sdms us epa region v color - resolution - 3 · ski hill 0 a scale feet 5000 simon ... brookfield...

SDMS US EPA REGION VCOLOR - RESOLUTION - 3

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SITE NAME

DOC ID #

DOCUMENTVARIATION

PRP

PHASE

OPERABLE UNITS

LOCATION

PHASE(AR DOCUMENTS ONLY)

REFUSE HIDEAWAY

149162

COLOR OR X RESOLUTION

RMD - REFUSE HIDEAWAY

AR

Box # Folder # SubsectionX Remedial Removal

Original X Update # 1Deletion Docket

Volume of

COMMENT(S)

MAPS

FIGURES

WISCONSIN

QUADRANGLE LOCATION

0SCALE

FEET

5000

National Geodetic Vertical Datum of 1929Contour Interval 10 Feet N

Bcse map from U.S G.S. 7.5' MIDDLETON, Wltopographic quadrangle map, pholorevised 1971

si simonBrookfield Lakes Corporate Center XII

175 N. Corporate Drive, Suite 100Brookfield, Wisconsin 53045

chk. by: - - . Apprv. by:

PROJECT: 301483135 1 DATE: 12/02/93

Wl DEPT OF NATURAL RESOURCESREFUSEJHI_DEAWAY_ LANDFILL_

SITE LOCATION andLOCAL TOPOGRAPHY

DRAWING: 1367-4 FIGURE: Rl 1-1

2 ?0

2>o o

2 '0 <-

2 '0 A

EXPLANATION

DRAINAGE BASIN BOUNDARY

DRANAGE SUB8ASIN BOUNDARY

MUNCPAL or INDUSTRIAL WELL

DOMESTIC or STOCK WELL

OTHER WELLS

STREAM GAGE

N

SCALE0

MILES

Bose mop from Cline, 1963.

simonBrookfieki Lakes Corporate Center XII

175 N, Corporate Drive, Suite 100Brookfield, Wisconsin 53045

Dsgn. Chk. by: Apprv. by: /

PROJECT: 301483135 DATE: 03/28/94

Wl DEPT. OF NATURAL RESOURCES__R|FU_SEJHIDEAVVAY LANDFILL_

BLACK EARTH CREEKDRAINAGE BASIN

DRAWING: FIGURE Rl 3-1

EXPLANATION_._._._REFUSE HIDEAWAY (-ANDFILL

PROPERTY BOUNDAPY

FILL LMITS

• •••• DISCHARGE AREA

•••• RECHARGE AREA

2500

oo111eo Jr 'oai unne, 1965.

U9i cimnnHsl bll I lul IuuBrookfield Lakes Corporate Center XI!

175 N Corporate Drivs, Suite 100BrookfieJd. Wisconsin 53045

i Chk. by: • Appr v. by:Dsgn. by:

PROJECT: 301483135 \ DATE: 03/29/94

Wl DEPT. OF NATURAL RESOURCESREFUSE HIDEAWAY

BLACK EARTHDISCHARGE AND

RECHARGE AR&ASDRAWING ! FIGURE R! 3-2

EXPLANATIONMARSH DEPOSITS

GLACIAL LAKE DEPOSITS

OUTWASH AND ALLUVIUM

MORAINAL DEPOSITS

UNDFFERENTIATED GLACIAL DEPOSITSmainly ground moraine

LN

0SCALE

PRE-QUATERNARY ROCKS MILES

Base mop modified from Alden (1918) ond Cline (1965).

SI simonBrookfiekJ Lakes Corporate Center XII


Dsgn. by:g^> ]chk. by: ^"jApprv. by:jPROJECT: 301483135 ] DATE: 03/28/94

Wl DEPT. OF NATURAL RESOURCESREFUSE HIDEAWAY LANDFILL

PHYSIOGRAPHIC AREAS ANDDEPOSITS of QUATERNARY AGE

DRAWING: FIGURE: Rl 3-3

fa——$r~-VP-30C3)•=s^s^viUiK--f ,-: " ' ' ' ' - • • - • - • • •

EXPLANATiONREFUSE HIDEAWAY LANuni iPROPERTY BOUNDARY

CROSS SECTION LOCATION AND-A' DESIGNATION

V MONITOR WELL LOC*TION ANDDESIGNATION

:*- PRIVATE WELL LuoA i ION ANDDESIGNATION

nSCALE

2500

simonBrookfield Lakes Corporate Center XII

175 N. Corporate Drive, Suite 1CGBrookfield, Wisconsin 53045

Dsgr^ by: )S4£. _Chk. by: CJtX Apprv. by:

PROJECT: 301483135 i DATE: 03/29/94


CROSS SECTIONLOCATION MAP

DRAWING FIGURE RJ 3-6

r, v j YE i. D

SITE LOCATIONS i)i '

L A I KS S

EXPLANATION

[ __Z] 0-100 FT. SATURATED THICKNESS

100-200 FT. SATURATED THICKNESSSCALE

0N

200-300 FT. SATURATED THICKNESS MILES

Bose mop modified from Cline. 1965.

HSI simonBrookfield Lakes Corporate Center XII


I Dspfi. by:g«^> | Chk. by: ^ Apprv. by^

FPROJECT: 301483135 [DATE 03/28/94

Wl DEPT. OF NATURAL RESOURCES

THICKNESS OF SATURATEDUNCONSOLIDATED DEPOSITSDRAWING: FIGURE; Rl 3-7

REFUSE HIDEAWAYSLANDFILL

••950

EXPLANATION

WATER TABLE CONTOUR (ft. msl),25 ft. INTERVAL

WATER TABLE LESS THAN 10 ft.BELOW LAND SURFACE

SCALE0

MILES

Base mop modified from P.G. Olcotl. 1973.

HSI simonBrookfiekJ Lakes Corporate Center XII


FflOJECT: 301483135 DATE 03/28/94

Wl DEPT. OF NATURAL RESOURCES-ANDFLL

REGIONALWATER TABLE MAP

DRAWING:__________] FIGURE Rl 3-8

SCALE

Feet

EXPLANATION

AVERAGE ELEVATION OF WATER TABLE INFEET (MSL) (SUPPLEMENTAL 930 CONTOURIN NORTH HALF OF MAP)

BOUNDARY OF THE UPPER BLACK EARTHCREEK SURFACE-WATER BASIN

REGIONAL GROUNDWATER DIVIDES,APPROXIMATELY LOCATED

WISCONSIN DEPARTMENT OF NATURALRESOURCES AND WGNHS WELLS

10,000

- "orr. M.A, Muidoon. WGNHS - 4 / 9 2Jjjen Hie report ( W O r R 92- t)

Hydro-Search, Inc.A Tetra Tech Company

;*l!,y!.,U

JGhk. by.-yffJ jApprv. by:^J,'

PROJECT: 301483135 i DATE: 06/17/94

Dsga

Wl DEPT OF NATURAL RESOURCESREFUSE HDEAWAY LANDFILL

REGIONAL1992 PIEZOMETRIC

SURFACE MAPDRAWING: 3135-B8 TplGURE: 3-9

EXPLANMLQN

—— - ^'sjwj- p-40 £_ MONITOR WELL LOCATOR DESjai;—~ '_^J pj (8Oft78) Y AMJ WATCR TABLE ELEVATX)H (a

~-^^^^5^X J I M ^ S <T^1 8AT>CR3^- PWVATH WELL LOCATXH DESJGNAHON.-—— - -^^ep;" ^— —j- / J \ \ ^ ' ---. (3T-45?) A>C WATtR TABLE ELEVATION {fl rnsfl

.

