ACTION ITEMS

DEVELOPED IN THE COURSE OF THE NOVEMBER 4, 1992

DOE/NMED/EEG/NM WIPP TASK FORCE QUARTERLY MEETING

NMBR ACTION FOR DESCRIPTION OF ACTION REQUIRED

1. NMED Provide EEG and DOE with a description of therelationship of DOE's Test Phase Plan to the permitapplication now being processed by NMED.

2. DOE Take, the lead in arranging for meetings between DOEand EEG to discuss the following:

a. Concerns about Xylene in waste expressed inrecent EEG letters and DOE's responses tothose letters.

b. The EEG-50 Report and DOE comments!concerns about that report.

3. DOE Provide the schedule/availability for the SAR and datafor Dry Bins, Humid Bins, Alcoves, and solubilitytesting to EEG.

4. DOE Provide EEG with a copy of the May 1992 draft of theComprehensive Underground Management Plan.

5. EEG Provide comments on WIPP's RCRA, Part B, p iapplication to NMED as soon as possible.

6. DOE Provide EEG with a copy of the "Waste Isolation iwPlan Supplementary Roof Support SystUnderground Storage Area Panel 1, room 1Geotechnical Field Data Analysis Bi-Annual Report" ofApril, 1992, that was mentioned during ToddBurrington's presentation.

7. DOE Provide EEG with a copy of the data submitted to theNRC, to support the application for certification of theTRUPACT 11 to transport additional waste forms.

8. DOE Evaluate a system to provide EEG with copies of allfinal--issue Sandia and DOE reports on the WIPP.

ACTION ITEMS (continued)

9. DOE Determine if EEG should participate in the nextPeriodic Performance Review of the SupplementaryRoof Support System in Room 1, Panel 1 by theSupplementary Roof Support system Advisory Group.

10. DOE Provide a set of view graphs used during the Nov. 4,199.2 DOEINMED/EEG/NM WIPP Task Force QuarterlyMeeting to each of the participating organizations(WPIO, WPSO, NMED, EEG, SNL, WID and the NMWIPP Task Force). (This has been accomplished.)

11. EEG Coordinate next DOEINMED/EEGINM WIPP TaskForce Quarterly Meeting to be held in mid-January,199-3.

2

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I Agenda

I DOIE/NME-D/EEGNovember 4, 1992

8:00 Introduction and Opening Remarks - Neil Weber (No -. I I s)

18:15 WIPP RCRA Review Status Report -B.Mouzh&ltc S. CoL,'&s (ko.s e

1 8:30 Opening Remarks - John Arthur 1, a"uk)

9:15 Opening Remarks - Bob Neill ~

10:00 Break

10:15 Stability Of Existing Test Rooms Of Panel 1 - Tod Burrington (A f11:00 Alcove Seal Design Status; - Ravi Batra (WPIO) -,

1 11:30 Underground Management Plan - Kent Hunter (WPSO)

112:30 Lunch

11:30 Status Report On Bin Preparation At INEL And Rocky Flats- Jim Coffey (WPIO)/Ron Guymon (WID) (P. . . ) w17

1 2:15 Status Report On The WIPP Performance Assessment Effort-Rip Anderson (Sandia)

3:00 Break

3:15 Plans For Source Term Experiments At LANLI - Bob Houck (WPIO)IRobert Villarreal (LANL)

I4:00 Summary Of Action Items Best Available Copy

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ENVIRONMENTAL EVALUATION GROUP

NCO A EQUAL. OPPORTUNMY /A~RWMATTVE ACTION EMPLOYER7007 WYOMING BOULEVARD, N.E.

SUITE F-2ALBUQUERQUE, NEW MIEXICO 87109

(505) 828-1003

XL QUARTERALY MEETING

U.S. Department of Energy

N.M. Environmental Evaluation Group

N.M. Environment Department IN

November 4, 1992 Best Available Copy

Providing an independent technical analysis of the Waste Isolation Pilot Plant (WIPP),a federal transuranic nuclear waste repository.

EXAMPLES OF _THE EGs ROLE INSATSFACTORILY RESOLVING THE

WIFIISSIJES

Site haraterization,

o Deep Dissolution - Organized workshops,proposed testing and resolved the issue in1987.

o Brine Reservoirs - After WIPP-12, urgedDOE to move the repository location.

o Karst in Rustler - EEG-32. Propos64-additional testing.

" Breccia Pipes - Organized workshops andadditional studies,

" Repository horizon - Accepted the existingrepository horizon after MIB139 fracturingwas discovered and SNL studied the alter-natives.

