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$: Home Page | California State Water Resources Control Board. ¡IO1.C11/01 ¡i INSI,:i.::.. -. . ... : LY-CWD7 :.. .;I01Ú{.,. 38508 CIDI 3a51N :...... (TNs) :'a 3851P MS) LEGEND r_r1$
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thos

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App

endi

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. 5)

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thos

e w

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whe

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end

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how

n, M

ann

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33

Appendix A

Conceptual Site Model

CONFIDENTIAL LMC- PET -00000121

Conceptual Site Model

The following sections present excerpts from the conceptual site model (CSM) developed for the

Burbank Operable Unit (BOU) and presented in various Tetra Tech, Inc. (Tetra Tech)

groundwater monitoring reports. The CSM, as presented, was based on the results and findings of

previous investigations performed at the site. The main components of the CSM discussed are:

physical setting, geology, hydrogeology, and groundwater quality.

1.1 PHYSICAL SETTING

The BOU is located in the southeastern portion of the San Fernando Valley (SFV) in the City of

Burbank, California. The SFV is a triangular basin, roughly 226 square miles in area, located

within the Transverse Ranges province in Southern California. The valley is bounded to the south

by the Santa Monica Mountains, to the west- northwest by the Simi Hills, and to the east -northeast

by the Verdugo and San Gabriel Mountains. Average rainfall within the SFV is approximately 17

inches per year'.

1.2 GEOLOGY

The geology of the SFV increases in complexity with depth, a result of the tectonic forces native

to the region. The stratigraphic column of the SFV area can be broken down to alluvial deposits

(younger Holocene transitioning into older Pleistocene), overlying unconsolidated Pliocene -

Pleistocene bedrock of marine and non -marine origin; overlying Tertiary marine sandstone,

mudstone, and shale bedrock; overlying Mesozoic and older -age crystalline and metamorphic

basement complex rocks.

The bedrock units crop out in the surrounding hills and mountains which form the valley

boundaries. The eastern margin of the valley is bounded by the igneous and metamorphic rocks of

the Verdugo Mountains, and the western edge of the valley is defined by the Simi Hills where

sedimentary rock is exposed. The southern margin is defined by the Santa Monica Mountains

where sedimentary and igneous rocks are exposed.

California Department of Water Resources (CDWR). 2003. California's Groundwater: Bulletin, Update 2003, littn:''www.water.ca.gov'oroundwater /bulletin 118 /undate2003cfm.

ARCADIS: BURBANK OPERABLE UNIT CONCEPTUAL SITE MODEL


The Quaternary alluvium beneath the BOU site consists of Holocene younger alluvium and

Pleistocene older alluvium. The younger alluvium extends from ground surface to approximately

410 feet below ground surface (bgs), and the older alluvium extends from the base of the younger

alluvium to more than 1,200 feet bgs2. The contact between the younger and older alluvium has

been reported to be marked by a distinct basal cobble layer. The younger alluvium consists of

coarse -grained sand, gravel, and cobbles interbedded with finer- grained units of sand, silty sand,

sandy silt, silt, and clay. The units generally vary in elevation and thickness; the contacts between

the units have a northeast -trending strike and dip towards the southeast. The lithology of the upper

portion of the older alluvium varies from sand, gravel, and boulders in the northwestern portion of

the site to interbedded silt and sand in the eastern and southern portions. The deeper portion of the

older alluvium consists of silt and sand with interbedded gravel.

The northwest -trending Verdugo fault zone runs along the northeastern boundary of the BOU site.

The fault zone has been interpreted as a low -permeability zone that can both impede and direct the

flow of groundwater.

1.3 HYDROGEOLOGY

The San Fernando Basin is characterized as water- bearing alluvium that overlies a non- water-

bearing bedrock complex of older sedimentary rock formations and crystalline and metamorphic

basement complex rock. Groundwater enters the basin by infiltration of surface water runoff from

the highlands, by deep penetration of rain on the valley floor, and by artificial means such as

irrigation return or induced recharge. Outflow of groundwater from the basin is through

groundwater extraction and a small amount of flow (surface and groundwater) through the Los

Angeles Narrows (located southeast of the BOU site). Groundwater in the eastern portion of the

San Fernando Basin flows mainly through two sedimentary units: the Pleistocene older alluvium

and the Holocene younger alluvium. The aquifer in the older alluvium has been observed to be

locally semi -confined to confined by clay and silt units, whereas the aquifer in the younger

alluvium is generally unconfined to semi -confined depending on the location and thickness of the

fine -grained units2.

2 HSI Geotrans. 1997. Draft Phase 2 Operational Sampling Plan, Burbank Operable Unit, Burbank. California. Prepared for Lockheed Martin, 2550 North Hollywood Way, Suite 306, Burbank_ California 91505.



The aquifer in the younger alluvium within the BOU site has been divided into five

hydrostratigraphic units (HSUs) based on electrical resistivity responses in geophysical logs3'4

The five HSUs of the younger alluvium are identified from upper to lower as A', X, A, Y, and B.

The A', A, and B HSUs are generally composed of coarser -grained material (coarse -grained sand,

gravel, and cobbles). The X and Y HSUs separate the three HSUs listed above (A', A, B) and

consist of relatively finer- grained material (sand, silty sand, and silt). Based on the stratigraphic

position of the units and the groundwater gradient; the A', X, or A HSU may locally represent

water table conditions depending on geographic location within the site area and are collectively

referred to as water table (WT) HSUs5.

The five HSUs of the younger alluvium are encountered throughout much of the southeastern San

Fernando Basin. However, during the 1991 installation of groundwater monitoring wells 38607,

3870D, 3870E, and 3880 northeast of the BOU site, boring data and geophysical logs confirmed

the absence of the five HSUs and identified finer -grained silty sands and sandy silts3. Based on

these data, a separate unit with distinct lithology was identified as the K HSU (also considered a

WT HSU).

1.4 GROUNDWATER QUALITY AND SELECTION OF CPOCS

Water quality data from the United States Environmental Protection Agency (USEPA) San

Fernando Valley database have been previously evaluated to determine which analytes should be

classified as constituents of potential concern (COPCs). The evaluation was previously submitted

to USEPA in Revised Phase 2 Operational Sampling Plan - Burbank Operable Unit6.

Based on the prior analysis of historical data, the following analytes have been selected as primary

COPCs for the BOU site: tetrachloroethene (PCE), trichloroethene (TCE), 1,2,3 -trichloropropane

(1,2,3 -TCP), and hexavalent chromium. Nitrate is a secondary CPOC, and other constituents

(metals and general minerals) will be measured biennially to verify or monitor that conditions are

not changing.

3 Hargis & Associates. 1991. Installation of Groundwater Monitoring Wells Along Vanowen Street, Lockheed Engineering and Science Company, Burbank, California

4 Simon Hydro search. 1993. Phase I Final Remedial Design Report, Burbank Operable Unit, Volumes V & VI prepared for LESAT, September 30. ` Earth Tech. 2000. Analysis of Groundwater Level Changes at the Burbank Operable Unit Extraction and Treatment Facility, Lockheed Martin

Corporation, Burbank, California; Prepared for Lockheed Martin Corporation, Burbank Program Office, 2550 N. Hollywood Way, Suite 301, Burbank. California 91505.

6 Tetra Tech. 2004. Revised Phase 2 Operational Sampling Plan - Burbank Operable Unit. Prepared for Lockheed Martin.



Appendix B

Field Procedures


Field Procedures 1.1 WELL GAUGING

Prior to gauging, the surface completion, well box, and riser of each well were inspected for

signs of tampering, vandalism, wear, and general condition. Following visual inspection, the

depth to groundwater in each monitoring well was measured using a water level meter attached

to a measuring tape graduated to 0.01 foot and adjusted for the length of the probe. For

consistency between monitoring events, measurements were made from reference points marked

on or notched into the risers at the tops of the casings (if present).

1.2 WELL PURGING AND SAMPLING

Immediately prior to sampling, all but two wells (B-6-CW14 and 4959E) were purged a

minimum of three (3) well casing volumes using the dedicated pumps installed in the wells.

Explanations why wells B- 6 -CW14 and 4959E were not purged a minimum of 3 casing volumes

are presented in Section 2.4. During well purging, pH, temperature, electrical conductivity,

dissolved oxygen, turbidity, and oxidation- reduction potential of the extracted groundwater were

measured using a water quality meter.

Purging was considered complete when at least 3 well casing volumes of groundwater had been

removed and field parameters had demonstrated stabilization. Field parameters were considered

to have stabilized when three consecutive readings taken at least 3 minutes apart met the

following criteria:

pH ± 0.1 standard units

electrical conductivity ÿ3%

oxidation- reduction potential ±10 millivolts

temperature i3% (minimum of±0.2 degree Celsius)

dissolved oxygen ±10% or ±0.2 milligram per liter (mg/L) (whichever is greater)

turbidity ±10% (less than 10 Nephelometric Turbidity Units [NTU])


Following purging, groundwater samples were collected directly from the dedicated pump

discharge piping at each monitoring well into laboratory- supplied, method -appropriate containers

in order of decreasing volatilization potential. Sample containers were labeled by location,

sample depth, date, and time, placed in resealable plastic bags, stored in ice -chilled coolers at or

below a temperature of 4 degrees Celsius, and submitted under proper chain -of- custody

documentation to Associated Laboratories, a California Department of Public Health (CDPH)-

accredited environmental laboratory, located in Orange, California.

1.3 EQUIPMENT DECONTAMINATION AND INVESTIGATION DERIVED WASTE HANDLING

All re- useable sampling equipment, including the electronic water level meter, was

decontaminated between monitoring wells following a triple -rinse procedure consisting of a non -

phosphate detergent and distilled water wash solution followed by two distilled water rinses. All

decontamination fluids and purged groundwater were contained and transported in a portable

tank and transferred to the BOU treatment plant for treatment and disposal, via the NPDES

permit, in the Tank 600 stormwater treatment system. Approximately 6,905 gallons of

groundwater were purged from the monitoring wells during this sampling event. The

decontamination and investigation derived waste management activities were performed in

accordance with the SOPs presented in the Draft Phase 2 OSP.


Appendix C

Electronic Data Gathering Environment (EDGE) Data Forms


Loca

tion

ID

Wel

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0

3830

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App

rove

d D

ate

App

rove

d B

y E

xpor

ted

Exp

orte

d D

ate

pid

@0

Jess

e E

stra

da

F

Ise.

3852

M

3852

M

10/0

8/20

12

10:2

7 am

59

3.45

12

1.82

F

t pi

d@0

Jess

e E

stra

da

Fal

se

3852

N

3852

N

10/0

8/20

12

10:5

5 am

59

3.47

12

2.93

F

t P

id@

0 Je

sse

Est

rada

F

alse

3860

H

3860

H

10/0

8/20

12

8:36

am

67

4, 8

5 22

7.00

20

0.90

F

t H

owar

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rmst

rong

'..

