
Tb-161 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tc-101 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tc-106 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tc-106 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tc-95 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tc-95m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tc-97 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tc-97m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-332
Tc-98 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tc-99 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tc-99m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-121 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-121m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-123 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-123m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-125m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-127 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-127m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-129 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-129m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
DOE/RL-2017-02 Rev. 0
B-333
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-131 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-131m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-132 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-133m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-133 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Te-134 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Th-227 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Th-228 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Th-229 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Th-230 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Th-231 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-334
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Th-232 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Th-233 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Th-234 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ti-44 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ti-45 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Ti-51 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tl-201 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tl-204 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tl-206 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tl-207 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tl-208 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
DOE/RL-2017-02 Rev. 0
B-335
of the abated dose.
Tl-209 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tm-168 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tm-170 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Tm-171 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
U-232 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
U-233 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
U-234 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
U-235 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
U-236 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
U-237 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
U-238 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
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U-239 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
U-240 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
V-48 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
V-49 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
W-181 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
W-185 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
W-187 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
W-188 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-122 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-123 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-125 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
B-337
Xe-127 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-127m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10o/o of the unabated PTE and represents less than
25% of the abated dose.
Xe-129m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-131m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-133 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-133m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-135 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-135m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-137 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-138 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Xe-139 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Y-88 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
DOE/RL-2017-02 Rev. 0
B-338
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Y-90 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Y-90m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Y-91 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Y-91m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Y-92 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Y-93 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Yb-164 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Yb-169 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Yb-175 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Yb-177 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Zn-65 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
DOE/RL-2017-02 Rev. 0
B-339
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Zn-69 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Zn-69m Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Zr-100 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Zr-88 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Zr-89 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Zr-93 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Zr-95 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Zr-97 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10o/o of the unabated PTE and represents less than
25% of the abated dose.
Zr-98 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
Zr-99 Liquid/Particulate Solid WAC 246-247-030(21 )(a)
Contributes less than 0.1 mrem/yr to the MEI, and represents
less than 10% of the unabated PTE and represents less than 25%
of the abated dose.
DOE/RL-2017-02 Rev. 0
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The radioactive isotopes identified for this emission unit are (no
quantities specified):
Ac-225 Ac-227 Ac-228 Ag-108m Ag-108
Ag-109m Ag-110m Ag-110 Ag-111 Al-26
Al-28 Am-241 Am-242m Am-242 Am-243
Am-245 Am-246 Ar-37 Ar-39 Ar-41
Ar-42 As-74 As-76 As-77 At-217
Au-195 Au-198 Au-198 Ba-131 Ba-133
Ba-133m Ba-137m Ba-139 Ba-140 Ba-141
Ba-142 Ba-143 Be-10 Be-7 Bi-207
Bi-208 Bi-210m Bi-210 Bi-211 Bi-212
Bi-213 Bi-214 Bk-247 Bk-249 Bk-250
Br-82 Br-82m Br-83 Br-84 Br-84m
Br-85 C-11 C-14 C-15 Ca-41
Ca-45 Ca-47 Cd-107 Cd-109 Cd-111m
Cd-113m Cd-113 Cd-115m Cd-115 Cd-117
Cd-117m Ce-139 Ce-141 Ce-142 Ce-143
Ce-144 Cf-249 Cf-250 Cf-251 Cf-252