Best Available Copy

q Transportation

o Transportation Risk -Have providedindependent technical analyses (EEG-5,EEG-46) to put the issue in scientific

I perspective.

o TRUPACT - Documented the inadequaciesof TRUPACT-I (EEG-24, EEG-33), and

I accepted the adequacy of right circularTRUPACT-Il.

Monitoring

o Pre-operational En' vironmental Monitoring

o CAMs adequate for dry bin tests.

Best Available copy

I EXAMPLES OF MAJOR ISSUESREMAINING UNRESOLE )BECAUSE

DOE HAS NOT RESOLVED THEM

Test Phase - Plans; keep changing. Still nofinal plans.

I Retardation - Laboratory experiments plan-ned now could have been done 10 years ago.

I Solubility Experiments - Laboratory experi-ments planned now could have started 3 yearsago.

Alcove Tes - Changing DOE position. Workion Alcove seal could have been performed.4years ago.

Room Saity- Pa nel 1 rooms were exca-vated before specific,. plans to use them.

Best Available Cop,

-CAMs - DOE has not implemented about 50%of peer review panel's recommendations 1.5years ago.

Flammabiit - DOE has not reconciled thedifferent requirements between a "safe" testand a "useful" one.

Aalilt of Waste for Tets M Only 5 binsprepared after 2 years effort.

Oeratoa Saet urin Test Phase - Untilthe plans and safety analyses are completed,the issue remains.

Safety Analy-sis Rprt-Excluding dry bin,tests, no reports or schedules for compleion.<-

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11/5/92 Test Plan not available

*No identification of experimentsyet

*What data are to be obtained.(Pb, VOCs?)

" Alcove Drum Test

o Humid and inundated tests

o Dry Bin Test

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I STATUS OF TEST PHASEEXPERIMIENTS

IDate ofSAR Data Available

Dry Bins Done?

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2 TABLE 6-1. SUMMARY OF VARIABLE IMPORTANCE IN THE 1991 WIPP PERFORMANCE3 ASSESSMENT. The summary presented In this table Is based on results obtained In the4 sensitivity analyses associated with the alternative conceptual models, with special5 emphasis being placed on results obtained in the best-estimate analysis (I.e., gas6 generation In the repository and a dual-porosity transport model In the Culebra Dolomite),7 and is conditional on these conceptual models, the numerical Implementation of thesea conceptual models in the WIPP performance assessment, the assessed subjective9 uncertainty in the 45 variables listed in Table 3-1 and the fixed values used for other10 variables required in the performance assessment.

121314 IMPORTANT1617 Borehole permeability (BHPERM)1sis Culebra fracture porosity (CULFRPOR)2021 Culebra fracture spacing (CULFRSP)2223 Drill bit diameter (DBDIAM)242s Fracture distribution coefficients (FKDAM, FKDNP, FDKPU, FDKTI-, FKDU, with plutonium, americium26 and uranium being the most Important elements)272s Matrix distribution coefficients for Individual elements (MKDAM, MKDNP, MKDPU, MKDTH, MKDU)293o Rate constant In Poisson model for drilling Intrusions (LAMBDA)3132 Salado permeability (SALPERM)3334 Solubilities for Individual elements (SOIAM, SOLNP4, SOLNP5, SOLPU4, SOLPU5, SOLTH. SOLU4,35 SOLU6)

383d SMALL EFFECTS OBSERVED

4042 Brine pocket pressure (BPPRES)4344 Brine pocket storativity (BPSTOR)454a Culebra dispersivity (CUILDISP)47 jT48 Culebra porosity (CULPOR)49so Culebra transmlssivity field (CULTRFLD)5152 Gas Generation rate for corrosion of steel under Inundated conditions (GROORI). The Indivdual variables53 related to gas generation (GRCORH, GRCIORI, GRMICH, GRMICA, STOICCOR, STOICMIC, VMETAL,54 VWOOD) had limited identifiable Impacts on analysis results. However, the presence or absence of55 gas generation had an Important effect on radionuclide release to the Culebra and on the effect that56 Salado permeability has on this release.57

6-15Best Available copy

2 TABLE 6-1. SUMMARY OF VARIABLE IMPORTANCE IN THE 1991 WIPP PERFORMANCE3 ASSESSMENT. The summary presented In this table Is based on results obtained In the4 sensitivty analyses associated with the alternative conceptual models, with special5 emphasis being placed on results obtained In the best-estimate analysis (i.e., gas6 generation in the repository anid a dual-porosity transport model In the Culebra Dolomite),7 and Is conditional on these conceptual models, the numerical Implementation of these

*a conceptual models In the WIPP performance assment, the assessed subjective9 uncertainty In the 45 variables listed In Table 3-1 and the fixed values used for other

