work plan addendum indoor air and sub-slab vapor sampling round 15, august 2013 · 2019. 10....

7976 TETRA TECH • LOCKHEED MARTIN MIDDLE RIVER COMPLEX •WORK PLAN ADDENDUM: INDOOR AIR AND SUB-SLAB-VAPOR SAMPLING, ROUND 15 AUGUST 2013

Work Plan AddendumIndoor Air and Sub-Slab Vapor Sampling

Round 15August 2013

Lockheed Martin Middle River Complex2323 Eastern BoulevardMiddle River, Maryland

Prepared for:

Lockheed Martin Corporation

Prepared by:

Tetra Tech, Inc.

September 2013

Michael Martin, P.G.Program Manager

Eric M. SamuelsProject Manager

7976 TETRA TECH • LOCKHEED MARTIN MIDDLE RIVER COMPLEX •WORK PLAN ADDENDUM: INDOOR AIR AND SUB-SLAB-VAPOR SAMPLING, ROUND 15, AUGUST 2013 PAGE i

TABLE OF CONTENTS

Section Page

ACRONYMS ...................................................................................................................... iii

1 INTRODUCTION AND SCOPE.............................................................................1-1

1.1 Proposed Sub-Slab-Vapor Monitoring-Point Locations ...........................................1-2

1.2 Proposed IAQ Sampling Locations...........................................................................1-2

1.3 IAQ and Sub-Slab-Vapor Sampling..........................................................................1-3

2 REFERENCES ......................................................................................................2-1

LIST OF FIGURES

Section Page

Figure 1-1 Indoor Air and Sub-Slab Vapor Monitoring Locations for Building A,Round 15, August 2013.............................................................................................1-5

Figure 1-2 Indoor Air and Sub-Slab Vapor Monitoring Locations for Building B,Round 15, August 2013.............................................................................................1-6

Figure 1-3 Indoor Air and Sub-Slab Vapor Monitoring Locations for Building C,Round 15, August 2013.............................................................................................1-7

Figure 1-4 August 2013 Indoor Air and Sub-Slab-Vapor Sampling Locations forBuildings A, B, and C................................................................................................1-8

Figure 1-5 IAQ Background Sampling Locations, Round 15, August 2013 .............................1-9

7976 TETRA TECH • LOCKHEED MARTIN MIDDLE RIVER COMPLEX •WORK PLAN ADDENDUM: INDOOR AIR AND SUB-SLAB-VAPOR SAMPLING, ROUND 15, AUGUST 2013 PAGE ii

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7976 TETRA TECH • LOCKHEED MARTIN MIDDLE RIVER COMPLEX •WORK PLAN ADDENDUM: INDOOR AIR AND SUB-SLAB-VAPOR SAMPLING, ROUND 15, AUGUST 2013 PAGE iii

ACRONYMS

COC contaminant(s) of concern

IA indoor air

IAQ indoor air quality

Lockheed Martin Lockheed Martin Corporation

MPL mechanical prototype lab

MRC Middle River Complex

MST Mission Systems and Training

SV sub-slab vapor

VLS vertical-launch system

VMP vapor monitoring point

VOC volatile organic compound

7976 TETRA TECH • LOCKHEED MARTIN MIDDLE RIVER COMPLEX •WORK PLAN ADDENDUM: INDOOR AIR AND SUB-SLAB-VAPOR SAMPLING, ROUND 15, AUGUST 2013 PAGE iv

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7976 TETRA TECH • LOCKHEED MARTIN MIDDLE RIVER COMPLEX •WORK PLAN ADDENDUM: INDOOR AIR AND SUB-SLAB-VAPOR SAMPLING, ROUND 15, AUGUST 2013 PAGE 1-1

Section 1

Introduction and Scope

This technical memorandum proposes field activities to support the August 2013 indoor air-quality

(IAQ) and sub-slab-vapor (SV) sampling round at the Lockheed Martin Corporation (Lockheed

Martin) Middle River Complex (MRC) in Middle River, Maryland. This memorandum is an

addendum to the Indoor-Air Quality Assessment Work Plan for Buildings A, B, C, and

Vertical-Launch System (VLS), Lockheed Martin Middle River Complex (Tetra Tech, 2006). The

proposed August 2013 sampling of indoor air (IA) and SV will be the fifteenth sampling round for

possible SV intrusion of volatile organic compounds (VOCs) from contaminated soil, groundwater,

and soil gas beneath the MRC into interior spaces of the facility.