Cl-36 Cm-241 Cm-242 Cm-243 Cm-244
Cm-245 Cm-246 Cm-247 Cm-248 Cm-250
Co-56 Co-57 Co-58 Co-60 Co-60m
Cr-49 Cr-51 Cr-55 Cs-131 Cs-132
Cs-134 Cs-134m Cs-135 Cs-136 Cs-137
Cs-138 Cs-139 Cs-140 Cs-141 Cu-64
Cu-66 Dy-159 Dy-165 Dy-169 Er-169
Er-171 Es-254 Eu-150 Eu-152 Eu-152m
Eu-154 Eu-155 Eu-156 Eu-157 F-18
Fe-55 Fe-59 Fr-221 Fr-223 Ga-67
Ga-68 Ga-70 Ga-72 Gd-148 Gd-149
Gd-151 Gd-152 Gd-153 Ge-68 Ge-71
Ge-71m Ge-75 Ge-77 Ge-77m H-3
Hf-175 Hf-178m Hf-179m Hf-181 Hf-182
Hg-203 Ho-163 Ho-166 Ho-166m I-122
I-123 I-125 I-126 I-128 I-129
I-130 I-130m I-131 I-132 I-132m
I-133 I-133m 1-134 I-134m I-135
In-106 In-111 In-113m In-114m In-114
In-115 In-115m In-116 In-116m In-117
In-117m Ir-192 K-40 K-42 Kr-81
Kr-81m Kr-83m Kr-85 Kr-85m Kr-87
Kr-88 Kr-89 Kr-90 La-137 La-138
La-140 La-141 La-142 La-144 Lu-177
Lu-177m Mg-27 Mg-28 Mn-52 Mn-54
Mn-56 Mo-103 Mo-104 Mo-105 Mo-93
Mo-99 N-13 Na-22 Na-24 Na-24m
Nb-100 Nb-101 Nb-103 Nb-91 Nb-91m
Nb-92 Nb-93m Nb-94 Nb-95 Nb-95m
Nb-97 Nb-97m Nb-98 Nd-144 Nd-147
Ni-56 Ni-59 Ni-63 Ni-65 Np-235
Np-236 Np-237 Np-238 Np-239 Np-240
Np-240m 0-15 0-19 Os-191 P-32
P-33 Pa-231 Pa-233 Pa-234 Pa-234m
Pb-209 Pb-210 Pb-211 Pb-212 Pb-214
Pd-103 Pd-107 Pd-109 Pm-143 Pm-144
Pm-145 Pm-146 Pm-147 Pm-148m Pm-148
DOE/RL-2017-02 Rev. 0
B-341
Pm-149 Pm-151 Po-208 Po-209 Po-210
Po-211 Po-212 Po-213 Po-214 Po-215
Po-216 Po-218 Pr-143 Pr-144 Pr-144m
Pu-234 Pu-236 Pu-237 Pu-238 Pu-239
Pu-240 Pu-241 Pu-242 Pu-243 Pu-244
Pu-246 Ra-223 Ra-224 Ra-225 Ra-226
Ra-228 Rb-81 Rb-83 Rb-84 Rb-86
Rb-87 Rb-88 Rb-89 Rb-90 Rb-90m
Re-186 Re-187 Re-188 Rh-101 Rh-102
Rh-102m Rh-103m Rh-104 Rh-105 Rh-105m
Rh-106 Rn-219 Rn-220 Rn-222 Rn-224
Ru-103 Ru-105 Ru-106 Ru-97 S-35
Sb-122 Sb-124 Sb-125 Sb-126 Sb-126m
Sb-127 Sb-129 Sc-44 Sc-46 Sc-47
Se-75 Se-79 Se-79m Si-31 Si-32
Sm-145 Sm-146 Sm-147 Sm-148 Sm-151
Sm-153 Sm-157 Sn-113 Sn-117m Sn-119m
Sn-121m Sn-121 Sn-123 Sn-125 Sn-126
Sr-85 Sr-87m Sr-89 Sr-90 Sr-91
Sr-92 Ta-179 Ta-180 Ta-182 Ta-182m
Ta-183 Tb-157 Tb-158 Tb-160 Tb-161
Tc-101 Tc-103 Tc-106 Tc-95m Tc-95
Tc-97 Tc-97m Tc-98 Tc-99 Tc-99m
Te-121m Te-121 Te-123 Te-123m Te-125m
Te-127m Te-127 Te-129m Te-129 Te-131
Te-131m Te-132 Te-133 Te-133m Te-134
Th-227 Th-228 Th-229 Th-230 Th-231
Th-232 Th-233 Th-234 Ti-44 Ti-45
Ti-51 Tl-201 Tl-204 Tl-206 Tl-207
Tl-208 Tl-209 Tm-168 Tm-170 Tm-171
U-232 U-233 U-234 U-235 U-236
U-237 U-238 U-239 U-240 V-48
V-49 W-181 W-185 W-187 W-188
Xe-122 Xe-123 Xe-125 Xe-127 Xe-127m
Xe-129m Xe-131m Xe-133 Xe-133m Xe-135
Xe-135m Xe-137 Xe-138 Xe-139 Y-88
Y-90 Y-90m Y-91 y-91m Y-92
Y-93 Yb-164 Yb-169 Yb-175 Yb-177
Zn-65 Zn-69 Zn-69m Zr-100 Zr-88
Zr-89 Zr-93 Zr-95 Zr-97 Zr-98
Zr-99
The potential release rates described in this Condition were used
to determine control technologies and monitoring requirements
for this approval.
DOE must notify the Department of a "modification" to the
emission unit, as defined in WAC 246-247-030(16). DOE must
notify the Department of any changes to a NESHAP major
emission unit when a specific isotope is newly identified as
contributing greater than l 0% of the potential TEDE to the
MEI, or greater than 25% of the TEDE to the MEI after
controls. (WAC 246-247-110(9)) DOE must notify the
Department of any changes to potential release rates as required
by state or federal regulations including changes that would
constitute a significant modification to the Air Operating Permit
DOE/RL-2017-02 Rev. 0
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under WAC 173-401-725(4). Notice will be provided
according to the particular regulation under which notification is
required.
If the applicable regulation(s) does not address manner and type
of notification, DOE will provide the Department with advance
written notice by letter or electronic mail but not solely by
copies of documents.
4) Inventory- The radiological material used in this emission
unit will be tracked using the Pacific Northwest National
Laboratory Radiological Material Tracking system.
Continuous
CDM: Verified that this
emission unit was included in
the NESHAP reports
generated by RMT for 2016.
5) RELEASE RATE - Emission unit will be limited to an
unabated gross alpha release rate of l .93E-05 Curies/year for
alpha emitting isotopes.
Continuous
CDM: The radionuclide air
emissions data for the CY
2016 were reviewed to verify
that the gross alpha emissions
for this emission unit were less
than the NOC limit.
6) RELEASE RATE - Emission unit will be limited to an
unabated gross beta release rate of 5.1OE-05 Curies/year for
beta emitting isotopes.
Intermittent
CDM: The radionuclide air
emissions data for the CY
2016 were reviewed. The
Appendix D calculations for
gross beta emissions for this
emission unit were 1.19E-04
Ci, which is over the NOC
limit.
Comment: The sources at this
location are liquid scintillation
counter (LSC) standards that
were previously certified as
sealed sources. These sources
have not been opened, so they
really have no potential to
emit.
7) MONITORING -The gross alpha and gross beta rates wiil be
confirmed via 40 CFR 61, Appendix D calculations in lieu of
monitoring.
Continuous
CDM: Radioactive gases
released are tracked by the
Radioactive Gas
Inventory/Database.
Radionuclide emissions were
evaluated during the annual
NESHAPS inventory
assessment.
DOE/RL-2017-02 Rev. 0
B-343
W-MARS-003 WDOH Emission Unit ID : 1371
Page in AOP : EU1371-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA Filter
Required Units : 1
Add'l Description: Passive breather filters
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirements
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Continuous CDM: Field interviews and
WRPS work documents.
Federal and State Regulatory Requirement: 40 CFR
61.93[b][4][i] & WAC 246-247-075[3]
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous CDM: Field interviews and
WRPS work documents.
Permit: AIR 13-1107 Issue Date: 11-07-13 Effective Date: 10-31-13
NOC: Operation of 200 W-MARS-003
WDOH NOC ID: 899 Date In AOP: 10-31-13 Page in AOP: EU1371-001
The total abated emission limit for this Notice of Construction
is limited to 7.73E-06 mrem/year to the Maximally Exposed
Individual (WAC 246-24-7-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
1.55E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous CDM: Field interviews and
WRPS work documents.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in (WAC 246-247-030(16)), may be conducted.
MOBILE ARM RETRIEVAL SYSTEM
The Mobile Arm Retrieval System (MARS) is a waste
retrieval system used to retrieve waste from single-shell tanks
(SSTs) and move the waste to the double-shell tanks (DSTs).
The MARS employs two design options similar to currently
permitted systems: 1) a sluicing retrieval option is intended for
retrieval of non-leaker tanks and 2) a vacuum retrieval option
which is intended for retrieval of assumed leaker tanks. Both
options use an arm and sluicing jets and/or a high pressure
water scarifier to break up the waste. The sluicer uses waste
supernatant recycled from the DST to form a liquid jet using a
nozzle. The scarifier uses filtered, pressurized water that
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-344
comes from a high pressure water skid.