'4 ^ '' XiX-X ' "f i 'P-39-- '• \ \ irufo 78>\ p-30\\ \ \


175 N. Corporate Drive, Suite 100Brookfield. Wisconsin 53045

Dsga by:)5^& jChk. by.^i£.'1 jAppj-v. by^PROJECT: 301483135 i DATE: 03/29/94


WATER TABLEMAP

(January 31. 1991)DRAWING I FIGURE Rl 3-10

Wl DEPT OF NATURAL RESOURCESREFUSE HIDEAWAY LANDFILLHSI simon

Rrnnkfield Lakes Corporate Center XIIa N. Corporate Drive, Suite 100

" Wisconsin 53045 WATER TABLE MAP(October 18, 1993)

Dsgn. b y 1 l _ - by : u_ ; _PROJECT: J01483135 | DATE: 03/21/94 DRAWING: 3135-B4

EXPLANATION

FILL LIMITS

REFUSE HIDEAWAY PROPERTY' BOUNDARY

PRIVATE RESIDENCE

P 34s MONITOR WELL LOCATION,DESIGNATION AND GROUND-WATER ELEVATION (ft. msl)

GROUND-WATER CONTOUR(ft. msl, dashed where inferred)

Note: The water level measured at P-41s is notincluded In the water table because of ananomalously high measurement which is mostlikely related to geologic materials andsubsequent hydraulic conductivity variationsand is not representative of the overallwater table configurattoa

Contour Interval 10 feet. Notional Geodetic Vertical Datum "o<"l 929"

llSl ^ ' ' " EXPLANATION

FILL LIMITS

_ REFUSE HIDEAWAY PROPERTY" ' '"BOUNDARY

PRIVATE RESIDENCE

, P-340 MONITOR WELL LOCATION,-»-/„„ pM DESIGNATION AND POTENTIOMETRIC

,0,u.bo, SURFACE ELEVATION (ft. msl)

Q19 POTENTIOMETRIC SURFACEa "^ ~^ CONTOUR (ft. msl)

P-25br, P-26d, P-2/d, H-30d, P-31d

Hydro-Search, \nc. Wl DEPT OF NATURAL RESOURCES

Dsgn. by: f ; [chk. by. ,J£XJ [Apprv. by:,,',%'

PROJECT: 301483135 i DATE: 06/2V94

REFUSE HIDEAWAY LANDFILL

POTENTiOMETRiC~SURFACE MAP

(JANUARY 31.DRAWING 3135-B68 | FIGURE 3-12

EXPLANATION

REFUSE HIDEAWAY PROPERTYBOUNDARY

PRIVATE RESIDENCE

P-34d MONITOR WELL LOCATiOK-$-,„-- „,. DESIGNATION AND POTENTIOMETRIC

SURFACE ELEVATION (ft. msl)

POTENTIOMETRIC SURFACECONTOUR (ft. msl)(dashed where inferred)

Hydro-Search, inc. Wl DEPT OF NATURAL RESOURCESREFUSE HIDEAWAY LANDFILL

POTENTIOMETRICSURFACE MAP

(October 18. 1993DRAWING: 3135-B7a ! FIGURE 3-13

A Tetra Tech Company

LlJGiS I S-GLOLuGiSTS-tMJHsr

Renc- Denser •Mii.iidkeo'HunlingTcs B

Dsgn. by: |V©KJ Chk. by: ;j£//_| Apprv.j>y:PROJECT: 301483135 ! DATE 06/21/94

EXPLANATION

AGRICULTURAL

RESIDENTIAL

WOODED

CHRISTMAS TREE FARM

SOD FARM

truck & equipment storage

restaurant

Madison Gas & Electric facility

quarry

ski hill 0

ASCALE

FEET

5000

simonBrookfield Lakes Corporate Center XII


Dspn. by:gy4£> chk.by: ^ f A p p r v . by: .

PROJECT: 301483135 ] DATE: 03/28/94


LOCAL LAND USEDRAWING FIGURE: Rl 3-14

EXPLANATION

REFUSE HIDEAWAY PROPERTYBOUNDARY

PRIVATE RESIDENCE

PW-l PRIVATE WELL LOCATIONSWANSON AND DESIGNATION

Hydro-Search, inc. Wl DEPT OF NATURAL RESOURCESREFUSE HIDEAWAY LANFILLA Tetra Tech Company

HYDRDLDGISTS-GEDLDGISTS ENGINEERS

PRIVATE WELLLOCATIONSDsgn by:!kMA ' Chk. bv: .TlpAJ Apprv. by:

PROJECT: 301483135 ! DATE: 06/15/94 DRAWING: 3135-b16 : FIGURE: Rl 3-15

EXPLANATION

EXISTING LEACHATE/GAS EXTRACTIONWELL LOCATION AND DESIGNATION

EXISTING GAS PROBE LOCATIONAND DESIGNATION OG' Series)

EXISTING GAS PROBE LOCATION.AND DESIGNATION CGP' Series)

REFUSE HIDEAWAY LANDFILLPROPERTY BOUNDARY

APPROXIMATE FILL LIMITS

nSCALE

Feet

500

Brookfield Lakes Corporate Center xn175 N. Corporate Drive, Suite 100

Brookfieid, Wisconsin 53045

j Chk. by. =<' iApprv. by

PROJECT: 301483135 DATE 03/21/94

Wl DEPT OF NATURAL RESOURCESREFUSE HIDEAWAY LANDFILL

GAS PROBE AND LEACHATE/GAS EXTRACTION WELL

LOCATIONSDRAWING: 3135-B9 j FIGURE 4-1

EXPLANATION— — REFUSE HIDEAWAY LANDFILL

PROPERTY BOUNDARY

FILL LIMITS

MONITOR WELL LOCATION,(ND) DESIGNATION, AND TOTAL VOLATILE

ORGANIC COMPOUNDS (ppb)