Figures 1-1, 1-2, and 1-3 show the MRC monitoring locations that have been sampled to date in

Buildings A, B, and C, respectively, along with the proposed August 2013 sampling locations,

shown circled on the figures. Figure 1-4 provides a facility-wide view of the locations sampled to

date and those proposed for sampling in August 2013. Figure 1-5 illustrates the background

locations to be sampled.

The scope of work associated with the proposed field investigation and addressed by this

memorandum includes identifying proposed SV sampling locations; identifying proposed IAQ

sampling locations; and collecting and analyzing IAQ and SV samples. Sampling is proposed in

areas previously identified as having higher SV and/or indoor air concentrations

(i.e., concentrations above screening values). The proposed sampling locations were chosen to

evaluate the effectiveness of the operating sub-slab-depressurization systems at the facility,

including the recent expansion of the Building C system.


1.1 PROPOSED SUB-SLAB-VAPOR MONITORING-POINTLOCATIONS

No new vapor-monitoring points (VMPs) will be installed for the August 2013 sampling round.

Results from Round 14 (February 2013) indicate that the VMP locations proposed for Round 15

are appropriate, except for the following changes:

Two additional IA samples (128-C, 144-C) will be collected in the Mission Systems andTraining (MST) mechanical prototype lab (MPL) machine shop on the northeastern sideof the Building C basement.

A visual inspection of the MST MPL machine Shop will be performed during the pre-sampling inspection of VMPs. The objective of this inspection will be to identify anycracks or other penetrations of the building envelope that might facilitate sub-slab vaporintrusion at this location.

Two VMPs in the western part of Building B (033-B and 101-B) will be sampled in thisround to evaluate contamination east and northeast of 121-B and 136-A. Elevated levelsof TCE were identified at 136-A in the eastern part of Building A in February 2013(Round 14).

As stated earlier, VMPs sampled in Round 15 will be the same as those sampled during the

previous round (Round 14); the rationale for using the same locations includes the following:

VMPs installed during Round 14 have only been sampled once

contaminants of concern (COC), including naphthalene and chlorinated compounds, weredetected at multiple locations that were sampled during Round 14

Thirty-six VMPs will be sampled during Round 15; proposed SV sampling locations in each

building are shown in Figures 1-1 through 1-3. Figure 1-4 provides an overview of the same

information showing all buildings.

1.2 PROPOSED IAQ SAMPLING LOCATIONS

Except for the samples proposed in the MST MPL machine shop, all IAQ sampling locations will

be co-located with proposed VMP sampling locations to evaluate possible relationships between

sub-slab and IAQ results. IAQ sampling locations are also used to further evaluate areas where

elevated results and chemical markers of vapor intrusion (e.g., cis-1,2-dichloroethene and

trans-1,2-dichloroethene) have been previously reported. Proposed IAQ monitoring locations are

shown in Figures 1-1, 1-2, 1-3, and 1-4. As previously stated, sampling locations are the same as


those sampled during the previous round (Round 14) with a few exceptions (see Section 1.1).

IAQ samples proposed for the MST MPL machine shop are being collected because workers

have expressed concern regarding IAQ in that area.

Thirty-eight IAQ samples are proposed for analysis: 36 samples will be collected at the VMP

locations to be sampled for SV in Round 15, plus two additional IA samples in the MST MPL

machine shop. Outdoor ambient air samples will also be collected from four background

locations. Background samples will be collected from locations used in previous sampling

rounds. Figure 1-5 shows the proposed background sampling locations.

1.3 IAQ AND SUB-SLAB VAPOR SAMPLING

All proposed SV sampling locations (i.e., VMPs) will be inspected within one month before the

proposed sampling round. The objective of this inspection will be to identify any VMPs that are

obstructed or need repair. These locations will be identified on site plans and in tabular format in

a summary memorandum. IAQ sampling will be performed in accordance with the IAQ

assessment work plan (Tetra Tech, 2006). During VMP inspection, a visual inspection of the

MST MPL machine shop will also be performed to identify any penetrations in the building

envelope (e.g., floor cracks, pipes and utility chases) that might enhance possible SV intrusion.

Observations will be recorded and used to identify the final placement of the two IA samples

proposed for this area.

IAQ samples will be collected over approximately eight hours using pre-conditioned Summa®

canisters; air sampling will be performed in accordance with United States Environmental

Protection Agency Toxic Organic Method 15 (EPA TO-15). Up to 38 IAQ samples plus four

duplicate samples will be collected during Round 15. Background samples from four previously

established locations will also be collected (Figure 1-5); no duplicate background samples will

be collected.