The equipment portion of the MARS includes a vertical,
carbon steel mast (square cross section) as the main structural
member. Attached to the vertical mast is a carbon fiber robotic
arm. The arm is attached to a traveler that raises and lowers
the arm relative to the vertical mast. The arm rotates 360
degrees - 380 degrees on a turntable located in the
containment box. The arm also pivots up and down from an
elbow at the traveler (hydraulic system) and extends and
retracts (hydraulic system). The end of the arm articulates. The
arm thus provides for a large range of motion such that the
sluicing devices (recycle sluicer, vacuum, water scarifier)
located at the end of the arm can aim at most portions of the
tank and from varying (e.g., short) distances.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227 Alpha-0 8.68E+03 Am - 241
All Alpha activity was attributed to Am-241
Am - 243 Ba -137 m Beta - 0 2.91E+06
All Beta radioactivity was attributed to Sr-90
C – 14 Cd-113 m Cm – 242 Cm – 243 Cm – 244
Co -60 Cs -134 Cs – 137 Eu – 152 Eu – 154
Eu – 155 H-3 I – 129 Nb - 93 m Ni - 59
Ni -63 Np – 237 Pa – 231 Pu – 238 Pu – 239
Pu – 240 Pu – 241 Pu – 242 Ra -226 Ra – 228
Ru – 106 Sb – 125 Se – 79 Sm – 151 Sn - 126
Sr – 90 Tc-99 Th – 229 Th – 232 U – 232
U – 233 U -234 U – 235 U – 236 U -238
Y- 90 Zr- 93
Continuous CDM: Field interviews and
WRPS work documents.
ALTERNATIVE APPROVAL-Annual Replacement
Approval is given to replace the filter on an annual basis with
the manufacturer tested and certification of HEPA filter with a
tested rating of 99.97% efficiency. Records of this testing shall
be maintained on file. (WAC 246- 247-040(5), WAC 246-247-
060(5), WAC 246-247-075(4))
Continuous CDM: Field interviews and
WRPS work documents.
EMISSION UNITS IDENTIFIED
The emission unit will be clearly identified. (WAC 246-247-
040(5))
Continuous CDM: Field interviews and
WRPS work documents.
ALTERNATE APPROVAL-Confirmatory Measurements
Confirmatory measurements of stack emissions shall be in
accordance with Hanford's Near-facility Environmental
Monitoring Program and augmented by smear surveys of the
filter unit during annual replacement. See Monitoring
Requirements above. (WAC 246-247-040(5)) and (WAC 246-
247-060(5)).
Continuous CDM: Field interviews and
WRPS work documents.
WDOH NOTIFICATION-Retrieval Under Passive Ventilation
Conditions
Retrieval activities shall occur under passive ventilation only
when an exhauster can no longer be operated on a single shell
tank due to structural concerns. The justification for structural
concerns with the single shell tank shall be documented and
provided to WDOH upon request. WAC 246-247-040(5)) and
(WAC 246-247-060(5)).
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
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W-MARS-004 WDOH Emission Unit ID : 1384
Page in AOP : EU1384-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : HEPA Filter
Required Units : 1
Add'l Description: Passive breather filters
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the inside surface of
the ducting and downstream of the HEPA filter or on the
outside of the screen covering the outlet of the vent.
Additional Requirements
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2 alpha
will verify low emissions.
Continuous CDM: Field interviews and
WRPS work documents.
Federal and State Regulatory Requirement: 40 CFR
61.93[b][4][i] & WAC 246-247-075[3]
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous CDM: Field interviews and
WRPS work documents.
Permit: AIR 13-1106 Issue Date: 11-07-13 Effective Date: 10-31-13
NOC: Operation of 200 W-MARS 004
WDOH NOC ID: 908 Date In AOP: 10-31-13 Page in AOP: EU1384-001
The total abated emission limit for this Notice of Construction
is limited to 7.73E-06 mrem/year to the Maximally Exposed
Individual (WAC 246-24-7-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
1.55E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous CDM: Field interviews and
WRPS work documents.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities
that constitute a "modification" to the emission unit, as defined
in (WAC 246-247-030(16)), may be conducted.
MOBILE ARM RETRIEVAL SYSTEM
The Mobile Arm Retrieval System (MARS) is a waste
retrieval system used to retrieve waste from single-shell tanks
(SSTs) and move the waste to the double-shell tanks (DSTs).
The MARS employs two design options similar to currently
permitted systems: 1) a sluicing retrieval option is intended for
retrieval of non-leaker tanks and 2) a vacuum retrieval option
which is intended for retrieval of assumed leaker tanks. Both
options use an arm and sluicing jets and/or a high pressure
water scarifier to break up the waste. The sluicer uses waste
supernatant recycled from the DST to form a liquid jet using a
nozzle. The scarifier uses filtered, pressurized water that
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-346
comes from a high pressure water skid.
The equipment portion of the MARS includes a vertical,
carbon steel mast (square cross section) as the main structural
member. Attached to the vertical mast is a carbon fiber robotic
arm. The arm is attached to a traveler that raises and lowers
the arm relative to the vertical mast. The arm rotates 360
degrees - 380 degrees on a turntable located in the
containment box. The arm also pivots up and down from an
elbow at the traveler (hydraulic system) and extends and
retracts (hydraulic system). The end of the arm articulates. The
arm thus provides for a large range of motion such that the
sluicing devices (recycle sluicer, vacuum, water scarifier)
located at the end of the arm can aim at most portions of the
tank and from varying (e.g., short) distances.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Ac-227 Alpha-0 8.68E+03 Am - 241
All Alpha activity was attributed to Am-241
Am – 243 Ba-137 m Beta – 0 2.91E+06
All Beta radioactivity was attributed to Sr-90
C – 14 Cd-113 m Cm – 242 Cm – 243 Cm - 244
Co -60 Cs -134 Cs – 137 Eu – 152 Eu – 154
Eu – 155 H-3 I – 129 Nb - 93 m Ni - 59
Ni -63 Np – 237 Pa – 231 Pu - 238 Pu – 239
Pu – 240 Pu – 241 Pu – 242 Ra -226 Ra – 228
Ru – 106 Sb – 125 Se – 79 Sm – 151 Sn - 126
Sr – 90 Tc-99 Th – 229 Th – 232 U – 232
U – 233 U -234 U – 235 U – 236 U -238
Y- 90 Zr- 93
Continuous CDM: Field interviews and
WRPS work documents.