Fal

se

3860

J 38

60J

10/0

8/20

12

9:48

am

66

0.22

18

8.30

F

t H

owar

d A

rmst

rong

F

alse

3860

K

3860

K

10/0

8/20

12

2:09

pm

66

7.57

19

5.12

F

t -t

owar

d A

rmst

rong

F

alse

3861

D

3861

D

10/0

8/20

12

2:28

pm

61

7.88

15

0.53

F

t P

I D

@0

Jess

e E

stra

da

Fal

se

3861

E

3861

E

10/0

9/20

12

9:02

am

35

.04

Ft

PID

@0

Jess

e E

stra

da

Fal

se

3861

F

3861

F

10/0

8/20

12

2 28

pm

61

7.46

14

3.78

F

t P

ID@

0 Je

sse

Est

rada

F

alse

3862

C

3862

C

10/0

8/20

12

11:1

7 am

58

7.57

11

8.60

F

t P

I D

@0

Jess

e E

stra

da

Fal

se

3862

D

3862

D

10/0

8/20

12

11.0

4 am

58

7.50

11

9.28

F

t pi

d@0

Jess

e E

stra

da

Fal

se

3862

E

3870

D

3870

E

3871

G

3871

H

3871

J

3872

K

3872

L

3872

M

3872

N

3872

P

3862

E

3870

D

3870

E

3871

G

3871

H

3871

J

3872

K

3872

L

3872

M

3872

N

3872

P

10/0

8/20

12

10/0

8/20

12

10/0

8/20

12

10/0

9/20

12

10/0

8/20

12

10/0

9/20

12

10/0

8/20

12

10/0

8/20

12

10/0

8/20

12

10/0

8/20

12

10/0

8/20

12

11:2

8 am

10:4

5 am

10:2

0 am

8:49

am

1:27

pm

8:58

am

11:4

8 am

12:0

0 pm

12:0

6 pm

11:4

4 am

11:3

2 am

587.

35

639,

78

591.

86

591.

34

591.

14

564.

61

564.

35

113.

59

151.

27

150.

53

124.

97

124.

17

117.

11

97.6

0

98.2

4

90.5

2

96.0

4

95.3

6

Ft

Ft

Ft

Ft

Ft

Ft

Ft Ft

Ft

Ft

Ft

PID

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PID

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8

PI

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1'8

PID

@0

PI D

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PI D

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PID

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2

PID

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PI D

@0

Jess

e E

stra

da

How

ard

Arm

stro

ng

Ì- to

war

d A

rmst

rong

Jess

e E

stra

da

Jess

e E

stra

da

Jess

e E

stra

da

Jess

e E

stra

da

Jess

e E

stra

da

Jess

e E

stra

da

Jess

e E

stra

da

Jess

e E

stra

da

Fal

se

Fal

se

Fal

se,

Fal

se

Fal

se

Fal

se

Fal

se

Fal

se

Fal

se

Fal

se

Ver

sion

: 1.

00

Pag

e 2

of 6

Loca

tion

ID

Wel

l ID

3872

Q

3872

R

3872

Q

3872

R

Mea

s.

Dat

e M

eas.

T

ime

Ref

.

Ele

vatio

n

Sum

mar

y of

Wat

er L

evel

Mea

sure

men

ts -

Loc

khee

d M

artin

-BO

U

Dep

th t

o W

ater

(bm

p)

Dep

th o

f W

ell

(bm

p)

Dep

th

Uni

t R

emar

k T

echn

icia

n A

ppr.

A

ppro

ved

Dat

e A

ppro

ved

By

Exp

orte

d E

xpor

ted

Dat

e 10

/08/

2012

12

:11

pm

575.

25

108.

78

Ft

PI D

@0

Jess

e E

stra

da

Fal

se:

10/0

9/20

12

8:04

am

10

8.07

F

t P

I D

@0

Jess

e E

stra

da

Fal

se

3872

5

3880

4948

4949

C

4959

E

4959

E

4959

G

4959

H

4959

J

4959

K

A-1

-C W

01

A-1

-CW

02

A-1

-CW

03R

A-1

-C W

04

A-1

-CW

04

A-1

-CW

05

A-1

-C W

06

A-1

-CW

07

A-1

-CW

08

A-1

-CW

09

3872

S

3880

4948

4949

C

4959

E

4959

E

4959

G

4959

H

4959

J

10/0

9/20

12

8:30

am

57

4.95

10

1.26

F

t P

I D

@0

Jess

e E

stra

da

Fal

se

10/0

8/20

12

10:5

7 am

62

0.06

14

5.31

F

t H

owar

d A

rmst

rong

F

alse

10/1

1/20

12

8:59

am

76

3.46

25

5.71

F

t H

owar

d A

rmst

rong

F

alse

10/1

1/20

12

9:01

am

73

3.32

23

8.13

F

t H

owar

d A

rmst

rong

F

alse

10/0

8/20

12

9:41

am

69

9.59

22

3.10

F

t H

owar

d A

rmst

rong

F

alse

10/0

8/20

12

9:17

am

69

9.59

21

7.46

F

t H

owar

d A

rmst

rong

F

alse

10/1

1/20

12

9,02

am

71

3.62

25

5.46

F

t -I

owa

rd A

rmst

rong

F

alse

10/0

8/20

12

9:30

am

70

4.76

22

0.34

F

t -t

owar

d A

rmst

rong

F

alse

10/0

8/20

12

9:14

am

69

5.73

21

5.26

0.

00

Ft

How

ard

Arm

stro

ng

Fal

se

4959

K

10/0

8/20

12

8:41

am

68

9.10

21

1.29

21

1.29

F

t H

owar

d A

rmst

rong

F

alse

A-1

-CW

01

10/0

9/20

12

1:51

pm

F

t P

id@

0 H

eath

er T

ausc

her

Fal

se

A-1

-CW

02

10/0

9/20

12

1:47

pm

68

4.64

20

1.31

F

t P

id@

0 ie

athe

rTau

sche

r F

alse

A-1

-CW

03

10/0

9/20

12

1:49

pm

20

7.73

F

t P

id@

0 H

eath

er T

ausc

her

Fal

se

R

A-1

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04

10/0

9/20

12

3:09

pm

67

7.81

6.

00

7.50

F

t H

owar

d A

rmst

rong

F

alse

A-1

-CW

04

10/0

9/20

12

2:39

pm

67

7.81

19

7.12

F

t H

owar

d A

rmst

rong

F

alse

A-1

-CW

05

10/0

9/20

12

3:07

pm

67

7.91

19

4.75

F

t H

owar

d A

rmst

rong

F

alse

A-1

-CW

06

10/0

9/20

12

3:09

pm

18

5.33

F

t co

war

d A

rmst

rong

F

alse

A-1

-CW

07

10/0

9/20

12

11:2

9 am

67

4.35

20

2.34

F

t H

owar

d A

rmst

rong

F

alse

A-1

-CW

08

10/0

9/20

12

127

pm

682.

74

206.

64

Ft

How

ard

Arm

stro

ng

Fal

se

A-1

-CW

09

10/0

9/20

12

2:09

pm

67

3.80

20

0.19

F

t H

owar

d A

rmst

rong

Ver

sion

: 1.

00

Pag

e 3

of 6

Loca

tion

ID

Wel

l ID

B-1

-CW

11

B-1

-CW

12

B-1

-CW

13

B-1

-CW

16

B-1

-CW

17

B-1

-CW

20

B-1

-CW

25

B-1

-CW

27

B-1

-CW

28

B-1

-CW

29

B-5

-CW

01

B-5

-CW

02

B-5

-CW

03

B-6

-CW

01

B-6

-CW

02

8-6-

CW

03

B-6

-CW

03

R

B-6

-CW

04

B-6

-CW

05

B-6

-CW

06

B-6

-CW

08

B-6

-CW

09

Ver

sion

: 1.

00

B-1

-CW

11

B-1

-CW

12

B-1

-CW

13

B-1

-CW

16

B-1

-CW

17

B-1

-CW

20

B-1

-CW

25

B-1

-CW

27

B-1

-CW

28

B-1

-CW

29

B-5

-CW

01

B-5

-CW

02

B-5

-CW

03

B-6

-CW

01

B-6

-CW

02

B-6

-CW

03

B-6

-CW

03R

B-6

-CW

04

B-6

-CW

05

B-6

-CW

06

B-6

-CW

08

B-6

-CW

09

Mea

s.

Dat

e M

eas.

T

ime

Ref

.

Ele

vatio

n

Sum

mar

y of

Wat

er L

evel

Mea

sure

men

ts -

Loc

khee

d M

artin

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U

Dep

th t

o W

ater

(bm

p)

Dep

th o

f W

ell

(bm

p)

Dep

th

Uni

t R

emar

k T

echn

icia

n A

ppr.

A

ppro

ved

Dat

e A

ppro

ved

By

Exp

orte

d E

xpor

ted

Dat

e 10

/09/

2012

4:

01

pm

610.

05

134.

40

Ft

How

ard

Arm

stro

ng

Fal

se

10/0

9/20

12

3:10

pm

60

9.85

14

4.98

F

t H

owar

d A

rmst

rong

F

alse

10/0

8/20

12

2:53

pm

65

1.49

18

5.04

F

t H

owar

d A

rmst

rong

F

alse

10/0

8/20

12

2:37

pm

63

9.07

17

3.29

F

t H

owar

d A

rmst

rong

F

alse

.:

10/0

9/20

12

8:35

am

59

6.35

12

9.72

F

t P

I D@

0 Je

sse

Est

rada

F

a se

10/0

8/20

12

1:03

pm

60

0.23

12

4.84

F

t P

ID@

2.1

Jess

e E

stra

da

Fal

se.

10/0

9/20

12

2:37

pm

63

6.54

17

6.17

F

t H

eath

er T

ausc

her

Fal

se

10/0

9/20

12

2:39

pm

63

6.93

16

1.79

F

t P

id@

0 H

eath

er T

ausc

her

Fal

se

10/0

8/20

12

3:06

pm

65

0.15

17

3.75

F

t -t

owar

d A

rmst

rong

F

alse

10/0

9/20

12

3:11

pm

62

3.12

14

2.38

F

t P

id@

0 H

eath

er T

ausc

her

Fal

se.

10/0

9/20

12

10:4

8 am

20

2.55

F

t H

owar

d A

rmst

rong

F

alse

10/0

9/20

12

11:2

6 ar

e 69

7.67

20

8.14

F

t H

owar

d A

rmst

rong

F

alse

10/0

9/20

12

11:2

7 am

69

7.26

20

7.76

F

t H

owar

d A

rmst

rong

F

alse

10/0

8/20

12

1 03

pm

69

9.99

19

9.07

F

t H

owar

d A

rmst

rong

F

alse

10/0

8/20

12

1:24

pm

69

9.99

20

8.31

F

t H

owar

d A

rmst

rong

F

alse

10/0

8/20

12

1:33

pm

69

9.89

0.

00

216.

35

Ft

How

ard

Arm

stro

ng

Fal

se

10/0

8/20

12

1:34

pm

69

9.76

21

6.07

F

t H

owar

d A

rmst

rong

F

alse

10/0

9/20

12

8 19

am

22

6.71

F

t H

owar

d A

rmst

rong

F

alse

10/0

9/20

12

7:48

am

72

5.42

23

0.29

F

t -t

owar

d A

rmst

rong

F

alse

10/0

9/20

12

8:17

am

72

5.51

0.

00

244.

50

Ft

How

ard

Arm

stro

ng

Fal

se

10/0

8/20

12

11:5

3 am

72

7.06

23

2.08

F

t H

owar

d A

rmst

rong

F

alse

10/0

8/20

12

11:4

4 am

72

7.04

23

4.08

F

t H

owar

d A

rmst

rong

F

alse

Pag

e 4o

f6

Loca

tion

ID

Wel

l ID

B-6

-CW

10

B-6

-CW

14

B-6

-CW

15

B-6

-CW

16

B-6

-CW

10

B-6

-CW

14

B-6

-CW

15

B-6

-CW

16

Mea

s.

Dat

e M

eas.

T

ime

Ref

.

Ele

vatio

n

Sum

mar

y of

Wat

er L

evel

Mea

sure

men

ts -

Loc

khee

d M

artin

-BO

U

Dep

th to

W

ater

(bm

p)

Dep

th o

f W

ell

(bm

p)

Dep

th

Uni

t R

emar

k T

echn

icia

n A

ppr.