100—— TOTAL VOLATILE ORGANICCOMPOUNDS CONTOUR (ppb!DASHED WHERE INFERRED

TOTAL VOLATLE ORGANIC COMPOUND VALUESOBTAINED JANUARY, 1991

N

SCALE

FEET

2500

Brookfield Lakes Corporate Center XIIT75 N. Corporate Drive, Suite 100

Brookfield. Wisconsin 53045

Dsgn. by; jS46 Chk. b S& : Apprv. by. ^PROJECT: 301483135 i DATE: 03/29/94


TOTAT VOLATILEORGANIC COMPOUNDS

ISQCONCENTRAT1QN MAPDRAWING ! FIGURE Rl 4-2

N

2500

MODIFIED VOC PLUMECONFIGURATION

(Bt»«d on 1894 ground water modtlng rMuttt)

EXPLANATION

_..— ——— REFUSE HIDEAWAY LANDRLLPROPERTY BOUNDARY

FILL LIMITS

a 39 MONITOR WELL LOCATION,(tf» ' DESIGNATION, AND TETRACHLORO-

ETHENE ISOCONCENTRAT10N (ppb)

- ^ ——— TETRACHLOROETHENE"i:1-" ISOCONCENTRATiON CONTOUR ;»pb

DASHED WHERE INFERRED

not detected- not available

- rn fnrcement Standard, 1 ppb- Preventive Action Limit, u.l ppb

N

SCALE

FEET

2500



hy:£46_jChk. Dy:

PROJECT: 301483135 ; DATE: 03/29/94


ISOCONCENTRATION MAP(January 1991)

i RGURE RI 4-3

EXPLANATION

_._. —- — REFUSE HIDEAWAY LANDFILLPROPERTY BOUNDARY

FILL LIMITS

p-39 -<t>- MONITOR WELL LOCATION,;NO> ' DESIGNATION, AND TRICHLOROETHENE

ISOCONCENTRATION (ppb)

4n .——— TRICHLOROETHENE- *° ISOCONCENTRATION CONTOurt (ppb;,

DASHED WHERF INFFRRFD

ND - nor detectedN'A — not availablec. 5 - Ln! or cerrien i o funuufd ,

[\

SCALEJFEET

2500


175 N. Corporate Drive, Suite 100Brookfeld, Wisconsin 53045

_D_sgn._by:g46 I Chk. by: g*7 ;Apprv. by : , ,PROJECT: 301483135 j DATE: 03/29/94


TRICHLOROETHENEISOCONCENTRATION MAP

(January 1991)DRAWING: I FIGURE RJ 4-4

EXPLANATION— • — • — • — REFUSE HIDEAWAY LANDFILL

PROPERTY BOUNDARY

FILL LIMITS

P-39-£- MONITOR WELL LOCATION,<ND) ' DESIGNATION, AND TOTAL

CHLORINATED HYDROCARBONS (ppb)

-1UU—— TOTAL CHLORINATEDHYDROCARBONS CONTOUR (ppb)DASHED WHERE INFERRED

TOTAL OLORNATED HYDROCARBON VALUES OBTAINEDJA.MJARY, 1991

Nu - not deieclecNA — not ovnilable

N

SCALE'.

FEET

2500

HSI simonBrookfield Lakes Corporate Center X11



TOTAL CHLORINATEDHYDROCARBONS

; Chk by:PROJECT. 301483135 JDATE 03/29/9^

Appr v. " b V - . - ' j ISOCONCENTRATION MAPDRAWING: FIGURE RJ 4-5

EXPLANATIONsw-2 SURFACE WATER SAMPLE LOCATION

AND DESIGNATION (sampled by RMT)SCALE

800

Feet NBase map compiled from U.S.G.S. 7.5' Middleton, Wl quadrangle map, 1993,Cortour interval 10 feet. National Geodetic Vertical Datum of 1929.

us) simonBrookfield Lakes Corporate Center XII


I Dsgn. by:fpROJECT: 301483135

Jchk. by: /f./ Apprv. by^DATE 03/21/94

Wl DEPT OF NATURAL RESOURCES__REFJUSE HIDEAWAY LANDFILL

SURFACE-WATERSAMPLE LOCATIONS

DRAWING: 3135-A6 FIGURE 4-6

PRIMARY PRIMARY SECONDARY MIGRATIONSOURCE RELEASE RELEASE PATHWAY

MECHANISM MECHANISM

! ] _

1 b j

I 1 SURFACE WATER7 __1 —— **H ?«£U?TC —— ' SURFACE SOIL/ ———— -LEACHATE j SEDIMENTS

i LANDFILL 1 ——— 1 1REFUSE | ——— | •

I GENERATION OF 1 ———— ~\ FUSION THROUGH —1 •» COMBUSTABLE 1 ^ 1 TSlLL COVER ————— *"~ AIR ————— ~GASES | —— | LANUHLL UUVtH j

__ X1 LATERAL EMISSION ! ^

' —— i -j THROUGH —————— •»- SOIL GAS ———— —j SUBSURFACE

EXPLANATION

• POSSIBLE EXPOSURE TO RECEPTORS

NA MOTAPPUCASUE MB SimO!) WffifriiMBrookfield Lakes Corpora's Center XII

1f5 M Corporate Drive, Suite 100Brookfield, Wisconsin! 5J045

Dsgn hy^ko j Chk- by: j€^ !APPfv by

PROJECT: 301483135 DATF: 03/29/94

RECEPTOR

HUMAN; ICO Qj

EXPOSURE RATE jS^O

]<^^\ TER

RE

STR

IAL

Si!

_!_..._

_ .. .

- c

AQU

ATIC

>

INGESTION t» • NA NAINHALATION • • ; NA NADERMAL CONTACT • : • NA : NA

INGESTION • • ' •INHALATION ! NA • iDERMAL CONTACT • •

INGESTION j NA , NA , l>INHALATION NA • ;DERMAL CONTACT ! NA ! NA C

• : •

• NA• ' 9

• NAJA NA

INGESTION ,NA|NA NA NAINHALATION i NA NA i NA i NADERMAL CONTACT ! NA NA '. NA ' NA

in Wl DEPT, OF NATURAL RESOURCESnJ REFUSE HIDEAWAY LANDFILL

CONCEPTUAL SITE

DRAWING: 3135-b1 i FIGURE: F

MODEL

U 5-1

EXPLANATION

— ._ ._ _REFuSE: HIDEAWAY LANPFII IPROPERTY BOUNDARY

P-39-V MONITOR WELL LOCATION,(NO) DESIGNATION, AND TRICHLOROETHENE

ISOCONCENTRATION (ppb)

j ~. —— — THICHLOROETHE.NE\° ISOCONCENTRATION CONTOUrt ippo).