ALTERNATIVE APPROVAL-Annual Replacement
Approval is given to replace the filter on an annual basis with
the manufacturer tested and certification of HEPA filter with a
tested rating of 99.97% efficiency. Records of this testing shall
be maintained on file. (WAC 246- 247-040(5), WAC 246-247-
060(5), WAC 246-247-075(4))
Continuous CDM: Field interviews and
WRPS work documents.
EMISSION UNITS IDENTIFIED
The emission unit will be clearly identified. (WAC 246-247-
040(5))
Continuous CDM: Field interviews and
WRPS work documents.
ALTERNATE APPROVAL-Confirmatory Measurements
Confirmatory measurements of stack emissions shall be in
accordance with Hanford's Near-facility Environmental
Monitoring Program and augmented by smear surveys of the
filter unit during annual replacement. See Monitoring
Requirements above. (WAC 246-247-040(5)) and (WAC 246-
247-060(5)).
Continuous CDM: Field interviews and
WRPS work documents.
WDOH NOTIFICATION-Retrieval Under Passive Ventilation
Conditions
Retrieval activities shall occur under passive ventilation only
when an exhauster can no longer be operated on a single shell
tank due to structural concerns. The justification for structural
concerns with the single shell tank shall be documented and
provided to WDOH upon request. WAC 246-247-040(5)) and
(WAC 246-247-060(5)).
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
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W-SXPWET-001 WDOH Emission Unit ID : 1391
Page in AOP : EU1391-001
EMISSION UNIT DID NOT OPERATE DURING CY 2016 SEE TABLE 2
Permit: AIR 13-1001 Issue Date: 09-30-13 Effective Date: 09-30-13
NOC: SX Farm Pore Water Extraction Test Project
WDOH NOC ID: 904 Date In AOP: 05-01-14 Page in AOP: EU1391-001
NOC NOT UTILIZED DURING CY 2016 SEE TABLE 3
W-AZ-301 Tanker-001 WDOH Emission Unit ID : 1406
Page in AOP : EU1406-001
Requirement Compliance
Status
Compliance Determination
Method
For the time period of : (01-01-16 to 12-31-16)
Zone or Area :
Abatement Technology : Radial HEPA Filter
Required Units : 1
Add'l Description: Tanker trailer breather, Radial HEPA
filter
Continuous CDM: Field interviews and
WRPS work documents.
Required Sampling: Smear survey on the outside of the
outlet of the vent.
Sampling Frequency: Annually at a minimum
Radionuclide Requiring Measurement: Total Alpha and
Total Beta/Gamma.
Continuous CDM: Radiological Survey
Reports.
Federal and State Regulatory Requirement: 40 CFR
61.93[b][4][i] & WAC 246-247-075[3]
Permit Monitoring and Testing Procedure: 40 CFR 61,
Appendix B Method 114
Continuous
CDM: Field interviews and
WRPS work documents.
Comment: 40 CFR 61,
Appendix B Method 114 does
not apply, as clarified in
Attachment 2 Section 4.0,
because this EU does not use
sample extraction as its PCM.
Permit: AIR 14-301 Issue Date: 03-12-14 Effective Date: 03-05-14
NOC: Operation of the AZ-301 Tanker for Condensate Collection and Transport
WDOH NOC ID: 914 Date In AOP: 08-01-16 Page in AOP: EU1406-001
The total abated emission limit for this Notice of Construction
is limited to 1.07E-05 mrem/year to the Maximally Exposed
Individual (WAC 246-247-040(5)). The total limit on the
Potential-To-Emit for this Notice of Construction is limited to
2.14E-02 mrem/year to the Maximally Exposed Individual
(WAC 246-247-030(21)).
Continuous
CDM: Reviewed applicable
radionuclide air emissions data
(or other source data/
information) to verify total
abated emissions are below the
NOC limit.
This approval applies only to those activities described below.
No additional activities or variations on the approved activities Continuous
CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
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that constitute a "modification" to the emission unit, as defined
in WAC 246-247-030(16), may be conducted.
The AZ-301 Tanker project consists of operation of a pumping
system to transport condensate from catch tank AZ- 30 1 into
the tanker. A tanker would be deployed outside of the 241-A
Y/ AZ Tank Farm. The condensate is transported to another
permitted facility, such as Liquid Effluent Retention Facility,
or Effluent Treatment Facility.
241-A Y and 241-AZ Tank farms are ventilated by the 296-A-
42 primary exhauster. Condensate from various points in the
primary exhauster are collected and routed to the AZ-301
catch tank. The AZ-301 catch tank has a nominal 1,200 gallon
capacity and condensate is currently routed to AZ-102 or A Y-
101. Alternate options are needed as AY and AZ tanks are
nearing capacity.
Emission from the AZ-301 Tanker project, in conjunction with
other operations on the Hanford site, will not exceed the
National Emission Standard of 10 millirem (mrem) per year
(40 CFR 61, Subpart H). The pumping operation shall follow
As Low As Reasonably Achievable (ALARA) practices. The
hose from AZ-301 to the tanker shall be hose in hose design so
that any leak in the primary hose is contained. The hose is also
elevated with a slant back toward the tank. The tanker has a
catch basin.
The AZ-301 Tanker Project is designed to minimize potential
emissions. A radial HEPA filter is used to vent the tanker
while it is being filled. To prevent the potential for inadvertent
release during the connection and disconnection of the hoses
"dry-break" type connections are used. The top of the tanker
where the condensate is pumped into the truck has a catch
basin so that any condensate does not reach the ground.
ALARA practices are employed during pumping operations
and the loading and unloading of the tanker.
The truck loading area might have a tent like enclosure for
weather protection and to retain heat in the winter.
The Annual Possession Quantity is limited to the following
radionuclides (Curies/year):
Alpha-0 | 9.57E-01
All Alpha radioactivity was attributed to Pu-239
Beta-0 | 9.36E+01
All Beta radioactivity was attributed to Sr-90
Continuous CDM: TWINS
ABATEMENT CONTROL-Tanker Loading Activities
All work shall be performed in accordance with approved
radiological control methods and ALARA program
requirements. These requirements shall be carried out through
work packages, operating procedures, radiological work
permits, or other work instructions. The general chemical and
physical processes associated with tanker loading activities
Continuous CDM: Field interviews and
WRPS work documents.
DOE/RL-2017-02 Rev. 0
B-349
shall consist of the following.
Appropriate hookups shall be made between the source and
the tanker (e.g., pumps, hoses, etc.). Connections will be
periodically surveyed to verify that no leaks are occurring.