A

ppro

ved

Dat

e A

ppro

ved

By

Exp

orte

d E

xpor

ted

Dat

e 10

/09/

2012

2:

05 p

m

710.

11

220.

85

Ft

-Iow

a rd

Arm

stro

ng

Fal

se

: :>

10/0

9/20

12

1 34

pm

70

4.79

21

3.75

F

t -t

owar

d A

rmst

rong

F

alse

10/0

9/20

12

1'18

pm

20

3.66

F

t H

owar

d A

rmst

rong

F

a se

10/0

8/20

12

12:4

4 pm

71

4.62

22

6.07

F

t H

owar

d A

rmst

rong

F

alse

B-6

-C W

17

C-1

-CW

02

C-1

-CW

03

C-1

-CW

04

C-1

-CW

05

C-1

-CW

06

C-1

-CW

07

C-1

-CW

08

MW

-02

MW

-05

MW

-06

MW

-08

MW

-1

MW

-3

MW

-3

MW

-4

MW

-7

OW

-V01

A

B-6

-CW

17

C-1

-CW

02

C-1

-CW

03

C-1

-CW

04

C-1

-CW

05

C-1

-CW

06

C-1

-CW

07

10/0

8/20

12

11:0

9 am

74

2.39

24

4.91

F

t H

owar

d A

rmst

rong

F

alse

10/0

9/20

12

9:16

am

74

0.07

23

8.41

F

t H

owar

d A

rmst

rong

F

alse

10/0

9/20

12

9:18

am

74

0.39

23

,878

.0(

Ft

How

ard

Arm

stro

ng

Fal

se.

10/0

9/20

12

9:19

am

21

8.79

F

t H

owar

d A

rmst

rong

F

alse

10/0

9/20

12

9 52

am

72

0.87

22

1.10

F

t -t

owar

d A

rmst

rong

F

alse

10/0

9/20

12

9:53

am

72

0.91

22

1.63

F

t -I

owa

rd A

rmst

rong

F

alse

10/0

9/20

12

8.56

am

23

3.21

F

t H

owar

d A

rmst

rong

F

alse

C-1

-CW

08

10/0

9/20

12

8:21

am

73

1.72

23

3.20

F

t H

owar

d A

rmst

rong

F

alse

MW

-02

10/0

9/20

12

12:0

3 pm

23

2.08

F

t P

I D

@0

Jess

e E

stra

da

Fal

se

MW

-05

10/0

9/20

12

10:4

7 am

21

9.21

F

t P

ID@

0 Je

sse

Est

rada

F

alse

MW

-06

10/0

9/20

12

10:5

6 am

'2

20.8

1 F

t P

ID@

0 Je

sse

Est

rada

F

alse

MW

-08

10/0

9/20

12

1:31

pm

22

1.08

F

t H

eath

er T

ausc

her

Fal

se

MW

-1

10/0

9/20

12

1202

pm

71

9.39

23

0.91

F

t P

ID@

0 Je

sse

Est

rada

F

alse

MW

-3

10/0

9/20

12

12:0

6 pm

72

0.63

13

1.28

F

t P

ID@

0 le

sse

Est

rada

F

alse

MW

-3

10/1

1/20

12

5:41

pm

72

0.63

23

1.26

0.

00

Ft

Be

care

fll m

easu

ring

tape

go

t st

uck

in pu

mp

wur

es

cow

ard

Arm

stro

ng

Fal

se

MW

-4

10/0

9/20

12

10:4

9 am

21

7.40

F

t P

ID@

Je

sse

Est

rada

F

alse

MW

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kl .RAri tJAU I Water Sampling Log Page 1 of 40

Location MW -4 Project Name and No. Lockheed Martin -BOU, B0038189.0000

Sample ID MW -4 Site Location Burbank, CA

Date 10/15/2012 Sampling Personnel Howard Armstrong

Time Begin 11:48 End 11:48 Weather Hot, Sunny

Replicate # NA

Water Quality Meter Horiba U -52 Serial #

Purge Data

Measuring Point Elevation

Sounded Well Depth (ft bmp) 275.00 (installed)

Depth to Water (ft bmp) 212.40

Depth to Packer (tl bmp) NA

Water Column in Well (ft) 62.60

Casing Diameter (in) 4.00

Gallons in Well

Gallons Pumped /Bailed Prior to Sampling

40.87

124.00

Field Parameters

Sample Method

Evacuation Method

Purge Time

Pump Intake Setting (ft bmp)

Pumping Rate (gpm)

Packer Pressure (psi)

PID Reading

Field Parameters

Volume Purge

Submersible Electric Pump

Begin 9:22 End 11:49

(Initial) NA

(Final) NA

0.84

NA

NA

Purge Volume Desc Time

DTW (feet)

Pump Rate

H (std

units) SCond

TEMP. TEMP

CC) DO

ORP (mV)

TURB (NTUs) COLOR Appearance

9:22 NA 0.00 NA

40.00 9:23 NA 0.07 6.78 0.73 mS /cm 22.31 7.14 mg /L 185.00 0.00 clear NA



Parameter

Remarks NA

Sampling Personnel: Howard Armstrong

Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1-1/4" = 0.06 2" = 0.16 S'= 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47

bmp below measuring point ml mililiter NTU Nephelometric Turbidity Units

'C Degrees Celsius mS /cm Milisiemens per centimeter PVC Polyvinyl chloride

it feet msl mean sea -level s.u. Standard units

gpm Gallons per minute N/A Not Applicable umhos/cm Micromhos per centimeter

mg/L Miligrams per liter NR Not Recorded VOC Volatile Organic Compounds

Material Code Version

AG - Amber Glass CG - Clear Glass PE - Polyethylene PP - Polypropylene T - Teflon S - Silicone O - Other 1.01


Location C- 1 -CW02

Sample ID C- 1- CW02(10 -12 -2012)

Date 10/12/2012

Water Sampling Log

Time Begin 14:03 End 14:03

Replicate # NA

Water Quality Meter

Project Name and No.

Site Location

Sampling Personnel

Weather

Horiba U -52 Serial #

Page 2 of 40

Lockheed Martin -BOU,

Burbank, CA

Heather Tauscher

Muggy, Partly Cloudy

Purge Data

Measuring Point Elevation 740.07



Depth to Packer (tI bmp) NA



Gallons in Well 156.66

Gallons Pumped /Bailed Prior to Sampling 489.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 13:19 End 14:04

(Initial) NA

(Final) NA

10.87

NA

0.00


DTW (feet)

Pump Rate

H

(std units) SCond

TEMP.

(`C) DO ORP (mV)


13:19 NA 0.00 NA

161.00 13:19 NA 0.20 7.74 0.55 mS /cm 21.52 2.23 mg /L -116.00 94.10 yellow NA

322.00 13:38 NA 0.39 7.61 0.54 mS /cm 20.98 0.41 mg /L -82.00 14.60 clear NA


Parameter

Remarks NA

Sampling Personnel: Heather Tauscher

Container

Signature:

Number Preservative

Gal. /Ft.

Well Casing Volumes

1-1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1-1/2' = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47









Location

Water Sampling Log

B-1-CW20 Project Name and No.

Sample ID B- 1- CW20(10 -13 -2012) Site Location

Date 10/13/2012 Sampling Personnel

Time Begin 9:22 End 9:22 Weather

Replicate # NA


Page 3 of 40


Burbank, CA

Heather Tauscher

Cool, Partly Cloudy

Purge Data


Sounded Well Depth (ft bmp)

Depth to Water (ft bmp)

Depth to Packer (tI bmp)

Water Column in Well (ft)

Casing Diameter (in)

Gallons in Well


600.23

310.00 (installed)

124.84

NA

185.16

5.00

188.86

595.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 8:21 End 9:15

(Initial) NA

(Final) NA

11.02

NA

0.00


DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP.

CC) DO ORP (mV)


8:21 NA 0.00 NA




Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1-1/4" = 0.06 z.= 0.16 3" = 0.37 4" = 0.65 1 -1 /2" = 0.09 2-1/2" = 0.26 3- 112 ": = 0.50 6" =1.47







AG - Amber Glass CG - Clear Glass PE - Polyethylene PP - Polypropylene T - Teflon S - Silicone 0 - Other 1.01


Location

Sample ID

Date

Water Sampling Log

C-1-CW03

C-1-CW03

10/12/2012


Replicate # NA



Site Location

Sampling Personnel

Weather

Page 4 of 40

Lockheed Martin -BOU, B0038189.0000

Burbank, CA

Howard Armstrong

Sunny

Purge Data







Gallons in Well


42.01

145.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 12:42 End 13:32

(Initial) NA

(Final) NA

2.90

NA

NA

Volume Desc Time

DT1N

(feet)

Pump Rate

pH (std

units) SCond

TEMP. .

CC) DO

ORP (mV)


0.00 12:42 NA 0.00 NA

43.00 12:43 NA 0.06 8.20 0.70 mS /cm 21.50 3.25 mg /L 134.00 159.00 orange NA



Parameter

Remarks NA

Container

Sampling Personnel: Howard Armstrong Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1-1/4" = 0.06 2" = 0.16 3" = 0.37 4"= 0.65 1-1/2" = 0.09 2-1/T = 0.26 3-1/2":= 0.50 6" =1.47









Location

Sample ID

Date

Time

B-5-CW03

Water Sampling Log

B-5-CW03

10/12/2012

Begin 15:07 End 15:07

Replicate # B- 4 -CW03 DUP

Water Quality Meter


Site Location

Sampling Personnel

Weather


Page 5 of 40


Burbank, CA

Howard Armstrong

Cloudy

Purge Data







Gallons in Well


697.26

231.00 (installed)

207.76

NA

23.24

5.00

23.70

98.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 14:54 End 15:11

(Initial) NA

(Final) NA

5.76

NA

NA

Purge Volume Desc Tme

DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP.

( °C) DO ORP (mV)


14:54 3,611.00 0.00 NA




Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 112 ": = 0.50 6" =1.47

bmp below measuring point ml mililiter NTU Nephelometric Turbidity Units 'C Degrees Celsius mS /cm Milisiemens per centimeter PVC Polyvinyl chloride







Location

Sample ID MW -5

Date

Water Sampling Log

MW-08

10/16/2012


Replicate # MW -8 -DUP



Site Location

Sampling Personnel

Weather

Page 6 of 40


Burbank, CA

Howard Armstrong

Hot, Sunny

Purge Data


Sounded Well Depth (ft bmp) N/A





Gallons in Well

221.08


0.00

93.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Volume Purge


Begin 8:00 End 9:16

(Initial) NA

(Final) NA

Pumping Rate (gpm) 1.22

Packer Pressure (psi) NA

PID Reading

Field Parameters

NA


DTI/1/

(feet) Pump

Rate

pH (std

units) SCond

TEMP.

CC) DO ORP (mV)


8:00 NA 0.00 NA




Parameter

Remarks NA


Container

Signature:

Number

LY0-1

Preservative

Well Casing Volumes

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 1/2 ":= 0.50 6" =1.47


'C Degrees Celsius mS /cm Milisiemens per centimeter PVC Polyvinyl chloride it feet msl mean sea -level s.u. Standard units


mg,'L Miligrams per liter NR Not Recorded VOC Volatile Organic Compounds




e :i r Water Sampling Log Page 7 of 40

Location V08 Project Name and No. Lockheed Martin -BOU, B0038189.0000

Sample ID V06(10 -17 -2012) Site Location Burbank, CA


Time Begin End Weather

Replicate # NA


Purge Data







Gallons in Well

645.14

100.00


4.00

NA

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 11:30 End

(Initial) NA

(Final) NA

0.00

NA

NA


DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP.