SV samples will be collected at the same time IAQ samples are collected. Up to 36 SV samples

and four duplicate samples will be collected from MRC Buildings A, B, and C during Round 15.

Each sub-slab vapor sample will be collected over a one-hour period. Sub-slab sampling will be

performed in accordance with the Phase II Investigation Work Plan Block I (Tetra Tech, 2008).


Co-located IAQ and SV sampling locations will share the same numerical identifier (based on

when the location was first sampled), a building identifier (i.e., A, B, C, or Z for outlying

buildings), the type of sample (IA for indoor air, SV for sub-slab vapor), and the sampling round

(i.e., R15 for Round 15). For example, a sub-slab sample collected during Round 15 at the ninth

sub-slab sampling location installed in the Building C Basement (during the 2006 site

characterization study) would be 009-C-SV-R15. The co-located indoor air sample for this SV

location would be 009-C-IA-R15. Final sampling locations will be determined based on

conditions at the time of sampling.

After sampling is complete, each canister will be closed and sent to an off-site laboratory under

proper chain of custody procedures. Each sample will be submitted for analysis by USEPA

Method TO-15. The current analytical parameter list used for indoor-air, sub-slab vapor, and

background monitoring was agreed upon by the team in late 2011, and includes the following:

benzene naphthalene

carbon tetrachloride tetrachloroethene (PCE)

chlorodifluoromethane (Freon 22) toluene

chloroform 1,2,4-trichlorobenzene

dichlorodifluoromethane 1,1,1-trichloroethane (1,1,1-TCA)

1,1-dichloroethane (1,1-DCA) 1,2,3-trimethylbenzene (1,2,3-TMB)

1,2-dichloroethane (1,2-DCA) 1,2,4-trimethylbenzene (1,2,4-TMB)

1,1-dichloroethene (1,1-DCE) 1,3,5-trimethylbenzene (1,3,5-TMB)

cis-1,2-dichloroethene (cis-1,2-DCE) trichloroethene (TCE)

trans-1,2-dichloroethene (trans-1,2-DCE) 1,1,2-trichloroethane (1,1,2-TCA)

ethylbenzene vinyl chloride (VC)

methyl-tertiary-butyl ether (MTBE) xylenes (total)

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Map Document: (K:\GProject\middle_river\Maps\Block I bldg A_Round 15.mxd)7/17/2013 -- 4:36:10 PM

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DATE MODIFIED: CREATED BY:7/17/13 MP

Tetra Tech, Inc.

Lockheed Martin Middle River ComplexMiddle River, Maryland

Figure 1-1

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Map Document: (K:\GProject\middle_river\Maps\Block I bldg B_Round 15.mxd)7/17/2013 -- 4:40:57 PM

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Tetra Tech, Inc.


Figure 1-2

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Map Document: (K:\GProject\middle_river\Maps\Block I bldg C_Round 15.mxd)7/17/2013 -- 4:43:24 PM

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Former Patriot Plating Lines


Tetra Tech, Inc.


Figure 1-3

Proposed Indoor Air and Sub-Slab Vapor Monitoring Locations for Building C Round 15 August 2013

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WORKTABLE

PALLETOFPAPER

PALLETOFPAPER

HOLEPUNCH

HOLEPUNCH

HOLEPUNCH

WORKTABLE

CANNON400N

COPIER

FREEZER

CREATIVERESOURCESSTORAGE

A/C

A/C

EISSTORAGEAREA

A/C


EISCOMMUNICATIONSROOM

PHOTO LAB

PAPER FOLDER

& COUNTER

A/CUNIT

PAPERCUTTER

PHOTOSTUDIOCREATIVE

RESOURCESSTORAGE

13 13

15

16

14

17

18

19

19A

20

21

22

23

25

26

28

29

27

24

15

16

THAAD LAB

AC UNIT

14

17

18

HVAC

RACKSTEEL CANT.

RACK RACKSTEEL CANT.

RACK

RACK

STEEL CANT.

STEEL CANT.

RACK

RACK RACK

STEEL CANT.

STEEL CANT.

RACKSTEEL CANT. STEEL CANT.

RACK

RACK

RACK

STEEL CANT.

STEEL CANT.

STEEL CANT. RACK

RACKSTEEL CANT.

STEEL CANT.

RACK

STEEL CANT.

STEEL CANT.

RACKSTEEL CANT.

AC UNIT

RACK

RACK

STEEL CANT.