Spill prevention measures shall be in place to mitigate release
of condensate to the atmosphere and/or to the ground during
hookup, transfer, and disconnect operations. These measures
include provisions to catch and retain any inadvertent release
of liquid (e.g. the catch basin and the connection to the tanker)
and the use of dry-break type connections to connect the
transfer line to the truck. The tanker shall be equipped with a
High Efficiency Particulate Filter (HEPA) to allow for venting
while the tanker is being filled. (WAC 246-247-040(5))
ABATEMENT CONTROL-Prior to Transport
After filling the tanker, fittings shall be disconnected and
closed and shall remain closed until commencement of
unloading operations at LERF and or ETF. In the case that the
condensate is taken to a different receiving facility, WDOH
requires notification as to which facility shall receive the
condensate.
All liquid/gas release points where the tanker contents could
escape to the atmosphere shall be closed prior to transport.
The valve under the HEPA filter shall be closed during
transport to ensure that the liquid does not wet the HEPA filter
during transport.
Appropriate decontamination measures shall be performed to
reduce residual external smearable radioactive contamination
to transport release criteria before releasing the tanker for
overland transport. Removable contamination levels on the
truck must be less than or equal to 1,000 dpm/100 cmA2
beta/gamma and less than or equal to 20 dpm/100 cm^2 alpha
prior to transport. Inspections of the tanker vents and valves
shall be performed and documented prior to transport. Waste
liquid shall be characterized (at a minimum of annually), and
acceptability at LERF and or ETF (or receiving facility
specified in the notification to WDOH) shall be
documented.(WAC 246-247-040(5)).
Continuous CDM: Field interviews and
WRPS work documents.
EFFLUENT MONITORING-WDOH documentation:
a) A single WDOH approved record shall be maintained, of
the tanker shipments and an estimate of annual emissions shall
be reported. Records of the operator rounds (which shall serve
as the WDOH approved record) can be used for this
documentation. (WAC 246-247-040(5))
b) Information from shipment records shall be used to estimate
annual emissions. These records shall be retained at the
facility and shall be available for audits. The estimated
emissions shall be determined using one of the following
methods:
Method 1: From the characterization of the liquid being
loaded, gross alpha and gross beta/gamma activities shall be
determined. The emission shall be determined using the
volume of liquid transferred, an assumed release fraction of
0.00l, the most recent location-specific dose conversion
Continuous
CDM: Field interviews and
WRPS work documents. WRPS
notification procedure and
notification logbook.
DOE/RL-2017-02 Rev. 0
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factors of 1.88E-01 mrem/Ci beta/gamma and 4.00E+00
mrem/Ci alpha, assuming gross alpha is Pu-239 and gross
beta/gamma is Sr-90
Method 2: From the characterization of the liquid being
loaded, a complete isotopic distribution of radionuclides shall
be determined. The emission shall be determined using the
volume of liquid transferred, an assumed release fraction of
0.001, the most recent location-specific dose conversion
factors of 1.88E-0l mrem/Ci beta/gamma and 4.00E+00
mrem/Ci alpha for the known isotopes. (WAC 246-247-
040(5), WAC 246-247-080(7), WAC 246-247-075(3))
EMISSION UNITS IDENTIFIED
The emission unit shall be clearly identified by Emission Unit
ID and AEI ID number (WAC 246-247-040(5))
Continuous CDM: Identification placed on
tanker.
ABATEMENT CONTROL-Fill level limits
The tanker has an 8,000 gallon capacity. The condensate will
be periodically transported when the tanker is filled with
approximately 7,000 gallons. (WAC 246-247-040(5))
Continuous
CDM: Field interviews and
WRPS work documents.
WRPS notification procedure
and notification logbook.
ABATEMENT CONTROL-Air flow rates
The HEPA filter shall be rated for a flow rate higher than the
maximum flow rate when being filled. (WAC 246-247-
040(5))
Continuous
CDM: Field interviews and
WRPS work documents.
WRPS notification procedure
and notification logbook.
ABATEMENT CONTROL-Volume documentation
Volume of tanker contents shall be documented each day of
filling operations. (WAC 246-247-040(5))
CDM: Field interviews and
WRPS work documents.
WRPS notification procedure
and notification logbook.
DOE/RL-2017-02 Rev. 0
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Table 1. Compliance Demonstration for Requirements on Minor, Passively Ventilated
Vents on Single Shell Tanks. (2 sheets)
Emission Unit (EU ID) Emission Unit (EU ID) Emission Unit (EU ID) Emission Unit (EU ID)
P-241A101-001 (92) P-241BY101-001 (283) P-241S110-001 (138) P-241TX105-001 (116
P-241A102-001 (90) P-241BY102-001 (286) P-241S111-001 (202) P-241TX106-001 (126)
P-241A103-001 (87) P-241BY103-001 (288) P-241S304-001 (1227) P-241TX107-001 (114)
P-241A104-001 (88) P-241BY104-001 (289) P-241SX101-001 (1219) P-241TX108-001 (123)
P-241A105-001 (91) P-241BY105-001 (284) P-241SX102-001 (1220) P-241TX109-001 (128)
P-241A106-001 (94) P-241BY106-001 (285) P-241SX103-001 (1221) P-241TX110-001 (121)
P-241AX101-001 (305) P-241BY107-001 (294) P-241SX104-001 (1222) P-241TX111-001 (130)
P-241AX102-001 (303) P-241BY108-001 (291) 1 P-241SX105-001 (1223) P-241TX112-001 (115)
P-241AX103-001 (304) P-241BY109-001 (290) P-241SX106-001 (1224) P-241TX113-001 (117)
P-241AX104-001 (302) P-241BY110-001 (293) P-241SX107-001 (1207) P-241TX114-001 (119)
P-241B101-001 (269) P-241BY111-001 (292) P-241SX108-001 (1208) P-241TX115-001 (125)
P-241B102-001 (270) P-241BY112-001 (287) P-241SX109-001 (1209) P-241TX116-001 (122)
P-241B103-001 (279) P-241C104-001 (716) P-241SX110-001 (1210) P-241TX117-001 (113)