CO) DO ORP (mV)


11:31 NA 0.00 NA

11:33 NA 0.00 NA

Parameter

Remarks NA

Container


Number Preservative

Gal. /Ft. 1-1/4" = 0.06 2" = 0.16

Well Casing Volumes

3" = 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47





mg /L Miligrams per liter NR Not Recorded VOC Volatile Organic Compounds




A .a' Water Sampling Log

Location B- 6 -CW02 Project Name and No.

Sample ID B- 6- CW02(10 -13 -2012) Site Location



Replicate # NA


Page 8 of 40


Burbank, CA

Heather Tauscher, Howard Armstrong

Hot

Purge Data




Depth to Packer (tl bmp)



Gallons in Well


699.99

340.00 (installed)

208.14

NA

131.86

5.00

134.50

450.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 14:08 End 15:25

(Initial) NA

(Final) NA

5.84

NA

0.00

Volume Desc Time

DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP. .

CC) DO ORP

(mV) TURB

(NTUs) COLOR Appearance

14:09 NA 0.00 NA

149.00 14:27 NA 0.17 8.79 20.95 1.20 mg /L 34.00 0.50 clear NA



Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1-1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47









Water Sampling Log Page 9 of 40

Location 3850N Project Name and No. Lockheed Martin -BOU, B0038189.0000

Sample ID 3850N(10 -10 -2012) Site Location Burbank, CA


Time Begin End Weather Cloudy

Replicate # NA

Water Quality Meter LaMotte 2020 / Horiba U -52 Serial #

Purge Data







Gallons in Well


658.07

220.00 (installed)

193.15

NA

26.85

5.00

27.39

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 11:58 End

(Initial) NA

(Final) NA

0.00

NA

0.10


DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP TEMP.

( *C) DO ORP

(mV) TURB


11:58 NA 0.00 NA

Parameter

Remarks NA

Sampling Personnel:

Container

Howard Armstrong Signature:

Number Preservative

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16

Well Casing Volumes

3" =0.37 4" =0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 1/2 ":= 0.50 6" =1.47









Location B- 1 -CW17

Sample ID B- 1- CW17(10 -11 -2012)

Date 10/11/2012

Water Sampling Log

Time Begin

Replicate # NA

Water Quality Meter

End


Site Location

Sampling Personnel

Weather


Page 10 of 40


Burbank, CA

Howard Armstrong

Purge Data







Gallons in Well


41.09

138.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 12:12 End 12:44

(Initial) NA

(Final) NA

4.31

NA

NA


DTW (feet)

Pump Rate

H

(std

units) SCond

TEMP.

(`C) DO ORP

(mV)


12:12 NA 0.00 NA

42.00 12:24 NA 0.06 8.10 0.83 mS /cm 21.50 3.66 mg /L 126.00 clear NA



12:43 NA 0.00 NA

Parameter

Remarks NA

Container


Number Preservative

Well Casing Volumes

Gal. /Ft. 1-1141" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47









.... .. .. .... ..

§. Water Sampling Log Page 11 of 40

Location 3850N Project Name and No. Lockheed Martin -BOU, B0038189.0000

Sample ID 3850N Site Location Burbank, CA


Time Begin 12:27 End 12:27 Weather Cloudy

Replicate # NA

Water Quality Meter LaMotte 2020 / Horiba U -52 Serial #

Purge Data







Gallons in Well


658.07

220.00 (installed)

193.15

NA

26.85

5.00

27.39

127.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 12:02 End 12:34

(Initial) NA

0.00 (Final)

3.97

NA

NA

Volume Desc Time

DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP. .

(`C) DO ORP (mV)


12:03 NA 0.00 NA

12:15 NA 0.00 7.21 19.70 1.10 clear NA

12:20 NA 0.00 7.21 638.00 uS /cm 19.20 0.45 clear NA

12:24 NA 0.00 7.22 642.00 uS /cm 19.30 0.44 clear NA

Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1 -1 /4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1 -1 /2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47









Location

Sample ID

Date

B-6-CW02

Water Sampling Log

B-6-CW02(10-11-2012)

10/11/2012


Site Location

Sampling Personnel


Replicate # NA


Page 12 of 40


Burbank, CA

Heather Tauscher

Cloudy, Cool, Light rain

Purge Data







Gallons in Well


699.99

340.00 (installed)

208.31

NA

131.69

5.00

134.32

415.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge



(Initial) NA

(Final) NA

11.86

NA

0.00

Volume MIN Pump Pump pH (std TEMP. ORP TURB Desc Time (feet) Rate units) SCond CC) DO (mV) (NTUs) COLOR Appearance




Parameter

Remarks NA


Container

Signature:

Number Preservative

Gal. /Ft. 1 -1/4" = 0.06 T= 0.16

Well Casing Volumes

3' =0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3 -1/2 ": =0.50 6" =1.47










Location B- 6 -CW01 Project Name and No. Lockheed Martin -BOU,

Sample ID B- 6- CW01(10- 10.2012) Site Location Burbank, CA


Time Begin End Weather Cloudy, Humid

Replicate # NA



Purge Data







Gallons in Well


398.75

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 14:17 End

(Initial) NA

(Final) NA

0.00

NA

0.00

Volume Desc Time

DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP. .

CC) DO ORP (mV)


14:17 NA 0.00 NA

410.00 14:41 NA 0.46 7.85 0.33 mS /cm 21.40 2.77 mg /L 126.00 61.90 yellow -brown turbid


Parameter

Remarks NA

Sampling Personnel:

Container

Heather Tauscher Signature:

Number Preservative

Gal. /Ft. 1 -114" = 0.06 2" = 0.16

bmp below measuring point

'C Degrees Celsius

it feet

gpm Gallons per minute

mg/L Miligrams per liter

Well Casing Volumes

3" = 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47

ml mililiter NTU Nephelometric Turbidity Units

mS /cm Milisiemens per centimeter PVC Polyvinyl chloride

mal mean sea -level s.u. Standard units

N/A Not Applicable umhos /cm Micromhos per centimeter

NR Not Recorded VOC Volatile Organic Compounds




-. .

3 Qr ..' a á.

Location A- 1 -CW09

Sample ID A- 1 -CW09

Date 10/11/2012

Water Sampling Log

Time Begin

Replicate # NA

15:21 End 15:21

Water Quality Meter Horiba U-52


Site Location

Sampling Personnel

Weather

Serial #

Page 14 of 40


Burbank, CA

Howard Armstrong

Purge Data




673.80

Field Parameters

Sample Method Volume Purge

232.00 (installed) Evacuation Method Submersible Electric Pump

200.19 Purge Time Begin 15:11 End 15:22

Depth to Packer (ti bmp) NA Pump Intake Setting (Initial) NA Water Column in Well (ft) 31.81 (ft bmp) (Final) NA

Casing Diameter (in) 5.00 Pumping Rate (gpm) 11.09 Gallons in Well 32.45 Packer Pressure (psi) NA

Gallons Pumped /Bailed PID Reading NA Prior to Sampling 122.00

Field Parameters


DTW (feet)

Pump Rate

H (std

units) SCond

TEMP.

CC) DO ORP (mV)


0.00 15:11 NA 0.00 NA




15:20 NA 0.00 NA

Parameter

Remarks NA


Container

Signature:

Number Preservative

Gal. /Ft. 1 -1/4" = 0.06

Well Casing Volumes

2" =0.16 3" =0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3 -1/2 ": =0.50 6" =1.47

bmp

'C

it

gpm

mg/L

below measuring point

Degrees Celsius

feet

Gallons per minute

Miligrams per liter

ml

mS/cm

msl

N/A

NR

mililiter

Milisiemens per centimeter

mean sea -level

Not Applicable

Not Recorded

NTU

PVC

s.u.

umhos /cm

VOC

Nephelometric Turbidity Units

Polyvinyl chloride

Standard units

Micromhos per centimeter

Volatile Organic Compounds

AG - Amber Glass CG - Clear Glass

CONFIDENTIAL

Material Code

PE - Polyethylene PP - Polypropylene T - Teflon S - Silicone 0 - Other

Version 1.01

LMC- PET -00000148



Sample ID MW- 3(10 -12 -2012) Site Location Burbank, CA


Time Begin End Weather

Replicate # NA


Purge Data


Field Parameters


Sounded Well Depth (ft bmp) 0.00 (10/11/2012) Evacuation Method Submersible Electric Pump

Depth to Water (ft bmp) 231.26 Purge Time Begin 7:46 End

Depth to Packer (tI bmp) NA Pump Intake Setting (Initial) NA Water Column in Well (ft) -231.26 (ft bmp) (Final) NA

Casing Diameter (in) 4.00 Pumping Rate (gpm) 0.00 Gallons in Well 33.78 Packer Pressure (psi) NA

Gallons Pumped /Bailed PID Reading NA Prior to Sampling

Field Parameters

Volume Desc Time

D7W (feet)

Pump Rate

pH (std

units) SCond

TEMP. .

( ''C) DO ORP (mV)


NA NA NA

0.00 7:46 NA 0.00 NA

33.00 7:47 NA 0.07 7.50 776.00 mS /crr 19.50 10.37 mg /L 34.00 800.00 orange turbid, Cloudy

Parameter

Remarks NA

Container


Number Preservative

Well Casing Volumes

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 1/2 ":= 0.50 6" =1.47









CADI' 'z

;. .>: Location

Sample ID

Date

C-1-CW08

Water Sampling Log

C-1-CW08

10/13/2012


Site Location

Sampling Personnel


Replicate # NA


Page 16 of 40


Burbank, CA

Howard Armstrong

Sunny

Purge Data









Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 9:17 End 9:38

(Initial) NA

(Final) NA

6.24

NA

NA

Volume Desc Time

DTW (feet)

Pump Rate

pH (std

units) SCond

. TEMP.

CC) DO

ORP (mV)


9:18 NA 0.00 NA




Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 1/2 ":= 0.50 6" =1.47




gpm Gallons per minute N/A Not Applicable - umhos/cm Micromhos per centimeter mg /L Miligrams per liter NR Not Recorded VOC Volatile Organic Compounds






Sample ID MW -5 Site Location Burbank, CA



Replicate # MW -5 -DUP


Purge Data







Gallons in Well


282.50 (1/19/2012)

219.12

NA

63.38

4.00

33.21

101.50

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 10:17 End 11:53

(Initial) NA

(Final) NA

1.06

NA

NA


DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP.

CC) DO

ORP (mV)


10:00 NA 0.00 NA


66.00 11:17 NA 0.10 6.87 0.72 mS /cm 22.36 5.09 mg /L 187.00 0.00 NA


Parameter

Remarks NA

Container


Number Preservative

Gal. /Ft.

Well Casing Volumes

1 -1/4" =0.06 2" =0.16 3" =0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3 -1/2 ": =0.50 6" =1.47


'C Degrees Celsius mS /cm Milisiemens per centimeter PVC Polyvinyl chloride it feet msl mean sea -level s.u. Standard units

gpm Gallons per minute' N/A Not Applicable umhos/cm Micromhos per centimeter





Location

Sample ID B- 6- CW16(10 -16 -2012)

Date 10/16/2012

Time Begin

Replicate # NA

Water Quality Meter

B-6-CW16

Water Sampling Log

End


Site Location

Sampling Personnel

Weather


Page 18 of 40


Burbank, CA

Howard Armstrong

Hot, Sunny

Purge Data







Gallons in Well


714.62

265.00 (installed)

226.07

NA

38.93

5.00

39.71

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 12:46 End

(Initial) NA

(Final) NA

0.00

NA

NA

Purge Volume Desc Tme

DTW (feet)

Pump Rate

H

(std

units) SCond

TEMP. TEMP

CC) DO ORP

(mV)


12:46 NA 0.00 NA

25.00 12:50 NA 0.03 8.22 0.76 mS /cm 20.80 5.27 mg /L 137.00 79.20 NA



Parameter

Remarks NA

Container


Number Preservative

Well Casing Volumes

Gal. /Ft. 1-1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 1/2 ":= 0.50 6" =1.47









r:.; 'SC ,i'0 <^<>

<wt.