r} A SHED WHERF INFFPR^D

ND - not de tec tedNA - not avai lableL5 - Lntorcemen* S lancarc ] ,

SCALE2500

us) simonBrookfieid Lakes Corporate Center XII

175 N. Corporate Drive, Suite 100Brookfieid, Wisconsin 53045

Dsgn tiyfT/fe ChkPROJECT: 301483135

Apprv. by:-I DATE: 03/29/94


January 1991 TRICHLOROETHENEISOCONCENTRATION MAP AND

_ JrlQDEL_ GBLP_ DJ SCRETIZ ATIONDRAWING: ! FIGURE Rl 5-2

• - • - - • 950-:.:::---•".:' • •

MODEL CONDITIONSs/g bedrock

DISPERSIVITY 30ft. 10ft.EFf^CT'VE DQROS!TY 25% 5%12ppb - constant sourceBase K's

'closest Deer Run homes

EXPLANATIONP 30 MONITOR WELL

ISOCONCENTRATION CONTOUR

SCALE

FEET

500

Topographic Contour Interval 10ft.Datum is Mean Sea Level

simonBrookfieid Lakes Corporate Center XII

175 N. Corporate Drive, Suite 100Brookfieid, Wisconsin 53045

Dsga by: Chk. by: Apprv. by:PROJECT: 301483135 DATE- 03/29/94


PCE PLUME WITHDEGRADATION AFTER 5 YEARS

(contour interval 2ppb)DRAWING NO.: I FIGURE: Rl 5-3

;p-39loop-- ^.--•^^^^•'•-::^K^.

MODEL CONDITIONSs/g bedrock

DISPERSIVITY 30ft. 10ft.EFFECTIVE POROSITY 25% 5%12ppb - constant sourceBase K's xTC)

'closest Deer Run homes

EXPLANATIONr-% *•> ^r'-"v3u

- 4 , 0

0

MONITOR WELL


SCALE

FEET

500

Topographic Contour Interval 10ftDatum is Mean Sea Level

us) simonBrookfield Lakes Corporate Center XII


by Chk. by: Apprv. by: ,.,/,PROJECT: 301483135 DATE 03/29/94


PCE PLUME WITHDEGRADATION AFTER 5 YEARS___(contour interval 2ppb)_____

DRAWING FIGURE Rl 5-4

P-41 ,.-4^ ___MODELCONDITIONS

._:ii-j±a_iL__L .i:vA...!'

s/gDISPERSIVITY 30ft.EFFECTIVE PORQSITV 25%12ppb - constant sourceBase K's x10

bedrock10ft.5%

730 Day half-fife

closest Deer Run homes

EXPLANATIONP-30

-4 .0MONITOR WELL


o SCALE

FEET

500

Topographic Contour Interval 10ft.Datum is Mean Sea Level

H3) simonBrookfield Lakes Corporate Center XII


Dsgn. by, Chic by: Apprv. by:PROJECT: 301483135 DATE 03/29/94


PCE PLUME WITHDEGRADATION AFTER 5 YEARS

____(contour interval 2ppb)DRAWING NCL- FIGURE Rl 5-5

MODEL CONDITIONSs/g

DISPERSIVITY 30ft.EFFECTIVE POROSITY 25%12ppb - constant sourceBase K's xKD

bedrock10ft.5%

' closest Deer Run homes

EXPLANATIONP-30-^- MONITOR WELL

_ 4.0 __ ISOCONCENTRATION CONTOUR

FEETTopographic Contour Interval 10ft.

Datum is Mean Sea Level

Hydro-Search, inc.A Totra Tech Company

Integrated Water Resource ServicesReno • Denver • Milwaukee • Huntington Beach

Sacramento « Houston * Phoenix

Dsga by: ^ | Chk byPROJECT: 301483135 i DATE: 06/17/94

Apprv. by: / X

Wi DEPT. OF NATURAL RESOURCESREFUSE HIDEWAY LANDFILL

PCE PLUME WITHOUTDEGRADATION AFTER 5 YEARS

(contour intervaDRAWING NO.. 3135-A1 FIGURE R! 5-6

CDI—m

Table 1-1. Summary of Reports Pertaining to Refuse Hideaway Landfill Produced UnderContract for the WDNR

Report Date Preoarer

November 1989 Warzyn


December 1989 Warzyn

December 1989 Warzyn

January 1990

March 1990

April 1990

April 1990

August 1990

Warzyn

February 1990 Warzyn

Warzyn

Warzyn

HSI

Warzyn

September 1990 Warzyn

Report Title

Health and Safety Plan, Interim RemedialMeasures, Refuse Hideaway Landfill

Report and DILHR/DNR Applications, Point-of-Entry Water Treatment, Interim RemedialMeasures, Refuse Hideaway Landfill.

Alternative Water Supply, Interim RemedialMeasures, Refuse Hideaway Landfill

Engineering Design, Partial Gas and LeachateExtraction System, Interim Remedial Measures,Refuse Hideaway Landfill

Gas Monitoring Program, Refuse HideawayLandfill

Sampling and Analysis of Residential Wells,Interim Remedial Measures, Refuse HideawayLandfill

Estimate of Costs - Phase II, GroundwaterMonitoring, Refuse Hideaway Landfill

Community Relations Activities, RefuseHideaway Landfill

Proposal, Groundwater Monitoring Study, RefuseHideaway Landfill (includes QAPP, and Health& Safety Plan)

Contract Documents, Gas and LeachateExtraction System, Refuse Hideaway Landfill

Engineering Design, Gas and Leachate ExtractionSystem, Refuse Hideaway Landfill

3135-WPT.1-1

HSI Simon HYDRO-SERRCH

Table 1-1. Summary of Reports Pertaining to Refuse Hideaway Landfill Produced UnderContract for the WDNR (Cont'd)

Report Date Preoarer Report Title


February 1991

March 1991

May 1991

June 1991

October 1991

November 1991

March 1992

May 1992

Warzyn

Warzyn

Dames & Moore

HSI

Mostardi Platt,

Warzyn


HSI

Dames & Moore

Construction Observation Report, Partial Gasand Leachate Extraction System, InterimRemedial Measures, Refuse Hideaway Landfill

Gas Monitoring Program, Annual Report, RefuseHideaway Landfill

Phase III, Remedial Option Plan, RefuseHideaway Landfill

Proposal for Cap Restoration and Improvementsto Refuse Hideaway Landfill, Dane County, WI

Groundwater Monitoring Study, Refuse HideawayLandfill, 2 Volumes

Refuse Hideaway Landfill Gas SystemDestruction Efficiency Tests, August 1 & 2, 1991

Construction Documentation Report, LandfillGas and Leachate Extraction System, RefuseHideaway Landfill

Operation and Maintenance Manual, LandfillGas and Leachate Extraction System, RefuseHideaway Landfill

Numerical Model Simulation and Assessment ofContaminant Plume Migration, Refuse HideawayLandfill, Middleton, WI

Contract Documents, Refuse Hideaway Landfill,Cap Restoration and Improvements, Middleton,Dane County, WI