P-241B104-001 (272) P-241C105-001 (717) P-241SX111-001 (1211) P-241TX118-001 (129)
P-241B105-001 (266) P-241C106-001 (712) P-241SX112-001 (1212) P-241TY101-001 (86)
P-241B106-001 (281) P-241C101-001 (247) P-241SX113-001 (201) P-241TY102-001 (82)
P-241B107-001 (275) P-241C102-001 (237) P-241SX114-001 (1213) P-241TY103-001 (85)
P-241B108-001 (268) P-241C103-001 (737) 2 P-241SX115-001 (200) P-241TY104-001 (84)
P-241B109-001 (277) P-241C107-001 (230) P-241T101-001 (79) P-241TY105-001 (83)
P-241B110-001 (278) P-241C108-001 (231) P-241T102-001 (68) P-241TY106-001 (81)
P-241B111-001 (276) P-241C109-001 (245) P-241T103-001 (78) P-241U101-001 (103)
P-241B112-001 (274) P-241C110-001 (244) P-241T104-001 (71) P-241U102-001 (101) 1
P-241B201-001 (267) P-241C111-001 (1) P-241T105-001 (65) P-241U103-001 (97) 1
P-241B202-001 (280) P-241C112-001 (232) P-241T106-001 (66) P-241U104-001 (109)
P-241B203-001 (282) P-241C201-001 (233) P-241T107-001 (69) P-241U105-001 (112) 1
P-241B204-001 (271) P-241C202-001 (246) P-241T108-001 (73) P-241U106-001 (111) 1
P-241BX101-001 (259) P-241C203-001 (242) P-241T109-001 (67) P-241U107-001 (99)
P-241BX102-001 (262) P-241C204-001 (235) P-241T110-001 (76) P-241U108-001 (98) 1
P-241BX103-001 (257) P-241S-001 (203) P-241T111-001 (70) P-241U109-001 (105)
P-241BX104-001 (255) 1 P-241S101-001 (132) P-241T112-001 (72) P-241U110-001 (110)
P-241BX105-001 (273) P-241S102-001 (134) P-241T201-001 (80) P-241U111-001 (107)
P-241BX106-001 (261) P-241S103-001 (133) P-241T202-001 (77) P-241U112-001 (108) 1
P-241BX107-001 (258) P-241S104-001 (131) P-241T203-001 (74) P-241U201-001 (102)
P-241BX108-001 (265) P-241S105-001 (137) P-241T204-001 (75) P-241U202-001 (106)
P-241BX109-001 (263) P-241S106-001 (139) P-241TX101-001 (127) P-241U203-001 (100)
P-241BX110-001 (256) P-241S107-001 (140) P-241TX102-001 (124) P-241U204-001 (104)
P-241BX111-001 (264) P-241S108-001 (135) P-241TX103-001 (120)
P-241BX112-001 (260) P-241S109-001 (136) P-241TX104-001 (118)
DOE/RL-2017-02 Rev. 0
B-352
Table 1. Compliance Demonstration for Requirements on Minor, Passively Ventilated
Vents on Single Shell Tanks.
Requirement Compliance
Status
Compliance Demonstration
Method
Zone or Area :
Abatement Technology : HEPA
Required Units : 1
Add'l Description: Passive Breather Filter
Continuous CDM: Field interviews and WRPS
work documents.
Required Sampling: Smear survey on the inside
surface of the ducting and downstream of the HEPA
filter or on the outside of the screen covering the outlet
of the vent.
Additional Requirement
Radial breather filters shall be replaced every 365 days.
Sampling Frequency: Every 365 days
Radionuclide Requiring Measurement: Levels below
10,000 dpm/100 cm2 beta/gamma and 200 dpm/100 cm2
alpha will verify low emissions.
Continuous CDM: Radiological Survey
Reports.
Federal and State Regulatory Requirement: 40 CFR
61.93(b)(4)(i) & WAC 246-247-075(3)
Permit Monitoring and Testing Procedure: 40 CFR
61, Appendix B Method 114
Continuous
CDM: Field interviews and WRPS
work documents.
Comment: 40 CFR 61, Appendix
B Method 114 does not apply, as
clarified in Attachment 2 Section
4.0, because this EU does not use
sample extraction as its PCM.
Alternate Requirements
1 Alternate Sampling Requirements: An alternate sampling method for breather filters with stack extensions may
be performed by removing the test port cap downstream of the HEPA filter, surveying the cap and inserting smear
media (e.g. swab, masslin) in the opening and smearing the interior ducting surface on the opposite side of the test
port cap opening. Breather filters shall be aerosol tested every 365 days.
2 Alternate Compliance Status: Intermittent
CDM: Radiological Survey Reports, WRPS work documents, WRPS notification procedure and notification
logbook.
Comment: Radial filter was found uninstalled on 12/21/15 and was reinstalled early in CY 2016. Reported per
WRPS notification procedure
DOE/RL-2017-02 Rev. 0
B-353
Table 2. Attachment 2 Emission Units That Did Not Operate
During this Certification Period. (2 sheets)
DOH
EU ID Emission Unit
Compliance
Status CDM
57 W-296P043-001 Continuous Field interviews. This emission unit did not
operate during the reporting period.
58 W-296P044-001 Continuous Field interviews. This emission unit did not
operate during the reporting period.
96 P-204AR-001 Continuous Field interviews. This emission unit did not
operate during the reporting period.
163 P-242S-001 Continuous Field interviews. This emission unit did not
operate during the reporting period.
175 EP-318-01-S Continuous This emission unit was not utilized during the
reporting period.
308 P-213W-001 Continuous
This emission unit is inactive and will require
an NOC to resume operation or a report of
closure to de-register.
384 P-296A010-001 Continuous This emission unit did not operate during the
reporting period.
395 P-FFTFRESB-001 Continuous This emission unit did not operate during the
reporting period.
396 P-FFTFHTTR-001 Continuous This emission unit did not operate during the
reporting period.
398 Sodium Storage Facility Continuous This emission unit did not operate during the
reporting period.
461 W-PORTEX 011 Continuous This emission unit did not operate during the
reporting period.
749 W-296P048-001 Continuous This emission unit did not operate during the
reporting period.
755 DVS – Active Continuous This emission unit did not operate during the
reporting period.
756 DVS - Passive Continuous This emission unit did not operate during the
reporting period.
878 P-BULKVIT-001 Not
Applicable
Emission unit not constructed and initial
operational startup did not occur during the
reporting period.
885 W-296P049-001 Not
Applicable
Emission unit not installed and initial
operational startup did not occur during the
reporting period.
886 W-296P050-001 Not
Applicable
Emission unit not installed and initial
operational startup did not occur during the
reporting period.