STEEL CANT.

19

19A

20

21

22

23

RACK

RACK

STEEL CANT.

RACKSTEEL CANT.

RACK

RACK

RACK

RACKSTEEL CANT.

STEEL CANT.

RACK

RACK

STEEL CANT.

RACKSTEEL CANT.

STEEL CANT. RACK

RACK

STEEL CANT. RACK

RACK

RACKSTEEL CANT.

STEEL CANT.

25

26

28

29

27

24

RACK

RACKSTEEL CANT.

RACKSTEEL CANT.

STEEL CANT. STEEL CANT. STEEL CANT. STEEL CANT. STEEL CANT. STEEL CANT.

30

31

30

31

32

33

34

35

32

33

34

35

XWV

36

UTSRQP

8

ELECTRICALCONTROLROOM

GF

A/C

CONSOLE

SATEC SERIAL: 87A03868

MODEL: SWUB-B304-E

A/C

TRANESATEC

MTSCONSOLE

CONSOLEMTS

MODEL: SWUB-B304-E

SERIAL: S86H05576

TRANE

A/C

TRANE

SERIAL: S87A03869

MODEL: SWUB-B304-E

TRANE

A/C

SERIAL: S86L26453

MODEL: SWUB-B504-E

A/C

TRANE

MTS

SERIAL: S87AU3870

MODEL: SWUB-B304-E

GEGD

R SKJH

6


M N QPO

3

TRANE

5

4

L

2

T

1

WVU X

1/2

RACK

RACK

RACK

RACK

RACK RACK RACK RACKRACK

ADT

BOOTHPAINT

OVEN

ROOMMASKING AREA

RESTROOM

SHOWER

SINK

CUREHUMIDITY

LOCKERS

C39

24

43

F

41

42 40

T7-032010

30

32E

31

29

28

27

26

25

1422

23

21

20

19A

1918

1715

1613

1210

119

86

75

43

D

1/2

21

B

37

A

38

36

34

35

32

33

OVEN

C

36

35

34

33

32

31

30

29

25

24

28

27

26

T

ELEVATOR

B12

B9

B10

B11

B8

ELEV

XX

B

GF

A

GA

GB

GC

GD

GE

GF

GH

GG

GK

GJ

GL

GM

LK

JH

N

M

O

P Q R S

LADIES ROOM

21

23

22

20

19A

1918

1716

1514

ELECTRIC PANEL

1113

1210

98

76

54

3

X

VU W

211/2

VRC

NEW

GM10

GM11

H10

H11

!(

!(

!(

!(

!( !(

!(

!(

!(!(

!(!(

!(!(

!(

!(

!(

!(

!(

!(

!(

!( !(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!( !(

!(

!( !(

!(

!(!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(!(

!(

!(

!(

!(

!(

!(!(

!(!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

!(

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!(

!(

!(

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!(

!(

!(

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!(

!(

#*

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#*

AIR-VLS-5

AIR-VLS-4

AIR-VLS-3

AIR-VLS-2

099-B098-B

094-A

092-B

090-C

089-C

087-C

086-C

085-B

084-B

083-B

082-B

081-A080-A

078-A

073-A

072-A

071-A

070-A

069-B

068-B

067-C

066-C

065-C

064-B063-B

061-B

059-C

058-C

053-B

052-B

049-B048-B

047-A

046-A

045-B

043-B

042-C

041-C

040-C

038-C

037-C 036-C

035-C

034-B

033-B

032-B

031-B

030-B

029-B

028-A

027-A

025-A

024-A

023-A

022-A

021-A

020-A019-A

017-A

016-A

014-A013-A

010-C

009-C

008-C

007-C

006-C

005-C

004-C

003-C

AIR-002-C

060-CX

046-AX

041-CX

037-CX

036-CX

035-CX

032-BX

024-AX

135-C

134-C

133-C

132-C

130-C

131-C

129-C

128-C

127-C

126-C

125-C

124-C

123-Z

122-B

121-B

120-A

119-A

118-A

117-A

116-A

115-C

114-C

113-C

112-C

111-C

110-A

109-A

108-A

107-A

106-A

105-Z

104-C

103-C

102-C

101-B

100-B

097-A

096-A

095-A

093-A

091-C

088-C079-A

077-A

076-A

075-A074-A

062-B

060-C

057-B

051-C

050-C

044-C

039-C

018-A

015-A

012-A011-A

001-C

030-BX

036-CXX

136-A

138-A

139-A

140-B

141-C

142-C

143-C

144-C

BND6

MA

INTG

AR

1STRGM16

DR

48R

BND6

BND6

¯0 50 100 150 20025

Feet

Legend#* IAQ, Basement

#* IAQ, 1st Floor

!( SV



SSD Radius of Influence

Tunnel

Map Document: (K:\GProject\middle_river\Maps\Block I bldg ABC showing B C basement_round 15.mxd)7/19/2013 -- 11:04:41 AM


Tetra Tech, Inc.