3135-UPT.1-1

HSI Simon HYDRO-SEflRCH

Table 1-1. Summary of Reports Pertaining to Refuse Hideaway Landfill Produced UnderContract for the WDNR (Cont'd)

Report Date Preoarer Report Title

February 1993 Dames & Moore Construction Documentation Report, CapRestoration and Improvements, Middleton, Dane

Fall, 1993

October 1993

March 1994

March 1994

HSI

DOH

Terra

WDNR

Groundwater Quality Data for Semi-Volatiles,Metals, PCBs, Pesticides

Public Health Assessment, Refuse HideawayLandfill

1993 Annual Report, Operation and MaintenanceActivities, Refuse Hideaway Landfill

Draft Community Relations Plan for the RefuseHideaway Landfill

3135-WPT.1-1


RI Table 2-1. Data Qualifier Definitions - Organics

U Compound was analyzed, but not detected.J Value given is estimated.B Compound was detected in one or more of associated laboratory, field and/or trip

blanks.BU Compound detection limit was raised to the value indicated based on probable

contamination.E The concentration given exceeded the working range of the calibration curve.RE Results are based on reanalysis of sample.D Sample result is based on diluted analysis.N Tentative identification of listed compound.R Unuseable data.

3135-T.2-1


RI Table 2-2. Data Qualifier Definitions - Inorganics

U Analyte not detected.

B Analyte detected below the CRDL but above the IDL.

* Duplicate sample analysis not within control limits.

N Spiked sample recovery not within control limits.

S The reported value was determined by the method of standard additions.

J Value estimated based on data validation assessment.

3135-T.2-2


Table 3-1. Temperature and Precipitation Data(Data from Madison Municipal Airport, Wisconsin)

Month

March . . . . . . . . .

May . . . . . . . . . . .June ..........July . . . . . . . . . . .

September ......October ........

Year . . . . . . . .

Averagedaily

maximum

•F

26283854667782807260423055

Temperature

Averagedaily

minimum

•F

9112035465560595040261435

Averagemaximum

•F

444765788691939288806452

'95

Averageminimum

•F

-15-10-1222939454232238

-9'-18

Precipitation

Averagetotal

Inches

1.31.02.02.63.34.23.93.33.12.22.01.4

30.3

One year in 10 will have —

Less than —

Inches

0.5.3

1.01.31.72.11.81.5.7.4.7.6

21.5

More than —

Inches

2.22.03.14.15.26.66.25.66.14.73.52.4

39.0

Days withsnow coverof 1.0 inchor more

Number

221782

(')0000

(')4

1669

Averagedepth ofsnow on

days withsnow cover

Inches

5.04.52.81.8

1.83.84.1

1 Less than 0.5 day.* Average annual highest temperature1 Average annual lowest temperature.

Source: USDA SCS, 1978

H3I Simon HYDRO-SERRCH

Table 3-2. Geology of Refuse Hideaway Landfill Modified From Olcott (1973)

GEOLOGIC TIME

ERA

XL.

Eo*-•toao

ooN

2

aa.

SYSTEM

§b1*JVI

'5

Q.

Cao

-gO

ca

1au

GROUP

Prairiedu

Ch i en

3<00)a

1£

TunnelCity

1o1

UJ

FORMATION

Unconformity

Oneota

Jordan

Unconformity •

St. Lawrence

Maze- Lonemanie Rock

Wonewoc

Unconformity •

Eau Claire

Mt. Simon

Precambrian

MEMBER

Coon Valley

Van Oser

Norwalk

Lodi

Black Earth

KNOWNRANGE IN

(feet)

0 - 50

0 - 370

0 - 300

0 - 50

0 - 50

0 - 30

30 - 125

70 - 155

0 - 130

50 - 310

200 - 450

DOMINANT LITHOLOGY

Lacustrine deposits; layered silt and clay with few thinsand layers

Outwash and till; poorly graded sand and gravel and wellgraded clay to gravel-sized particles

Dolomite; white to brown, thick- to thin-bedded, coarse- tofine-grained, abundant algal structures, persistent thingreen shale beds, abundant oolitic chert.

Sandstone; yellow to brown, red, thin- to medium-bedded andcross-bedded, coarse- to fine-grained, very dolomitic inupper part.

Dolomite; yellowish -brown to red, often mottled, medium- tothin-bedded, fine-grained, dolomitic siltstone in upperpart, locally sandy, some glauconite.

Sandstone; white to green, medium- to thin-bedded and cross-bedded, medium- to fine-grained, dolomitic. Lone RockFormation very glauconitic; Mazomanie Formation slightlyglauconitic locally.

Sandstone; yellow-brown, gray, white; medium- to thin-beddedand cross-bedded, coarse- to fine-grained; dolomitic, theupper 20 to 30 feet comprise the Ironton Member which ischaracterized by alternating beds of coarse- to medium-grained and medium- to very fine-grained dolomiticsandstone.

Sandstone and shale; yellowish-gray to reddish-brown, thin-bedded, medium- to very fine-grained, dolomitic, someglauconite, some fossils. <

Sandstone; yellowish-gray to orange-gray, medium- to thick-bedded, coarse to medium-grained, dolomitic, some red andgray shale and siltstone layers, some quartz conglomeratelayers especially in lower part.

Rhyolite, quartzite, granite, and other crystalline rocktypes.

3135-T.3-2 m simon HYDRO-SERRCH

TABLE 3-3. GRAIN SIZE ANALYSIS RESULTS

Monitor Well

P-8BR*

P-8BR*

P-90*

P-160*

P-160*

P-21D*

P-21D*

P-30S

P-30I

P-31S

P-31IA

P-31I8

P-32S

P-33S

P-33D

P-36S

P-39S

P-40S

P-41S

P-41D

P-42S

Notes:

Interval (in

35-36.540-41.551-51.5

105-106.5

35-40

5-6.5

35-36.540-41.5

10-11.515-16.5

35-36.540-41.5

28-30

133-135

18-20

83-85

123-137

23-25

18-20

88-90

13-15

43-45

13-15

15-17

90-92

10-12

CL =MLSC =SMSP =GP =GM

feet) Gravel

20.6

1.6

32.9

0

16.1

0

46

22

22

1

47

30

6

0

22

11

4

6

10

38

5

Clay to Gravelly ClaySilt to Very Fine SandClayey SandSilty SandPoorly Graded SandPoorly Graded GravelGravel with Silt and Sand

Percent by WeightSand Silt Clay

52.4

36.1

47

1

56.6

3

48

40

73

1

44

53

88

3

53

59

91

84

63

55

12

16.1 10.9

50.1 12.1

13.1 6.9

68.2 30.8

18.2 9.1

71 26

4 2

23 15

5

66 32

9

17

6

83 14

25

23 7

5

10

27

7

63 20

usesClassification

SM-SC

SM

SM-SC

CL

SM-SC

CL

GP-GM

CL-ML

SP

CL-ML

GP-GM

SM or SC

SP-SM

CL-ML

SM or SC

SM

SP-SM

SP-SM

SM-SC

SP-SM

CL

Clay included in silt total, not differentiatedGrain size results from RMT, 1988b; remainder from HSI, 1991.