1176 FFTF PTRAEUs Continuous The emission unit did not operate during the
reporting period.
1181 Drum Venting System 2 Continuous The emission unit did not operate during the
reporting period.
DOE/RL-2017-02 Rev. 0
B-354
Table 2. Attachment 2 Emission Units That Did Not Operate
During this Certification Period. (2 sheets)
DOH
EU ID Emission Unit
Compliance
Status CDM
1183 S-MO444-001 Continuous The emission unit did not operate during the
reporting period.
1249 P-241S102-002 Continuous The emission unit did not operate during the
reporting period.
1250 J-HAMMER-001 Continuous The emission unit did not operate during the
reporting period.
1289 Decon Trailer 200E (Int. Power
Exhaust)
Not
Applicable No requirement specified.
1290 Decon Trailer 200W (Int. Power
Exhaust)
Not
Applicable
No requirement specified.
1291 Decon Trailer 200E (Collection
Tank Vent)
Not
Applicable
No requirement specified.
1292 Decon Trailer 200W (Collection
Tank Vent)
Not
Applicable
No requirement specified.
1322 W-PES-001 Continuous The emission unit did not operate during the
reporting period.
1326 Vapor Extraction System Continuous
No activities were conducted requiring the use
of the NOC during the reporting period;
therefore, no emission were generated by the
emission unit.
1327 Next Generation Retrieval
(Active) Continuous
No activities were conducted requiring the use
of the NOC during the reporting period;
therefore, no emission were generated by the
emission unit.
1335 P-296S26-001 Not
Applicable
Emission unit not installed and initial
operational startup did not occur during the
reporting period.
1342 P-296S27-001 Not
Applicable
Emission unit not installed and initial
operational startup did not occur during the
reporting period.
1391 W-SXPWET-001 Continuous The emission unit did not operate during the
reporting period.
DOE/RL-2017-02 Rev. 0
B-355
Table 3. Attachment 2 NOC Approvals That Were Not Utilized
During this Certification Period. (5 sheets)
NOC ID Page in AOP Approval Number Compliance
Status CDM
665 EU0384-001
AIR 06-1026
Reactivation of PUREX
Storage Tunnel Number 2
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
719 EU0455-004
AIR 11-1006-A
Operation of the
Transuranic Waste
Retrieval Project
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
749 EU1250-001
AIR 09-903
Use of Radioactive
Materials at the
Volpentest
HAMMER/Hanford
Training and Education
Center
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
774 EU0476-001
AIR 10-506
Operation of the Guzzler
in Tank Farm Facilities
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
804
EU 0455-004
AIR 11-1006 – A
Operation of the
Transuranic Waste
Retrieval Project
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
EU0486-001 AIR 11-1006 – B
EU0755-001 AIR 11-1006 – C
EU0756-001 AIR 11-1006 – D
EU1181-001 AIR 11-1006 – E
EU1322-001 AIR 11-1006 – F
EU1326-001 AIR 11-1006 – G
EU1327-001 AIR 11-1006 – H
805 EU0486-009
AIR 11-914
241-SY Tank Farm
Ventilation System
Upgrades Installation and
Pre Operational Permit
for 241-SY/AP/AY/AZ
Tank Farm Exhauster
Upgrade
Not Applicable Installation and initial operational startup
did not occur during the reporting period.
810 EU1183-001
AIR 12-301 – C
Waste Receiving and
Processing Facility
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
811 EU0443-001
AIR 12-302
300 Area Excavation
Activities
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
817 EU1335-001
AIR 11-915 – A
241-SY Tank Farm
Ventilation System
Upgrade Operational
Not Applicable Installation and initial operational startup
did not occur during the reporting period.
DOE/RL-2017-02 Rev. 0
B-356
Table 3. Attachment 2 NOC Approvals That Were Not Utilized
During this Certification Period. (5 sheets)
NOC ID Page in AOP Approval Number Compliance
Status CDM
Permit for 241-
SY/AP/AY/AZ Tank
Farm Exhauster Upgrade
EU1342-001 AIR 11-915 – B
823 EU0486-021
AIR 11-918
241-AP Tank Farm
Ventilation System
Upgrades Installation and
Pre Operational Permit
for 241-SY/AP/AY/AZ
Tank Farm Exhauster
Upgrade
Not Applicable Installation and initial operational startup
did not occur during the reporting period.
825 EU0486-021
AIR 12-307 – D
Categorical Tank Farm
Facility Waste Retrieval
and Closure: Phase II
Waste Retrieval
Operations
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
827 EU0227-001
AIR 12-309
Installation and Operation
of a Waste Retrieval
System in Tanks 241-
AN-101,102,103, 104,
105, 106 and 107
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
828 EU0204-001
AIR 12-310
Installation and Operation
of Waste Retrieval
System in Tanks 241-AP-
102 and 241-AP-104
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
830 EU0447-001
AIR 12-312 – B
Consolidated T Plant
Operations
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
833 EU1176-001
AIR 12-314 – F
Sodium Residual
Reaction/Removal and
other Deactivation Work
Activities at the Fast Flux
Test Reactor
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
838
EU0447-006
AIR 12-317 – A
Roof Replacement
Activities Involving
Radioactive
Contamination at
Facilities on the Central
Plateau
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
EU0455-008 AIR 12-317 – B
EU0476-004 AIR 12-317 – C
DOE/RL-2017-02 Rev. 0
B-357
Table 3. Attachment 2 NOC Approvals That Were Not Utilized
During this Certification Period. (5 sheets)
NOC ID Page in AOP Approval Number Compliance
Status CDM
EU0486-038 AIR 12-317 - D
839 EU0447-008
AIR 12-318 – A
Categorical Tank Farm
Facility Entry and
Surveillance Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
EU0486-040 AIR 12-318 - B
841
EU0447-010
AIR 12-320 – A
Tank Farm Restoration
and Safe Storage Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period. EU0476-006 AIR 12-320 - B
EU0486-042 AIR 12-320 - C
842 EU0398-001
AIR 12-321
Construction and
Operation of Sodium
Storage Facility
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
843 EU0486-045
Air 12-322
Vapor Sampling of
Miscellaneous
Underground Units
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
845 EU0486-048
AIR 12-324
241-AN Tank Farm
Installation and Operation
of a New Ventilation
System
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
846 EU0486-050
AIR 12-325
241-AW Tank Farm
Installation and Operation
of a New Ventilation
System
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
848 EU0486-056
AIR 12-327
Operation of the
Integrated Disposal
Facility (IDF)
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
849 EU0486-063
AIR 12-328
Cleaning Radiologically