Location C- 1 -CW08

Sample ID C- 1- CW08(10 -13 -2012)

Date 10/13/2012

Water Sampling Log

Time Begin

Replicate # NA

Water Quality Meter

End


Site Location

Sampling Personnel

Weather

Serial #

Page 19 of 40


Burbank, CA

Howard Armstrong

Purge Data


Field Parameters


Sounded Well Depth (ft bmp) 274.00 (installed) Evacuation Method Submersible Electric Pump

Depth to Water (ft bmp) Purge Time Begin End

Depth to Packer (tl bmp) NA Pump Intake Setting (Initial) NA

Water Column in Well (ft) (ft bmp) (Final) NA

Casing Diameter (in) 5.00 Pumping Rate (gpm)

Gallons in Well 41.62 Packer Pressure (psi) NA


Field Parameters

Volume DTW Pump pH (std TEMP. . ORP TURB Desc Time (feet) Rate units) SCond CC) DO (mV) (NTUs) COLOR Appearance

Parameter

Remarks NA

Container


Number Preservative

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16

Well Casing Volumes

3" =0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3-1/2":= 0.50 6" =1.47



it feet nisi mean sea -level s.u. Standard units






< ?.x":," <;

t, i$.,,; Location MW -6

Sample ID MW-6(10-13-2012)

Date 10/13/2012

Time Begin 13:22

Replicate # NA

Water Quality Meter

Water Sampling Log

End 13:22

Horiba U-52


Site Location

Sampling Personnel

Weather

Serial #

Page 20 of 40


Burbank, CA

Howard Armstrong

Sunny

Purge Data









Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 13:04 End 13:26

(Initial) NA

(Final) NA

4.68

NA

NA

Volume Desc Time

DTW (feet)

Pump Rate

pH (std

units) SCond

. TEMP.

CC) DO ORP (mV)


13:05 NA 0.00 NA



84.00 13:20 0.00 0.10 8.02 0.75 mS /cm 21.54 7.52 mg /L 147.00 0.00 clear NA

Parameter

Remarks NA


Container

Signature:

Number

0,k)

Preservative

Gal. /Ft. 1 -1/4" =0.06 2" =0.16

Well Casing Volumes

3" = 0.37 4" = 0.65 1 -1/2" =0.09 2 -1/2" =0.26 3 -1/2 ": =0.50 6" =1.47

bmp

'C

it

gpm

mg/L


Degrees Celsius

feet

Gallons per minute

Miligrams per liter

ml

mS/cm

msl

N/A

NR

mililiter


mean sea -level

Not Applicable

Not Recorded

NTU

PVC

s.u.

umhos/cm

'VOC


Polyvinyl chloride

Standard units




CONFIDENTIAL

Material Code

PE - Polyethylene PP - Polypropylene T - Teflon S - Silicone O - Other

Version

1.01

LMC- PET -00000154

AY"-T A saD: Location A- 1 -CW09

Sample ID A- 1- CW09(10 -11 -2012)

Date 10/11/2012

Water Sampling Log

Time Begin

Replicate # NA

Water Quality Meter

End


Site Location

Sampling Personnel

Weather


Page 21 of 40


Burbank, CA

Howard Armstrong

Purge Data







Gallons in Well


673.80

232.00 (installed)

200.19

NA

31.81

5.00

32.45

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 15:09 End

(Initial) NA

(Final) NA

0.00

NA

NA


DT W

(feet)

Pump

Rate

H

(std

units) SCond

TEMP.

(CC) DO ORP (mV)


33.00 15:09 NA 0.04 NA

Parameter

Remarks NA

Container


Number Preservative

Gal. /Ft. 1-1/4" = 0.06 2"= 0.16


'C Degrees Celsius

it feet



Well Casing Volumes

Y= 0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3-1/2":= 0.50 6" =1.47



msl mean sea -level s.u. Standard units

N/A Not Applicable umhos/cm Micromhos per centimeter





Location

Sample ID

Date

Tme

Replicate #

Water Quality Meter

B-6-CW16

Water Sampling Log

B-6-CW16

10/16/2012

Begin

NA

13:30 End 13:30

Horiba U-52


Site Location

Sampling Personnel

Weather

Serial #

Page 22 of 40


Burbank, CA

Howard Armstrong

Hot, Sunny

Purge Data









Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 12:44 End 13:29

(Initial) NA

(Final) NA

1.80

NA

NA


DTW (feet)

Pump Rate

H

(std

units) SCond

TEMP.

r C) DO ORP (mV)


12:44 NA 0.00 NA




Parameter

Remarks NA


Container

Signature:

Number Preservative

Gal. /Ft. 1-1/4" = 0.06

Well Casing Volumes

2" = 0.16 3" = 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47

bmp

'C

it

' gpm

mg/L


Degrees Celsius

feet

Gallons per minute

Miligrams per liter

ml

mS /cm

mal

N/A

NR

mililiter


mean sea -level

Not Applicable

Not Recorded

NTU

PVC

s.u.

umhos/cm

VOC


Polyvinyl chloride

Standard units




CONFIDENTIAL

Material Code

PE - Polyethylene PP - Polypropylene T - Teflon S - Silicone 0 - Other

Version

1.01

LMC- PET -00000156

Location

Sample !D

Date

B-1-CW12

Water Sampling Log

B-1-C W 12 (10-12-2012)

10/12/2012

Time Begin

Replicate # NA

Water Quality Meter

End


Site Location

Sampling Personnel

Weather


Page 23 of 40


Burbank, CA

Howard Armstrong

Sunny

Purge Data







Gallons in Well


17.30

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 11:21 End

(Initial) NA

(Final) NA

0.00

NA

NA


DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP.

(CC) DO ORP (mV)


Parameter

Remarks NA

Container


Number Preservative

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16


'C Degrees Celsius

it feet



Well Casing Volumes

3" =0.37 4" =0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 112 ": = 0.50 6" =1.47




N/A Not Applicable umhos /cm Micromhos per centimeter





Location

Sample ID

Date

B-6-CWO3R

Water Sampling Log

B-6-CW03R(10-11-2012)

10/11/2012

Time Begin

Replicate # NA

End

Water Quality Meter


Site Location

Sampling Personnel

Weather


Page 24 of 40


Burbank, CA

Howard Armstrong

Purge Data







Gallons in Well


699.76

265.00 (installed)

216.07

NA

48.93

5.00

49.91

166.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge



(Initial) NA

(Final) NA

4.15

NA

NA


DTW (feet)

Pump Rate

H

(std

units) SCond

TEMP TEMP.

CC) DO

ORP

(mV)


9:59 NA 0.00 NA


52.00 10:12 NA 0.08 0.79 mS /cm 20.27 5.49 mg /L 35.00 0.00 clear NA


10:38 NA 0.00 NA

Parameter

Remarks NA

Container


Number Preservative

Gal. /Ft. 1 -1/4" =0.06 2" =0.16


'C Degrees Celsius

it feet



Well Casing Volumes

3" =0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3 -1/2 ": =0.50 6" =1.47




N/A Not Applicable umhos/cm Micromhos per centimeter ,





rA xQ: *

Location

Sample ID

Date

Water Sampling Log

B-6-CW01

B-6-CW01(10-10-2012)

10/10/2012

Time Begin

Replicate # NA

16:23 End 16:23

Water Quality Meter Horiba U-52


Site Location

Sampling Personnel

Weather

Serial #

Page 25 of 40


Burbank, CA


Cloudy, Humid

Purge Data







Gallons in Well


699.99

590.00 (installed)

199.07

NA

390.93

5.00

398.75

1,231.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 16:23 End 16:22

(Initial) NA

(Final) NA

-1,231.00

NA

0.00

pH Purge Volume DTW Pump (std TEMP. ORP TURB

Desc Time (feet) Rate units) SCond (CC) DO (mV) (NTUs) COLOR Appearance

Parameter

Remarks NA


Container

Signature:

Number Preservative

Gal. /Ft. 1 -1/4" = 0.06 2 "= 0.16

Well Casing Volumes

3" =0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3-1/2":= 0.50 6" =1.47

bmp

'C

it

gpm

mg/L


Degrees Celsius

feet

Gallons per minute

Miligrams per liter

ml

mS/cm

msl

N/A

NR

mililiter


mean sea -level

Not Applicable

Not Recorded

NTU

PVC

s.u.

umhos/cm

VOC


Polyvinyl chloride

Standard units




CONFIDENTIAL

Material Code

PE - Polyethylene PP - Polypropylene T - Teflon S - Silicone O - Other

Version 1.01

LMC- PET -00000159

Location 3871G

Water Sampling Log


Sample ID 3871G Site Location



Replicate # NA


Page 26 of 40


Burbank, CA

Howard Armstrong

Sunny

Purge Data







Gallons in Well


591.86

140.00 (installed)

124.92

NA

15.08

5.00

15.38

53.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Held Parameters

Volume Purge


Begin 8:07 End 8:22

(Initial) NA

(Final) NA

3.53

NA

NA


DTW (feet)

Pump Rate

H (std

units) SCond

TEMP. TEMP

CC) DO ORP

(mV)


0.00 8:07 NA 0.00 NA




Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1 -1/4" =0.06 2" =0.16 3" =0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3-1/2":= 0.50 6" =1.47




gpm Gallons perminute N/A Not Applicable umhos /cm Micromhos per centimeter

ma/L Miligrams per liter NR Not Recorded VOC Volatile Organic Compounds




Location MW -07

Sample ID MW -7

Date 10/15/2012

Water Sampling Log


Replicate # NA

Water Quality Meter


Site Location

Sampling Personnel

Weather


Page 27 of 40


Burbank, CA

Howard Armstrong

Hot, Sunny

Purge Data







Gallons in Well

215.48


0.00

223.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 13:24 End 14:35

(Initial) NA

(Final) NA

3.14

NA

NA


DTW (feet)

Pump Rate

H (std

units) SCond

TEMP.

CC) DO ORP (mV)


13:24 NA 0.00 NA




Parameter

Remarks

Container Number Preservative

NEED NEW WELL BOX INSTALLED,BOX IS SUNK BELOW GRADE WATER WILL FILL BOX DURING RAINS


Gal. /Ft. 1-1/4" = 0.06 T= 0.16

Well Casing Volumes

3" = 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47









.,,, :a. . <. ,. , ,

Water Sampling Log

Location B -1 -CW25 Project Name and No.