3135-T.3-3


Table 3-4. Monitor Well Data

Well if

P-1SP-1DP-3SP-4SP-8SP-8DP-8BRP-9SP-9DP-16SP-16DP-17SP-18SP-19S*P-19D*P-20SP-20SRP-21SP-21DP-21BRP-22SP-22DP-23SP-23DP-24DP-24EP-25SP-25DP-25BRP-26SP-26DP-27SP-27DP-28SP-29SP-30SP-301P30DP-31SP 31 IAP-31IBP-31DP-32SP 32DP-33SP-33DP-34SP-34DP-35SP-35DP-36SP-36DP-38SP-39SP-40SP-40IP-40DP-41SP-41DP-42S

Top ofCasing

Elevation(msl)

924.39926.67932.79929.89932.50930.98929.52932.09930.43935.96936.30

1081.751020.57963.09963.06958.90961.78935.79935.81935.19

1087.841088.80961.71961.53927.25927.39943.03943.86943.27

1150.951149.631095.231095.561124.331163.10932.61930.97932.97916.58916.77916.15915.72943.73942.66928.55928.50

1091.101090.981087.911087.70924.48924.35923.21946.08922.01922.28922.98925.57924.82917.62

GroundSurface

Elevation(msl)

922.8922.9931.4928.6929.3928.8926.9930.1927.9933.7933.7

1079.01018.4963.4963.4955.8959.9933.6933.2932.9

1086.11086.7958.9958.5925.1925.0940.7941.6941.3

1 148.91147.51092.41093.21122.01160.0930.4929.1931.0913.5914.0913.5913.1940.7940.6926.2926.0

1088.61087.81085.11084.9922.0922.5920.6943.7919.6919.9920.4924.0922.7915.3

WellBottom

Elevation(msl)

911.0892.0917.0905.0912.0888.8818.0916.1887.4918.8893.4923.0913.4914.7883.4916.8895.5916.1894.2786.9903.1871.6913.6881.4902.1874.9913.6847.6803.0913.4887.5906.4891.3916.9905.9895.1788.7643.5887.8821.2780.5657.5904.2766.5901.0825.1905.1814.9903.9835.1898.4682.6896.9891.8894.5817.5667.8895.1820.3890.0

WellDepth

(feel)

12.031.014.024.017.040.0

108.914.040.514.940.3

156.0105.048.780.039.064.417.539.0

146.0183.1215.145.377.123.050.127.194.0

138.3235.5260.0186.0201.9205.0254.135.3

140.4287.525.792.8

133.0255.636.5

174.125.2

100.9183.5272.9181.2249.823.6

239.923.751.925.1

102.4252.6

28.9102.425.3

ScreenLength

(feet)

4.03.04.03.0

10.05.55.5

10.05.0

10.55.5

10.010.510.55.5

10.520.010.55.56.0

15.05.0

10.05.05.05.0

10.05.05.0

15.05.0

15.05.0

15.015.015.010.010.015.010.010.010.015.010.015.010.015.010.020.010.015.010.015.015.015.010.010.015.010.015.0

ScreenedGeologic Unit

Lake silt and dayGlacial tillSilly sand with gravelGlacial tillLake silt and claySilty sand with gravelSandstoneGlacial tillGlacial tillLake silt and dayGlacial tillSandstoneSandstoneSandstoneSandstoneSandstoneSandstoneLake silt and clayGlacial tillSandstoneSandstoneSandstoneSandstoneSandstoneSilty sand with gravelGlacial tillSilty sand with gravelSand and gravelSandstoneSandstoneSandstoneSandstoneSandstoneSandstoneSandstoneDay and sandSand and gravelDolomiteSilt, sand and gravelSand and gravelSandSandstoneSand and gravelSandstoneClaySilt, sand and gravelSandstoneSandstoneSandstoneSandstoneSilt and sandSandstoneSandSandSand and clayDolomiteSandstoneSilt and sandSand and gravelSilty clay and silty sand

These wells have been abandoned per NR141

3135-T.3-4


Table 3-5. Hydraulic Conductivity Testing Results

Well #

P-8S*P-8D»P-8BFUP-9S»P-9D»P-16S*P-16D*P-17S*P-18S*P-19S*P-19D*P-20S*P-20SRP-21S»P-21D*P-21BR*P-22S*P-22D*P-23S*P-23D*P-24D*P-24E*P-25S*P-25D*P-25BR*P-26S »P-26D*P-27S*P-27D »P-28S »P-30SP-30I*P-30DP-31SP-31IAP-31IB*P-31DP-32SP-32DP-33SP-33DP-34DP-35DP-36SP-36DP-38SP-39SP-40SP-40IP-40DP-41SP-41DP-42S

Screen Length(feet)

105.55.51040.510.55.51010.510.55.510.52010.55.56.0155105551055155155151510101510101015101510101015101515151010151015

Calculated Hydraulic Conductivity(ft/min)

5.7 x 10'56.1 x 10'*5.1 x 10'41.6 x 10°5.0 x 10*3.8 x 10-6

1.8 x 10'69.5 x ID'52.3 x 10'48.7 x 10'41.8 x 10'33.0 x 1Q-4

3.4 x 10'34.2 x 10'45.4 x 10"4

1.2 x 10'3> 2 x l O ' 3

5.9 x 1C)-4

> 2 x l O ' 3

> 2 x l O ' 3

1.0 x 10'41.0 xlO'5> 2 x l O ' 3

> 2 x l O ' 3

2.1 x 10'31.0 x 10'56.6 x 10'41.4 x 10'58.9 x 10'53.0 x 10'56.8 x 10'57.9 x 10'21.4 x 10*3.5 x 10'41.1 x 10'24.6 x 10'26.4 x 10'36.2 x 10'31.2 x 10'2l .OxlO'67.4 x 10'41.5 xlO'3

1.9 x 10'36.0 x 10'63.8 x 10'41.3 x 10"3

1.8 x 10'22.9 x 10'47.0 x 10'34.3 x 10'38.8 x 10'61.5 xlO'2

3.1 x 10'4

(cm /sec)