Contaminated Vehicles
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
850 EU0486-065
AIR 12-329 – B
Removal of Liquid from
Catch Tank 241-ER-311 Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
EU0910-001 AIR 12-329 – C
851
EU0486-067
AIR 12-330 – A
Decontamination Trailer
at the Transuranic Waste
Retrieval Project Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period. EU1243-001 AIR 12-330 – B
EU1244-001 AIR 12-330 – C
DOE/RL-2017-02 Rev. 0
B-358
Table 3. Attachment 2 NOC Approvals That Were Not Utilized
During this Certification Period. (5 sheets)
NOC ID Page in AOP Approval Number Compliance
Status CDM
852
EU0476-009
AIR 12-331 – A
Categorical Tank Farm
Facility Waste Retrieval
and Closure: Phase 1 -
Site Preparation and
system Installation
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
EU486-053
AIR 12-331 – B
Tank Farms - Phase 1-
Waste Retrieval and
Closure
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
853
EU0476-013
AIR 12-332 – A
244-CR Vault Isolation
and Interim Stabilization Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period. EU0486-074 AIR 12-332 – B
EU0498-006 AIR 12-332 – C
EU 0713-001 AIR 12-332 – D
854 EU0486-066
AIR 12-333
Tank Waste Remediation
System Vadose Zone
Characterization
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
856
EU0486-089
AIR 12-335 – A
Tank Farm
Decontamination Trailer
East Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period. EU1289-001 AIR 12-335 – B
EU1291-001 AIR 12-335 – C
857 EU1290-001
AIR 12-336 – B
Tank Farm
Decontamination Trailer
West Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
EU1292-001 AIR 12-336 – C
863 EU0486-075
AIR 12-1001 – A
E-525 Double-Shell Tank
(DST) Transfer System
Modifications Project
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
898 EU0486-078
AIR 13-807
Sidewall Coring of Single
Shell Tanks
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
904 EU1391-001
AIR 13-1001
SX Farm Pore Water
Extraction Test
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
915 EU0486-081
AIR 14-306
Diffuse and Fugitive
Operations at LERF and
ETF
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
DOE/RL-2017-02 Rev. 0
B-359
Table 3. Attachment 2 NOC Approvals That Were Not Utilized
During this Certification Period. (5 sheets)
NOC ID Page in AOP Approval Number Compliance
Status CDM
932 EU0486-086
AIR 14-910
Removal and Disposal of
the Obsolete 242A
Evaporator Building K-1
Exhauster
Continuous
No activities were conducted requiring
the use of this NOC during the reporting
period.
DOE/RL-2017-02 Rev. 0
B-360
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DOE/RL-2017-02, Rev. 0
C-i
APPENDIX C
AIR OPERATING PERMIT
ATTACHMENT 3 REQUIREMENTS
DOE/RL-2017-02, Rev. 0
C-ii
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DOE/RL-2017-02, Rev. 0
C-iii
CONTENTS
Asbestos Compliance ...................................................................................................................C-1 Open Burning Compliance ..........................................................................................................C-2
DOE/RL-2017-02, Rev. 0
C-iv
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DOE/RL-2017-02, Rev. 0
C-1
Asbestos Compliance
Page in AOP: 3-001
Permit: Asbestos Requirements Issue Date: 01-01-07 Date In AOP: 04-01-13
NOC: General Asbestos Requirement
Requirement Compliance
Status Compliance Determination Method
Condition: The National Emissions Standards for Hazardous
Air Pollutants (NESHAP), 40 Code of Federal Regulations
(CFR) Part 61, Subpart M, "National Emission Standard for
Asbestos," and the Benton Clean Air Authority (BCAA)
Regulation 1, Article 8, "Asbestos" require the Department of
Energy, its contractors, or its subcontractors to file a
notification prior to commencement of a demolition or
renovation activity at an affected facility. Pursuant to the
authorities delegated by the State of Washington, Department
of Ecology (Ecology) and the U.S. Environmental Protection
Agency (EPA), the BCAA is the responsible authority to
conduct day-to-day regulatory responsibility and ensure
compliance with 40 CFR 61 Subpart M and Article 8 of
Regulation 1 of BCAA, adopted by reference in this air
operating permit (AOP), for the Hanford Site. BCAA shall
inform Ecology prior to taking any final permitting or
enforcement actions at Hanford.
Model ID: Not applicable.
EPA Test Method: Not specified.
EPA Test Method Frequency: Not applicable.
Periodic Monitoring: Not Applicable.
Required Records: Not Applicable.
Continuous
CDM: Conducted reasonable inquiry of
personnel engaged in asbestos related work
activities to verify appropriate procedures
implemented and documentation is in place.
DOE/RL-2017-02, Rev. 0
C-2
Open Burning Compliance
Page in AOP: 3-001
Permit: AOP Outdoor Burning Issue Date: 01-01-07 Date In AOP: 04-01-13
NOC: AOP Outdoor Burning Standards
Requirement Compliance
Status Compliance Determination Method
Condition: Chapter 173-425 Washington Administrative
Code (WAC) and BCAA Regulation 1, Article 5, "Outdoor
Burning," require the Department of Energy, its contractors,
or its subcontractors to follow these rules regulating outdoor
burning, including obtaining special outdoor burning permits
if required. The BCAA, pursuant to the authorities delegated
by Ecology, is the responsible authority to ensure compliance
with WAC 173-425 and Article 5 of Regulation 1 of BCAA
adopted by reference in this AOP for the Hanford Site.
Model ID: Not applicable.
EPA Test Method: Not specified.
EPA Test Method Frequency: Not applicable.
Periodic Monitoring: Not specified.
Required Records: Not applicable.
Continuous
CDM: Conducted a reasonable inquiry of
individuals charged with approving and
supervising open burning on the Hanford
Site.
DOE/RL-2017-02, Rev. 0
Distr-1
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Benton Clean Air Agency
526 S. Steptoe St.
Kennewick, WA 99336
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Pendleton, Oregon 97801
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P.O. Box 365
Lapwai, Idaho 83540
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P.O. Box 151
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R. Jim, Manager
ONSITE All onsite distribution will be made electronically unless otherwise noted.
MSIN
Washington State Department of Ecology
P. M. Gent
DOE/RL-2017-02, Rev. 0
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Washington State Department of Health
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