Sample ID B -1 -CW25 Site Location



Replicate # NA


Page 28 of 40


Burbank, CA

Howard Armstrong

Purge Data







Gallons in Well


636.54

195.00 (installed)

176.12

NA

18.88

5.00

19.26

64.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 16:22 End 16:41

(Initial) NA

(Final) NA

3.37

NA

NA

Purge Volume DTV Pump pH (std TEMP. ORP TURB Desc Time (feet) Rate units) SCond CC) DO (mV) (NTUs) COLOR Appearance




Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1 -112" = 0.09 2 -1/2" = 0.26 3- 1/2 ":= 0.50 6" =1.47









Location MW -3

Sample ID MW -3

Date 10/12/2012

Water Sampling Log


Replicate # NA



Site Location

Sampling Personnel

Weather

Page 29 of 40


Burbank, CA

Howard Armstrong

Cloudy

Purge Data







Gallons in Well


720.63

0.00 (10/11/2012)

231.26

NA

-231.26

4.00

33.78

119.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 8:16 End 8:23

(Initial) NA

(Final) NA

17.00

NA

NA


DTW (feet)

Pump Rate

H

(std

units) SCond

TEMP. TEMP

( *C) DO

ORP

(mV)


0.00 8:17 NA 0.00 NA



33.00 8:20 NA 0.07 7.15 0.78 mS /cm 19.80 4.82 mg /L 43.00 93.70 cloudy NA

Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1 -1 /4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47









... .... ... .. ... r.. ,, w> : , <. , :,

Location 3851M

Sample ID 3851M

Date 10/11/2012

Water Sampling Log


Replicate # NA

Water Quality Meter


Site Location

Sampling Personnel

Weather


Page 30 of 40


Burbank, CA

Howard Armstrong

Purge Data







Gallons in Well


48.05

157.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 10:52 End 11:28

(Initial) NA

(Final) NA

4.36

NA

NA

Volume Desc Time

DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP. .

CC) DO ORP (mV)


0.00 10:52 NA 0.00 NA

49.00 11:06 NA 0.07 0.73 mS /cm 19.40 8.91 mg /L 136.00 0.00 clear NA



Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1-1/4" = 0.06 2" = 0.16 3''= 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47









Location

Sample ID

Date

3830Q

Water Sampling Log

3830Q(10 -05 -2012)

10/05/2012


Replicate # DUP -01

Water Quality Meter Solinst 101 / Solinst 101 Serial #


Site Location

Sampling Personnel

Weather

Page 31 of 40


Burbank, CA

Howard Armstrong

Cold, Cool ,50F

Purge Data







Gallons in Well


702.56

360.00 (installed)

200.00

NA

160.00

5.00

163.20

500.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 16:50 End 16:52

12.00 (Initial)

(Final) NA

250.00

NA

0.00


DT W (feet)

Pump Rate

H

(std units) SCond

TEMP.

('C) DO ORP (mV)


500.00 16:50 NA 0.49 NA

Parameter

Remarks NA

Container


Number Preservative

Well Casing Volumes

Gal. /Ft. 1 -114" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 1/2":= 0.50 6" =1.47




gpm Gallons per minute N/A Not Applicable umhos /cm Micromhos per centimeter

mg/L Miligrams per liter NR - Not Recorded VOC Volatile Organic Compounds




# ixM' #.

Location

Sample ID

Date

B-1-CW28

Water Sampling Log

B-1-CW28(10-11-2012)

10/11/2012

Time Begin

Replicate # NA

End

Water Quality Meter


Site Location

Sampling Personnel

Weather


Page 32 of 40


Burbank, CA

Heather Tauscher

Cloudy, Cool

Purge Data







Gallons in Well


650.15

351.00 (installed)

173.75

NA

177.25

5.00

180.79

563.00

Field Parameters

Sample Method

Evacuation Method

Purge lime


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 12:03 End 12:44

(Initial) NA

(Final) NA

13.73

NA

0.00


DTW (feet)

Pump Rate

H (std

units) SCond

TEMP.

('C) DO ORP (mV)


12:03 NA 0.00 NA




Parameter

Remarks NA

Container

Sampling Personnel: Heather Tauscher Signature:

Number Preservative

Gal. /Ft. 1 -1/4" =0.06 2" =0.16


'C Degrees Celsius

it feet



Well Casing Volumes

3" =0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3 -1/2 ": =0.50 6" =1.47









Location

Sample ID

Date

C-1-CW06

Water Sampling Log

C-1-CW06(10-13-2012)

10/13/2012


Replicate # NA



Site Location

Sampling Personnel

Weather

Page 33 of 40


Burbank, CA

Heather Tauscher

Cool, Partly Cloudy

Purge Data









Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 11:22 End 12:10

(Initial) NA

(Final) NA

1.77

NA

0.00

Volume Desc Time

DTW (feet)

Pump Rate

pH (std

units) SCond

. TEMP.

("C) DO ORP

(mV)


11:22 NA 0.00 NA




Parameter

Remarks NA

Container


Number Preservative

Well Casing Volumes

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 1/2 ":= 0.50 6" =1.47









'' " Water Sampling Log Page 34 of 40

Location A- 1 -CW07 Project Name and No. Lockheed Martin -BOU, B0038189.0000

Sample ID A- 1 -CW07 Site Location Burbank, CA



Replicate # A- 1 -CW07 DUP


Purge Data







Gallons in Well


27.19

53.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 15:37 End 15:58

(Initial) NA

(Final) NA

2.52

NA

NA


DTW (feet)

Pump Rate

H

(std

units) SCond

TEMP.

CC) DO

ORP (mV)


15:37 NA 0.00 NA



15:47 NA 0.00 7.48 0.00 mS /cm 21.13 0.69 mg /L 98.00 0.00 clear NA

Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1-1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47









::<, . ,,.>;

Location

Sample ID

Date

B-1-CW12

Water Sampling Log

B-1-CW12(10-12-2012)

10/12/2012

Time Begin

Replicate # NA

End

Water Quality Meter


Site Location

Sampling Personnel

Weather


Page 35 of 40


Burbank, CA

Howard Armstrong

, Cloudy

Purge Data









Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 9:06 End 9:31

(Initial) NA

(Final) NA

4.84

NA

NA


DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP.

CC) DO ORP (mV)


9:06 NA 0.00 NA




Parameter

Remarks NA

Container


Number Preservative

Gal. /Ft. 1 -1/4" =0.06 2" =0.16


'C Degrees Celsius

it feet



Well Casing Volumes

3" =0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3 -1/2 ": =0.50 6" =1.47









Location

Sample ID

Date

B-1-CW27

Water Sampling Log

B-1-CW27(10-10-2012)

10/10/2012


Replicate # NA



Site Location

Sampling Personnel

Weather

Page 36 of 40


Burbank, CA

Heather Tauscher

Purge Data







Gallons in Well


636.93

339.00 (installed)

161.27

NA

177.73

5.00

181.28

117.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 19:34 End 19:39

(Initial) NA

(Final) NA

23.40

NA

0.00

pH Purge Volume DTW Pump (std TEMP. ORP TURB

Desc Time (feet) Rate units) SCond CC) DO (mV) (NTUs) COLOR Appearance


234.00 19:36 NA 0.20 7.25 19.67 4.81 mg /L 116.00 0.00 clear NA


Parameter

Remarks NA


Container

Signature:

Number Preservative

Well Casing Volumes

Gal. /Ft. 1-1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47









Water Sampling Log

Location B- 1 -CW13 Project Name and No.

Sample ID B- 1 -CW13 Site Location



Replicate # B -1 -C13 DUP


Page 37 of 40

Lockheed Martin -BOU, 60038189.0000

Burbank, CA

Howard Armstrong

Sunny

Purge Data







Gallons in Well


651.49

215.00 (installed)

185.04

NA

29.96

5.00

30.56

107.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 11:33 End 11:57

(Initial) NA

(Final) NA

4.46

NA

NA


DTW (feet)

Pump Rate

H

(std

units) SCond

TEMP.

CC) DO ORP (mV)


11:33 NA 0.00 NA




11:50 NA 0.00 NA

Parameter

Remarks NA

Container


Number Preservative

Well Casing Volumes

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 1/2 ":= 0.50 6" =1.47









Location

Sample ID

Date

C-1-CW05

Water Sampling Log

C-1-CW05(10-11-2012)

10/11/2012


Replicate # NA

Water Quality Meter


Site Location

Sampling Personnel

Weather


Page 38 of 40


Burbank, CA

Heather Tauscher

Cloudy, Cool, Dark, Scattered Showers

Purge Data







Gallons in Well


225.42

525.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 14:14 End 14:58

(Initial) NA

(Final) NA

11.93

NA

NA


DTW (feet)

Pump Rate

H

(std

units) SCond

TEMP.

CC) DO ORP (mV)


14:14 NA 0.00 NA




Parameter

Remarks NA

Container


Number Preservative

Gal. /Ft. 1 -1/4" = 0.06 2" = 0.16

Well Casing Volumes

3" = 0.37 4" = 0.65 1 -1/2" = 0.09 2 -1/2" = 0.26 3- 1/2 ":= 0.50 6" =1.47









Location

Sample ID

Date

Time

A-1-CW08

Water Sampling Log

A-1-CW08(10-13-2012)

10/13/2012

Begin End

Replicate # NA

Water Quality Meter


Site Location

Sampling Personnel

Weather


Page 39 of 40


Burbank, CA

Howard Armstrong

Sunny

Purge Data Field Parameters

Measuring Point Elevation 682.74 Sample Method Volume Purge

Sounded Well Depth (ft bmp) 240.00 (installed) Evacuation Method Submersible Electric Pump

Depth to Water (ft bmp) 233.40 Purge Time Begin 9:11 End

Depth to Packer (tl bmp) NA Pump Intake Setting (Initial) NA

Water Column in Well (ft) 6.60 (ft bmp) (Final) NA

Casing Diameter (in) 5.00 Pumping Rate (gpm) 0.00

Gallons in Well 6.73 Packer Pressure (psi) NA


Field Parameters


DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP.

("C) DO

ORP

(mV) TURB


0.00 9:12 NA 0.00 NA

Parameter

Remarks NA

Container


Number Preservative

Well Casing Volumes

Gal. /Ft. 1-1/4" = 0.06 2" = 0.16 3" = 0.37 4" = 0.65 1-1/2" = 0.09 2-1/2" = 0.26 3-1/2":= 0.50 6" =1.47









Location

Sample ID

Date

B-1-CW29

Water Sampling Log

B-1-CW29(10-15-2012)

10/15/2012

Time Begin

Replicate # NA

Water Quality Meter

End

Horiba U-52


Site Location

Sampling Personnel

Weather

Serial #

Page 40 of 40


Burbank, CA

Howard Armstrong

Sunny

Purge Data







Gallons in Well


34.29

108.00

Field Parameters

Sample Method

Evacuation Method

Purge Time


Pumping Rate (gpm)


PID Reading

Field Parameters

Volume Purge


Begin 8:08 End

(Initial) NA

(Final) NA

-0.22

NA

NA

Purge Volume Desc lime

DTW (feet)

Pump Rate

pH (std

units) SCond

TEMP.