1.1 x 10"1.2 x 10'51.0 x 10°3.1 x 10'39.8 x 10"5

7.5 x 10 6

3.5 x 10"6

1.9xlO'44.5 x 10 4

1.7xlO'33.5 x 10'35.9 x 10'41.7 x 10'38.3 x 10'41.1 x 10°2.4 x 10°>4x lO ' 3

1.2 x 10'4>4xlO ' 3

> 4 x l O ' 3

2.0 x 10'42.0 x 10'5>4xlO ' 3

>4x 10'34.1 x 10'32.0 x 10'51.3 x 10'32.8 x 10'41.8 x 10'45.9 x 10'53.5 x 10'54.0 x 10'27.1 x 10"3

1.8 x 10'45.6 x 10'32.3 x 10'23.3 x 10'33.1 x 10'36.1 x 103

5.1 x 10'73.8 x 10'47.6 x 10'49.7 x 10'43.0 x 10'61.9 xlO'46.6 x 10'49.1 x 10'31.5xlO'43.6 x 10'32.2 x 10'34.5 x 10'67.6 x 10°1.6 xlO' 4

Screened GeologicMaterial

Lake Silt and ClayGlacial TillSandstoneSand and GravelGlacial TillLake Silt and ClayGlacial TillSandstoneSandstoneSandstoneSandstoneSandstoneSandstoneLake Silt and ClayGlacial TillSandstoneSandstoneSandstoneSandstoneSandstoneSand and GravelGlacial TillSand and GravelSand and GravelSandstoneSandstoneSandstoneSandstoneSandstoneSandstoneSand and claySand and gravelDolomiteSilt with sand & gravelSand and gravelSandSandstoneSand and gravelSandstoneClaySilt with sand & gravelSandstoneSandstoneSilty sandSandstoneSandSandSand and clayDolomiteSandstoneSilty sand and sandSand and gravelSand and clay

* Values obtained from questionable data; recovery rates were too rapid for measurement withavailable technology.

» Hydraulic conductivity from RMT, 1988b; remainder from HS1, 1991.

3135-T.3-5

HSI Simon HYDRO-8ERRCH

Table 3-6. Average Hydraulic Conductivity

Geologic MaterialAverage Hydraulic Conductivity

Simon Hydro-Search Data RMTData

Sand and gravel

Sand

Dolomite

Sandstone

Silt with sand and gravel

Sand and clay

Silty Sand

Clay

Silt and day

2.8 x 10'2 ft/min = 1.4 x 10"2 cm/sec

2.2 x 10"2 ft/min = 1.1 x 10"2 cm/sec

1.1 x 10"2 ft/min = 5.6 x 10"3 cm/sec

4.3 x 10'3 ft/min = 2.2 x 10"3 cm/sec

5.5 x 10'4 ft/min = 2.8 x 10'4 cm/sec

2.2 x 10"4 ft/min = 1.1 x 10"4 cm/sec

7.4 x 10"6 ft/min = 3.8 x 10"6 cm/sec

1.0 x 10"6 ft/min = 5.1 x 10"7 cm/sec

>4.0 x 10"3 ft/min = 7.2 x 10"3 cm/sec

1.2 x 10'3 ft/min = 6.0 x 10"4 cm/sec

2.0 x 10"5 ft/min = 1.0 x 10"5 cm/sec

1.2 x 10'4 ft/min = 6.0 x 10"5 cm/sec

3135-T.3-6 m simon HYDRO-SERRCH

Table 3-7. Magnitude of Vertical Ground-Water Gradients, January 31, 1991

Well Nest

P-30S, P-30IP-30S, P-30DP-31S, P-31IAP-31S, P-31IBP-31S, P-31DP-32S, P-32DP-33S, P-33DP-34S, P-34DP-35S, P-35DP-36S, P-36DP-40S, P-40IP-40S, P-40DP-41S, P-41DP-1S, P-1DP-8S, P-8DP-8S, P-8BRP-9S, P-9DP-16S, P-16DP-21S, P-21DP-21S, P-21BRP-22S, P-22DP-23S, P-23DP-24D, P-24EP-25S, P-25DP-25S, P-25BRP-26S, P-26DP-27S, P-27D

Water TableWell Ground-

Water Elevation(feet)

905.28905.28909.62909.62909.62915.45918.39919.26914.06916.04906.76906.76907.30918.95918.50918.50916.43918.60919.30919.30908.71915.09915.48914.24914.24924.23912.72

PiezometerGround-Water

Elevation(feet)

905.01905.05905.15905.59905.58913.84915.70916.85913.08915.53905.58905.24902.89915.57915.97914.91915.49914.16916.51913.66908.55915.17915.06910.77911.04916.82912.78

Water LevelElevation

Difference(feet)

-0.27-0.23-4.47-4.03-4.04-1.61-2.69-2.41-0.98-0.51-1.18-1.52-4.41-3.38-2.53-3.59-0.94-4.44-2.79-5.64-0.160.08

-0.42-3.47-3.20-7.410.06

Vertical DistanceBetween Well

Screens(feet)

96.70241.8056.90

107.40230.80128.6065.8079.5058.80

206.4067.00

216.50643016.0017.8088.5023.8019.6016.10

122.9026.4527.2222.2160.95

105.5719.8410.12

Vertical Gradient*

(ft/ft)

-0.0028-0.0010-0.0786-0.0375-0.0175-0.0125-0.0409-0.0303-0.0167-0.0025-0.0176-0.0070-0.0686-0.2112-0.1421-0.0406-0.0395-0.2265-0.1733-0.0459-0.00600.0029

-0.0189-0.0569-0.0303-0.37350.0059 ,

Negative gradients indicate a downward gradient

3135-T.3-7 Page 1 of 2

m simon HYDRO-SERRCH

Table 3-7. Magnitude of Vertical Ground-Water Gradients, March 11 and 15, 1991 (Cont'd.)

Well Nest

P-30S, P-30IP-30S, P-30DP-31S, P-31IAP-31S, P-31IBP-31S, P-31DP-32S, P-32DP-33S, P-33DP-34S**, P-34DP-35S, P-35DP-36S, P-36DP-40S, P-40IP-40S, P-40DP-41S, P-41DP-1S, P-1DP-9S, P-9DP-16S, P-16DP-21S, P-21DP-21S, P-21BRP-22S, P-22DP-23S, P-23DP-24D, P-24EP-25S, P-25DP-25S, P-25BRP-26S, P-26DP-27S, P-27D

Water TableWell Ground-

Water Elevation(feet)

906.19906.19910.66910.66910.66915.63924.64919.58914.23917.76908.54908.54912.83921.22919.17923.52925.24925.24909.09915.74917.12914.59914.59924.69913.28

PiezometerGround-Water

Elevation(feet)

905.84905.85905.98906.34906.36914.36916.54917.11913.32916.33906.31906.03903.81916.83916.92915.40919.73914.19908.95915.83916.21911.17911.43917.06913.21

Water LevelElevation

Difference(feet)

-0.35-0.34-4.68-4.32-4.30-1.27-8.10-2.47-0.91-1.43-2.23-2.51-9.02-4.39-2.25-8.12-5.51