10 variables required In the performance assessment (concluded)is1314 SMALL EFFE CTS OBSERVED (continued)1617 Index variable used to select relative areas of the stability regimes for different oxidation states ofis neptunium, plutonium and uranium (EHPH)192D fýarker Bed 139 permeability (MBPERM. 0.8 rank correlation with Salado permeability)2122 Recharge amplitude factor for Culebra (CULCLIM)2324 Salado pressure (SALPRES)

2728 LIMITED OIR NO EFFECTS OBSERVED

2031 Fraction of total waste volume that is occu pled by 1DB (integrated Data Base) metals and glass waste32 category (VMETAL)3334 Fraction of total waste volume that Is occuplied by IDB combustible waste category (VWOOD)3536 Fraction of waste panel area underlain by a pressurized brine pocket (BPAREAFR. effect overwhelmed by37 uncertainty In rate constant In Poisson model for drilling intrusions)3839 Gas generation rate due to microbial degradation of cellulosics; under humid conditions (GRM )4041 Gas generation rate due to microbial degradation of cellulosics under inundated conditions (M

43 Gas generation rate for corrosion of steel under humid conditions (GRCORH)4445 Initial fluid (brine) saturation of waste (BRSAT)4647 Marker Bed 139 porosity (MBPOR)4849 Stolchiometric coefficient for corrosion of steel (STOICCOR)50

5' StOlchiometric coefficient for microbial degradation of cellulosics (STOICMIC)5253 Threshold displacement pressure in Marker Bed 139 (MBTHPRES)

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ATTRIBUTES /CATEGORY FACTOR

___ ___ ___ ___ ___ __ ___ ___ ___ ___ __ WEIGHT31. WASTE AVAILABILITY 10%

2. SPACE AVAILABILITY 3%33. FACILITY MODIFICATIONS 3%-4. WASTE CHARACTERIZATION 6%

CAPABILITY

15. ANALYTICAL PROCEDURE DEVELOPMENT 8%

6. LEACHATE ANALYSIS CAPABILITIES 9%I7. EQUIPMENT CAPABILITY & CAPACITY 5%

8. TRAINED PERSONNEL 6%I ~~~AVAILABILITY ____

9. QA BASIS 5%3 TECHNICAL FEASIBILITY ] 55%

10. REGULATORY COMPLIANCE 5%111. SITE ORR REQUIREMENTS 5% 112. SECURITY/SAFEGUARDS/ 5%3 ACCOUNTABILITY

REGULATORY REQUIREMENTS 15%

Ij13. COST (FY)15

I COST3 [ 14 . SCHEDULE (FY) 10% •

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WASTE I10%AVAILABILITY

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b. Most 80TRUCONsavailable on-site. Notransportationissues.

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f. No TRUCONs 0available.

WEIGHTED SCORE 191616137

I TABLE 3 SOURCE TERM EXPERIMENTS SITE SELECTION PROPOSAL MATRIX

WEIGHTED SCORES

ATTRIBUTES/CATEGORY FACTOR LANI LL PNlL WID____ ____ ____ ____ ____WEIGHT _ _ _

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MODIFICATIONS

4. WASTE 6% 4.2 4.2 3.6 4.2CHARACTERI ZAT IONCAPABILITY

5. ANALYTICAL PROCEDURE 8% 8.0 8.0 8.0 3.2DEVELOPMENT

6. LEACHATE ANALYSIS 9% 9.0 9.0 9.0 3.6CAPABILITIES

17. EQUIPMENT CAPABILITY 5% 3.5 3.5 2.0 0.5& CAPACITY

8. TRAINED PERSONNEL 6-% 4.8 5.4 5.4 1.8AVAILABILITY

9. QA BASIS 5-% 4.0 4.0 4.0 4.0ITECMTICAL FEASIBILITY 55% 47.6 45.2 43.1 25.4

10. REGULATORY COMPLIAN9CE 5%- 5.0 3.0 4.0 2.511. SITE ORR REQUIREMEN9TS 5% 2.5 2.5 1.5 5.0

12. SECURITY/SAFEGUARDS! 501 5.0 5.0 5.0 2.5I ~ACCOUXNTAB ILITYREGULATORY REQUIREMENTS 15% 12.5 10.5 10.5 '10.-0

13. COST (FY) 15% 15.0 15.0 10.5 15.0tCOST 15% 15.0 15.0 10.5 15.0114. SCHEDULE (FY) 10% 6.0 6.0 4.0 5.015. TEST DATA INITIATION 5% 5.0 5.0 50.5

SCHEDULE 15% 11.0 11.0 9*V 09 ..TOTAL SCORE 10% 86.1 81. 75 9

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