("C) DO ORP (mV)


8:08 NA 0.00 NA

8:08 NA 0.00 8.11 0.80 mS /cm 20.50 7.51 mg /L 90.00 0.00 clear NA



Parameter

Remarks NA

Container


Number Preservative

Gal. /Ft. 1 -1/4" =0.06 2" =0.16


'C Degrees Celsius

it feet



Well Casing Volumes

3" =0.37 4" =0.65 1 -1/2" =0.09 2 -1/2" =0.26 3 -1/2 ": =0.50 6" =1.47









Appendix D

Laboratory Analytical Results and Chain -of- Custody Documentation

(Provided on CD)


ASSOCIATED LABORATORIES 806 North Batavia - Orange, California 92868 - 714 -771 -6900 FAX 714 538 -1209

CLIENT: ARCADIS LAB REQUEST: 311877

ATTN: Leah Levy

PROJECT: BOU Burbank

FULL DATAPACKAGE

TABLE OF CONTENTS

Cover Sheet

Analytical Results Report

QC Summary

Case Narrative

Chain of Custody

Sample Acceptance Checklist

EPA 218.6 Hexavalent Chromium

EPA 6010B Metals - Dissolved

EPA 8260B Volatiles

EPA 8260M 1,2,3 -TCP

Page

Page

Page

1

2 -12

13 -17

Page 18

Page 19

Page 20

Page 21 -40

Page 41 -90

Page 91 -159

Page 160 -170


ASSOCIATED LABORATORIES 806 North Batavia - Orange, California 92868 - 714 -771 -6900 FAX 714 538 -1209

ARCAD I S

BOU Burbank Project ALAB # 311877

Level III Data Package

ALAB Project Manger: Danielle Roberts ALAB Laboratory Director: Ed Behare PhD ALAB Quality Control Manager: Hongling Cao

- tr.; ,


Associated Laboratories 806 N. Batavia - Orange, CA 92868 Tel (714)771 -6900 Fax (714)538 -1209 www.associatedlabs.com Info @associatedlabs.com

Client: ARCADIS Address: 3750 Schaufele Ave., Suite 225

Long Beach, CA 90808 Attn: Leah Levy

Comments: BOU Burbank 80038189.0000.00001

04232CA

Lab Request: 311877 Report Date: 10/31/2012 Date Received: 10/10/2012 Client ID: 14099

This laboratory request covers the following listed samples which were analyzed for the parameters indicated on the attached Analytical Result Report. All analyses were conducted using the appropriate methods. Methods accredited by NELAC are indicated on the report. This cover letter is an integral part of the final report.

Sample # Client Sample ID

311877 -001 3850R 311877-002 B- 1 -CW27 311877 -003 3850N 311877 -004 TB101012 311877 -005 B- 6 -CW01

Thank you for the opportunity to be of service to your company. Please feel free to call if there are any questions regarding this report or if we can be of further service.

ASSOC TED LABORATORIES by,

Edward S. Behare, Ph.D. Lab Director NOTE: Unless notified in writing , all samples will be discarded by appropriate disposal protocol 45 days from date reported.

The reports of the Associated Laboratories are confidential property of our clients and may not be reproduced or used for publication in part or in full without our written permission. This is for the mutual protection of the public, our clients, and ourselves.

Page 1 of 11

TESTING & CONSULTING

Chemical

Microbiological

Environmental


Matrix: Water Client: ARCADIS ` Collector lient_ Sampled: 10/10/2012 12 :49 Site: Notes: Sample #:;.311877 -001 Client Sample #: 3850R

Analyte Result Prep Method: EPA 5030B

DF MDL RDL Units Analyzed By Notes QCBatchlD: QC1130649 Method: EPA 8260 NELAC

1,1,1,2-Tetrachloroethane ND 1 0.122 0.5 ug/L 10/17/12 Liaoyuanz 1,1,1-Trichloroethane ND 1 0.063 0.5 ug/L 10/17/12 Liaoyuanz 1,1,2,2-Tetrach loroethane ND 1 0.063 0.5 ug/L 10/17/12 Liaoyuanz 1,1,2-Trichloroethane ND 1 0.045 0.5 ug/L 10/17/12 Liaoyuanz 1,1,2-Trichlorotrifluoroethane ND 1 0.119 0.5 ug/L 10/17/12 Liaoyuanz 1,1-Dichloroethane ND 1 0.078 0.5 ug/L 10/17/12 Liaoyuanz 1,1-Dichloroethene ND 1 0.13 0.5 ug/L 10/17/12 Liaoyuanz 1,1-Dichloropropene ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz 1,2,3-Trichlorobenzene ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz 1,2,3-Trichloropropane ND 1 0.073 0.5 ug/L 10/17/12 Liaoyuanz 1,2,4-Trich lorobenzene ND 1 0.068 0.5 ug/L 10/17/12 Liaoyuanz 1,2,4-Trimethylbenzene ND 1 0.078 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dibromo-3-chloropropane ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dibromoethane ND 1 0.043 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dichlorobenzene ND 1 0.051 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dichioroethane ND 1 0.066 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dichloropropane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz 1,3,5-Trimethylbenzene ND 1 0.097 0.5 ug/L 10/17/12 Liaoyuanz 1,3-Di.chlorobenzene ND 1 0.052 0.5 ug/L 10/17/12 Liaoyuanz 1,3-Dichloropropane ND 1 0.68 0.5 ug/L 10/17/12 Liaoyuanz 1,4-Dichlorobenzene ND 1 0.12 0.5 ug/L 10/17/12 Liaoyuanz 2,2-Dichloropropane ND 1 0.11 0.5 ug/L 10/17/12 Liaoyuanz 2-Butanone (MEK) ND 1 0.3 5 ug/L 10/17/12 Liaoyuanz 2- Chioroethyl Vinyl Ether ND 1 0.23 0.5 ug/L 10/17/12 Liaoyuanz 2-Chiorotoluene ND 1 0.079 0.5 ug/L 10/17/12 Liaoyuanz 4-Chiorotoluene ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz 4-Isopropyltoluene ND 1 0.091 0.5 ug/L 10/17/12 Liaoyuanz 4- Methyl -2- pentanone (MIBK) ND 1 0.16 5 ug/L 10/17/12 Liaoyuanz Acetone ND 1 0.2 10 ug/L 10/17/12 Liaoyuanz Ally/ Chloride ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz Benzene ND 1 0.071 0.5 ug/L 10/17/12 Liaoyuanz Bromobenzene ND 1 0.073 1 ug/L 10/17/12 Liaoyuanz Bromochloromethane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz Bromodichloromethane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz Bromoform ND 1 0.053 0.5 ug/L 10/17/12 Liaoyuanz

Bromomethane ND 1 0.13 1 ug/L 10/17/12 Liaoyuanz Carbon Tetrachloride ND 1 0.045 0.5 ug/L 10/17/12 Liaoyuanz

Chlorobenzene ND 1 0.075 0.5 ug/L 10/17/12 Liaoyuanz Chlorod ibromomethane ND 1 0.045 0.5 ug/L 10/17/12 Liaoyuanz

Chloroethane ND 1 0.4 0.5 ug/L 10/17/12 Liaoyuanz

Chloroform 0.9 1 0.044 0.5 ug/L 10/17/12 Liaoyuanz

Chioromethane ND 1 0.055 0.5 ug/L 10/17/12 Liaoyuanz

cis -1,2- Dichloroethene ND 1 0.055 0.5 ug/L 10/17/12 Liaoyuanz cis -1,3- dichloropropene ND 1 0.061 0.5 ug/L 10/17/12 Liaoyuanz

cis -1,4- dichloro -2- butene ND 1 0.075 5 ug/L 10/17/12 Liaoyuanz

Dibromomethane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz

Dichlorodifluoromethane ND 1 0.062 0.5 ug/L 10/17/12 Liaoyuanz Di- isopropyl ether (DIPE) ND 1 0.17 0.5 ug/L 10/17/12 Liaoyuanz

Ethylbenzene ND 1 0.091 0.5 ug/L 10/17/12 Liaoyuanz

Ethyl- tertbutylether (EIBE) ND 1 0.25 0.5 ug/L 10/17/12 Liaoyuanz

ND = Not Detected or < MDL MDL = Method Detection Limit RDL = Reporting Detection Limit DF = Dilution Factor

ASSOCIATED LABORATORIES Analytical Results Report

Lab Request 311877 Page 2 of 11

.;\

.A : .AB - _, o."@


Matrix: Water Client: ARCADIS

Sampled: 10/10/2012 1 2:49 Site: Sample #: 311877 -001 Client Sample #: 3850R

Collector: Client

Notes:

Analyte Result DF MDL RDL Units Analyzed By Notes Hexachlorobutadiene ND 1 0.073 1 ug /L 10/17/12 Liaoyuanz Isopropylbenzene ND 1 0.089 0.5 ug/L 10/17/12 Liaoyuanz m and p- Xylene ND 1 0.17 0.5 ug/L 10/17/12 Liaoyuanz Methylene chloride ND 1 0.15 0.5 ug/L 10/17/12 Liaoyuanz Methyl -t -butyl Ether (MTBE) ND 1 0.068 0.5 ug/L 10/17/12 Liaoyuanz Naphthalene ND 1 0.061 0.5 ug/L 10/17/12 Liaoyuanz N-butylbenzene ND 0.094 0.5 ug/L 10/17/12 Liaoyuanz N-propylbenzene ND 1 0.09 0.5 ug/L 10/17/12 Liaoyuanz o-Xylene ND 1 0.075 0.5 ug/L 10/17/12 Liaoyuanz Sec-butylbenzene ND 1 0.077 0.5 ug/L 10/17/12 Liaoyuanz Styrene ND 1 0.088 0.5 ug/L 10/17/12 Liaoyuanz t -Butyl alcohol (TBA) ND 1 5 5 ug/L 10/17/12 Liaoyuanz Tert-amylmethylether (TAME) ND 1 0.13 0.5 ug/L 10/17/12 Liaoyuanz Tert-butylbenzene ND 1 0.092 0.5 ug/L 10/17/12 Liaoyuanz Tetrachloroethene 140 1 0.15 0.5 ug/L 10/17/12 Liaoyuanz Toluene ND 1 0.078 0.5 ug/L 10/17/12 Liaoyuanz trans -1,2- dichloroethene ND 0.17 0.5 ug/L 10/17/12 Liaoyuanz trans -1,3- dichloropropene ND 1 0.056 0.5 ug/L 10/17/12 Liaoyuanz trans -1,4- dichloro -2- butene ND 1 0.075 5 ug/L 10/17/12 Liaoyuanz Trichloroethene 12 1 0.078 0.5 ug/L 10/17/12 Liaoyuanz Trichlorofluoromethane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz Vinyl Chloride ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz Xylenes (Total) ND 1 0.25 0.5 ug/L 10/17/12 Liaoyuanz

Analvte % Recovery Limits Notes

1,2- Dichloroethane -d4 (SUR) 93 70-145 4- Bromofluorobenzene (SUR) 97 70-145

Dibromodifluoromethane (SUR) 91 70-145

Toluene -d8 (SUR) 101 70 -145

ND = Not Detected or < MDL MDL = Method Detection Limit

o

RDL = Reporting Detection Limit DF = Dilution Factor




Matrix: Water Client: ARCADIS Collector: Client Sampled: 10/10/201210:21 Site Notes:

Sample #: 311877 -002 Client Sample #: B- 1 -CW27

Analyte Result DF MDL RDL Units Analyzed By Notes Method: EPA 8260 NELAC Prep Method: EPA 5030B QCBatchID: QC1130649