Figure 1-4

August 2013 Indoor Air andSub-Slab Vapor Sample Locations for


SSD Treatment Unit


IAQ - indoor air qualitySV - sub-slab vaporSSD - sub-slab depressurizationTCE - trichloroetheneug/m3 - micrograms per cubic meterN - north

10000 ug/m3

1000 ug/m3

100 ug/m3

10 ug/m3

0.1 ug/m3


A

A

A

A

Cow Pen Creek

ATHLETIC FIELD

PARKING LOT NO. 4

PARKING LOT NO. 5

EASTER

N AVENU

E

EAST

ERN

BOUL

EVAR

D

BUILDING "G"

PARKING LOT NO. 1

PARKING LOT NO. 2

PARKING LOT NO. 3

BUILDING "P"

BUILDING "M"

BUILDING "L"

BUILDING "A"

BUILDING "B"

BUILDING "C"

ANNEXBUILDING

PROGRA

M

BUILDING

VERTICALASSEMBLYBUILDING

JOHNSONAND

TOWERS

FIRECOATBUILDING

FOUR #2 FUEL OIL USTsABANDONED IN PLACE

POWERHOUSE

DRUMSTORAGEFACILITY

FLAMECUT

HAZARDOUS WASTESTORAGE BUILDING

MAINTENANCEGARAGE

DIESTORAGE

DROP HAMMER BUILDING

ACTIVE FIRING RANGE

CONSERVATIONBUILDING

TILLEY CHEMICAL COMPANY

FORMER BUILDING "D"

SEWAGETREATMENT

PLANT

VIBRATIONTEST

BUILDING

NORTHAMERICANELECTRIC

FORMERENGINE

TESTBUILDING

ASTs FORMERHYDRAULIC

TEST BUILDING

SEVEN 1,000-GAL. AVIATION FUELUSTs ABANDONED IN PLACE

FORMERRAMP TRAINING

SCHOOL

FORMER RAMP STORAGE

BUILDING

FORMER RAMP SERVICE

BUILDING

FORMER BOAT HOUSEFORMER

COTTAGE

PRE PUMP BUILDING WITH 275-GAL DIESEL FUEL AST

TRANSFER SHED

500,000-GAL. WATER TANK

FORMER 500-GAL UST

FORMER 500,000-GAL. DIESEL FUEL AST

WATERFRONT LOT

CHESAP

EAKE PA

RK PLAZ

A

DARK HE

AD COVE

ROAD

CHESAP

EAKE PL

AZA

MARTIN STATE AIRPORT

BCK-1

BCK-4

BCK-3BCK-2

Dark

Head

Cov

e

FIGURE 1-5

IAQ BACKGROUND SAMPLING LOCATIONSROUND 15 AUGUST 2013


Tetra Tech, Inc.

±


LEGEND

A BACKGROUND SAMPLING LOCATION

WATER

0 100 200 300 400Feet

Map Document: (K:\GProject\middle_river\Maps\Middle River BCK_Locs_20June11.mxd)1/12/2012 -- 3:54:22 PM


Section 2

References1. Tetra Tech, Inc., 2006. Indoor Air Quality Assessment Work Plan for Buildings A, B, C,

and VLS, Lockheed Martin Middle River Complex. November.

2. Tetra Tech, Inc., 2008. Phase II Investigation Work Plan, Block I, Lockheed Martin MiddleRiver Complex. August.


This page intentionally left blank

Work Plan Addendum Indoor Air and Sub-Slab Vapor Sampling, Round 15, August 2013 Lockheed Martin Middle River ComplexTABLE OF CONTENTSLIST OF FIGURESACRONYMS

Section 1 Introduction and Scope1.1PROPOSED SUBSLABVAPOR MONITORINGPOINT LOCATIONS1.2PROPOSED IAQ SAMPLING LOCATIONS1.3IAQ AND SUBSLAB VAPOR SAMPLING

Section 2 References

work plan addendum indoor air and sub-slab vapor sampling round 15, august 2013 · 2019. 10....

Documents