1,1,1,2-Tetrachloroethane ND 1 0.122 0.5 ug/L 10/17/12 Liaoyuanz 1,1,1-Trichloroethane ND 1 0.063 0.5 ug/L 10/17/12 Liaoyuanz 1,1,2,2-Tetrachloroethane ND 1 0.063 0.5 ug/L 10/17/12 Liaoyuanz 1,1,2-Trichloroethane ND 1 0.045 0.5 ug/L 10/17/12 Liaoyuanz 1,1,2-Trichlorotrifluoroethane ND 1 0.119 0.5 ug/L 10/17/12 Liaoyuanz 1,1-Dichloroethane ND 1 0.078 0.5 ug/L 10/17/12 Liaoyuanz 1,1-Dichloroethene ND 1 0.13 0.5 ug/L 10/17/12 Liaoyuanz 1,1-Dichioropropene ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz 1,2,3-Trichlorobenzene ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz 1,2,3-Trichloropropane ND 1 0.073 0.5 ug/L 10/17/12 Liaoyuanz 1,2,4-Trichlorobenzene ND 1 0.068 0.5 ug/L 10/17/12 Liaoyuanz 1,2,4-Trimethylbenzene ND 1 0.078 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dibromo-3-chloropropane ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dibromoethane ND 1 0.043 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dichlorobenzene ND 1 0.051 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dichloroethane ND 1 0.066 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dichloropropane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz 1,3,5-Trimethylbenzene ND 1 0.097 0.5 ug/L 10/17/12 Liaoyuanz 1,3-Dichlorobenzene ND 1 0.052 0.5 ug/L 10/17/12 Liaoyuanz 1,3-Dichloropropane ND 1 0.68 0.5 ug/L 10/17/12 Liaoyuanz 1,4-Dichlorobenzene ND 1 0.12 0.5 ug/L 10/17/12 Liaoyuanz 2,2-Dichloropropane ND 1 0.11 0.5 uglL 10/17/12 Liaoyuanz 2-Butanone (MEK) ND 1 0.3 5 ug/L 10/17/12 Liaoyuanz 2- Chloroethyl Vinyl Ether ND 1 0.23 0.5 ug/L 10/17/12 Liaoyuanz 2-Chlorotoluene ND 1 0.079 0.5 ug/L 10/17/12 Liaoyuanz 4-Chlorotoluene ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz 4-Isopropyltoluene ND 1 0.091 0.5 ug/L 10/17/12 Liaoyuanz 4- Methyl -2- pentanone (MIBK) ND 1 0.16 5 ug/L 10/17/12 Liaoyuanz Acetone ND 1 0.2 10 ug/L 10/17/12 Liaoyuanz Allyl Chloride ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz Benzene ND 1 0.071 0.5 ug/L 10/17/12 Liaoyuanz Bromobenzene ND 1 0.073 1 ug/L 10/17/12 Liaoyuanz Bromochloromethane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz Bromodichloromethane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz Bromoform ND 1 0.053 0.5 ug/L 10/17/12 Liaoyuanz Bromomethane ND 1 0.13 1 ug/L 10/17/12 Liaoyuanz Carbon Tetrachloride ND 1 0.045 0.5 ug/L 10/17/12 Liaoyuanz Chlorobenzene ND 1 0.075 0.5 ug/L 10/17/12 Liaoyuanz Chlorodibromomethane ND 1 0.045 0.5 ug/L 10/17/12 Liaoyuanz Chioroethane ND 1 0.4 0.5 ug/L 10/17/12 Liaoyuanz Chloroform ND 1 0.044 0.5 ug/L 10/17/12 Liaoyuanz Chloromethane ND 1 0.055 0.5 ug/L 10/17/12 Liaoyuanz cis- 1,2- Dichloroethene ND 1 0.055 0.5 ug/L 10/17/12 Liaoyuanz cis -1,3- dichloropropene ND 1 0.061 0.5 ug/L 10/17/12 Liaoyuanz cis -1,4- dichloro -2- butene ND 1 0.075 5 ug/L 10/17/12 Liaoyuanz Dibromomethane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz Dichlorodifluoromethane ND 1 0.062 0.5 ug/L 10/17/12 Liaoyuanz Di- isopropyl ether (DIPE) ND 1 0.17 0.5 ug/L 10/17/12 Liaoyuanz Ethylbenzene ND 1 0.091 0.5 ug/L 10/17/12 Liaoyuanz Ethyl -tertbutylether (ETBE) ND 1 0.25 0.5 ug/L 10/17/12 Liaoyuanz


ASSOCIATED LABORATORIES Analytical Results Report Lab Request 311877 Page 4 of 11


Matrix: Water

Sampled: 10/10/2012 10:21

Sample #: 311877 -002

Client: ARCADIS

Site:

Client Sample #: B- 1 -CW27

Collector: Client

Notes: re

Analyte Result DF MDL RDL Units Analyzed By Notes Hexachlorobutadiene

Isopropylbenzene

m and p- Xylene

Methylene chloride

ND

ND

ND

ND

1

1

1

1

0.073

0.089

0.17

0.15

1

0.5

0.5

0.5

ug /L

ug/L

ug/L

ug/L

10/17/12

10/17/12

10/17/12

10/17/12

Liaoyuanz

Liaoyuanz

Liaoyuanz

Liaoyuanz Methyl -t -butyl Ether (MTBE) ND 1 0.068 0.5 ug/L 10/17/12 Liaoyuanz Naphthalene ND 1 0.061 0.5 ug/L 10/17/12 Liaoyuanz N-butylbenzene ND 1 0.094 0.5 ug/L 10/17/12 Liaoyuanz

N-propylbenzene ND 1 0.09 0.5 ug/L 10/17/12 Liaoyuanz o-Xylene ND 1 0.075 0.5 ug/L 10/17/12 Liaoyuanz Sec -butylbenzene ND 1 0.077 0.5 ug/L 10/17/12 Liaoyuanz Styrene ND 1 0.088 0.5 ug/L 10/17/12 Liaoyuanz t -Butyl alcohol (TBA) ND 1 5 5 ug/L 10/17/12 Liaoyuanz Tert-amylmethylether (TAME) ND 1 0.13 0.5 ug/L 10/17/12 Liaoyuanz

Tert-butylbenzene ND 1 0.092 0.5 ug/L 10/17/12 Liaoyuanz Tetrachloroethene 8.9 1 0.15 0.5 ug/L 10/17/12 Liaoyuanz

Toluene ND 1 0.078 0.5 ug/L 10/17/12 Liaoyuanz trans -1,2- dichloroethene ND 1 0.17 0.5 ug/L 10/17/12 Liaoyuanz

trans -1,3- dichloropropene ND 1 0.056 0.5 ug/L 10/17/12 Liaoyuanz trans -1,4- dichloro -2- butene ND 1 0.075 5 ug/L 10/17/12 Liaoyuanz Trichloroethene 3.8 1 0.078 0.5 ug1L 10/17/12 Liaoyuanz Trichlorofluorometh a ne ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz Vinyl Chloride ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz Xylenes (Total) ND 1 0.25 0.5 ug/L 10/17/12 Liaoyuanz

Analvte % Recovery Limits Notes

1,2- Dichloroethane -d4 (SUR) 95 70 -145

4- Bromofluorobenzene (SUR) 95 70-145

Dibromodifluoromethane (SUR) 94 70-145

Toluene -d8 (SUR) 102 70-145

Method: EPA 8260M Prep Method: EPA 5030B QCBatchlD: QC1130672 1,2, 3-Trichloropropane ND 1 0.005 0.005 ug/L 10/18/12 akk

Analyte % Recovery Limits Notes

Toluene -d8 (SUR) 123 50-150




ALAR :

CONFIDENTIAL LMC -PET- 00000182

Matrix: Water Client: ARCADIS Sampled: 10/10/2012 12 :27 Site: Sample #: 311877 -003 Client Sample #: 3850N

Collector: Client

Notes:

Analyte Result DF MDL RDL Units Analyzed By Notes Method: EPA 218.6 Prep Method: EPA 218.6 QCBatchID: QC1130675 Hexavalent Chromium 1.0 1 0.1 1 ug/L 10/16/12 rybechay

Method: EPA 6010 NELAC Prep Method: EPA 3010A QCBatchID: QC1130591 Chromium 0.015 1 0.002 0.01 mg/L 10/17/12 nina

Method: EPA 8260 NELAC Prep Method: EPA 5030B QCBatchID: QC1130649 1,1 ,1, 2-Tetrachl oroeth ane ND 1 0.122 0.5 ug/L 10/17/12 Liaoyuanz 1,1,1 Trichloroethane ND 1 0.063 0.5 ug/L 10/17/12 Liaoyuanz 1,1,2,2-Tetrachloroethane ND 1 0.063 0.5 ug/L 10/17/12 Liaoyuanz 1,1,2-Trichloroethane ND 1 0.045 0.5 ug/L 10/17/12 Llaoyuanz 1,1,2-Trichlorotrifluoroethane ND 1 0.119 0.5 ug/L 10/17/12 Liaoyuanz 1,1-Dichloroethane ND 1 0.078 0.5 ug/L 10/17/12 Liaoyuanz 1,1-Dichloroethene ND 1 0.13 0.5 ug/L 10/17/12 Liaoyuanz 1,1-Dichloropropene ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz 1,2,3-Trichlorobenzene ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz 1,2,3-Trichloropropane ND 1 0.073 0.5 ug/L 10/17/12 Liaoyuanz 1,2,4-Trichlorobenzene ND 1 0.068 0.5 ug/L 10/17/12 Liaoyuanz 1,2,4-Trimethylbenzene ND 1 0.078 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dibromo-3-chloropropane ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dibromoethane ND 1 0.043 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dichlorobenzene ND 1 0.051 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dichloroethane ND 1 0.066 0.5 ug/L 10/17/12 Liaoyuanz 1,2-Dichloropropane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz 1,3,5-Trimethylbenzene ND 1 0.097 0.5 ug/L 10/17/12 Liaoyuanz 1,3-Dichlorobenzene ND 1 0.052 0.5 ug/L 10/17/12 Liaoyuanz 1,3-Dichloropropane ND 1 0.68 0.5 ug/L 10/17/12 Liaoyuanz 1,4-Dichiorobenzene ND 1 0.12 0.5 ug/L 10/17/12 Liaoyuanz 2,2-Dichloropropane ND 1 0.11 0.5 ug/L 10/17/12 Liaoyuanz 2-Butanone (MEK) ND 1 0.3 5 ug/L 10/17/12 Liaoyuanz 2- Chloroethyl Vinyl Ether ND 1 0.23 0.5 ug/L 10/17/12 Liaoyuanz 2-Chlorotoluene ND 1 0.079 0.5 ug/L 10/17/12 Liaoyuanz 4-Chiorotoluene ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz 4-lsopropyltoluene ND 1 0.091 0.5 ug/L 10/17/12 Liaoyuanz 4- Methyl -2- pentanone (MIBK) ND 1 0.16 5 ug/L 10/17/12 Liaoyuanz Acetone ND 1 0.2 10 ug/L 10/17/12 Liaoyuanz Ally/ Chloride ND 1 0.08 0.5 ug/L 10/17/12 Liaoyuanz Benzene ND 1 0.071 0.5 ug/L 10/17/12 Liaoyuanz Bromobenzene ND 1 0.073 1 ug/L 10/17/12 Liaoyuanz Bromochloromethane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz Bromodichloromethane ND 1 0.06 0.5 ug/L 10/17/12 Liaoyuanz Bromoform ND 1 0.053 0.5 ug/L 10/17/12 Liaoyuanz Bromomethane ND 1 0.13 1 ug/L 10/17/12 Liaoyuanz Carbon Tetrachloride 1.4 1 0.045 0.5 ug/L 10/17/12 Liaoyuanz Chlorobenzene ND 1 0.075 0.5 ug/L 10/17/12 Liaoyuanz Chlorodibromomethane ND 1 0.045 0.5 ug/L 10/17/12 Liaoyuanz Chloroethane ND 1 0.4 0.5 ug/L 10/17/12 Liaoyuanz Chloroform 1.4 1 0.044 0.5 ug/L 10/17/12 Liaoyuanz Chloromethane ND 1 0.055 0.5 ug/L 10/17/12 Liaoyuanz cis -1,2 -Dich loroethene 1.1 1 0.055 0.5 ug/L 10/17/12 Liaoyuanz cis -1,3- dichloropropene ND 1 0.061 0.5 ug/L 10/17/12 Liaoyuanz cis -1,4- dichloro -2- butene ND 1 0.075 5 ug/L 10/17/12 Liaoyuanz


ASSOCIATED LABORATORIES Analytical Results Report Lab Request 311877 Page 6 of 11 t


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