-11.05-0.140.09

-0.91-3.42-3.16-7.63-0.07

Vertical DistanceBetween Well

Screens(feet)

96.70241.8056.90

107.40230.80128.6065.8079.5058.80

206.4067.00

216.5064.3016.0023.8019.6016.10

122.9026.4527.2222.2160.95

105.5719.8410.12

VerticalGradient*

(ft/ft)

-0.0036-0.0014-0.0822-0.0402-0.0186-0.0099-0.1231-0.0311-0.0155-0.0069-0.0333-0.0116-0.1403-0.2744-0.0945-0.4143-0.3422-0.0899-0.00530.0033

-0.0410-0.0561-0.0299-0.3846-0.0069

Negative gradients indicate a downward gradientMeasured on April 5, 1991

3135-T.3-7 Page 2 of 2


Table 4-1. Leachate Results (Page 1 of 2)

PARAMETERS

Benzene

Chlorobenzene

Chloroethane

Chloromethane

1,4-Dichlorobenzene

1, l-Dichloroethane

Trans 1,2-Dichloroethene

1,2-Dichloropropane

Ethylbenzene

Trichloroethene

Toluene

Vinyl Chloride

Xylenes

UNITS

ppb

ppb

ppb

ppb

ppb

ppb

ppb

ppb

ppb

ppb

ppb

ppb

ppb

LH-1

8-19-88

5.1

4.5

35

1.5

2.4

1.6

98

43

8.4

9-16-88

5.8

2.8

0.56

32

3.0

5.1

6.9

130

99

45

280

LH-2

1-6-88

11

2.3

72

1.4

2.4

77

4.9

210

3.4

8-19-88

25

2.2

120

0.77

4.0

72

280

LEACHATEHOLDING TANK*

10-5-93

NA

NA

NA

NA

NA

NA

NA

NA

NA

Notes: ppb = Parts Per Billionppm = Parts Per MillionNA = Not AnalyzedR = Matrix Spike Recovery LowBlank means not detected"Leachate holding tank, October 1993 sample was analyzed for a full TCLP scan.TCLP parameters not listed on the table were not detected in this sample.

3135-T.4-1


Table 4-2. Gas Probe Completion Summary (Page 1 of 3)

PROBE

G-1S

G-1D

G-2S

G-2

G-3S

G-3D

G-4

G-5

G-6

G-7

G-8

G-9

G-10

GP-1

GP-2

GP-3

GP-4

GP-5

GP-6

GP-7

GP-8

GP-9

GP-10

GP-11

(1)SURFACE

ELEVATION(FEET)

965

965

1,000

1,000

1,081

1,081

946

935

1,021

964

1,140

1,093

1,122

963

963

950

950

936

932

924

925

927

930

934

938

953

953

(2)SCREENED

RANGE(FEET)

2 - 17

20 - 30

2 - 17

20 - 30

2 - 10

12 - 20

2 - 14

2 - 8

20 - 30

--

29 - 59

130 - 170

135 - 175

2 - 15

25 - 40

2 - 15

25 - 40

2 - 22

2 - 29

2 - 8

2 - 10

2 - 10

2 - 17

--

2 - 19

2 - 15

20 - 35

(3)SCREENEDELEVATION

(FEET)

948 - 963

935 - 945

983 - 998

970 - 980

1,071 - 1,079

1,061 - 1,069

932 - 944

927 - 933

991 - 1,001

-

1,081 - 1,111

923 - 963

947 - 987

948 - 961

923 - 938

935 - 948

910 - 925

914 - 934

903 - 930

916 - 922

915 - 923

917 - 925

913 - 928

..

919 - 936

938 - 951

918 - 933

(4)

GEOLOGY

Sandstone

Sandstone

Sandsto.ie

Sandstone

Dolomite

Dolomite

Sandy Clay

Silty Sand

Sandstone

--

Dolomite

Dolomite

Dolomite

Silty Clay

Sand and Gravel

Sand and Gravel

Sand and Gravel

Sand and Gravel

Silt and Clay

Silt and Clay

Silt and Clay

--

Silt and Clay

Silt and Clay

Silt and Clay

Silt and Clay

Till

DIAMETER

(INCHES)

1

1

1

1

1

1

1

1

1

2

2

2

2


Table 4-1. Leachate Results (Page 2 of 2)

PARAMETERS

Total Alkalinity

Arsenic

Barium

Cadmium

Chloride

Chromium

COD

Copper

Fluoride

Hardness

Iron

Lead

Magnesium

Manganese

Mercury

Potassium

Sodium

Sulfate

TDS

Zinc

pH

Conductivity

2,4-D

Silver

2,4,5-TP, Silvex

UNITS

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

ppm

standardunits

/xohms

ppm

ppm

ppm

LH-1

8-19-88

2,600

0.008

0.81

0.0032

840

0.010

640

0.05

0.17

1,300

230

0.13

170

0.38

0.011

220

630

3,300

0.83

6.8

NA

4,640

NA

NA

NA

9-16-88

2,100

0.007

0.72

0.0006

900

0.009

560

0.03

0.14

1,300

73

0.024

170

0.40

0.0027

210

600

3,300

0.16

NA

46

NA

NA

NA

NA

LH-2

1-6-88

NA

NA

NA

NA

NA

NA

2,400

NA

NA

NA

1,400

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

8-19-88

7,100

0.098

1.3

0.040

3,600

0.16

2,700

0.70

0.29

3,500

220

2.9

540

3.3

0.0080

580

2,200

NA

10,000

14

6.8

9,720

NA

NA

NA

LEACHATE HOLDINGTANK*

10-5-93

NA

0.18

NA

0.055

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

R

R

R

Notes: ppb = Parts Per Billionppm = Parts Per MillionNA = Not AnalyzedR = Matrix Spike Recovery LowBlank means not detected*Leachate holding tank, October 1993 sample was analyzed for a full TCLP scan. TCLP parameters not listedin the table were not detected in this sample.

3135-T.4-1 H3I Simon HYDRO-SERRCH

Table 4-2. 1989 Gas Monitoring Data Summary (Page 2 of 3)

PROBE

GP-12

GP-13

GP-16

GP-17

GP-18

GP-19

GP-20

GP-21

GP-22

(1)SURFACE

ELEVATION(FEET)

1,000

1,000

1,020

1,020

1,017

1,017

1,017

1,010

1,010

1,010

1,016

1,016

1,016

1,055

1,055

1,055

1,055

1,083

1,083

1,083

1,083

1,108

1,108

1,108

1,108

1,075

1,075

(2)SCREENED

RANGE(FEET)

2 - 15

25 - 40

2 - 15

25 - 40

2 - 15

25 - 40

55 - 70

2 - 15

25 - 40

55 - 70

2 - 15

25 - 40

55 - 70

2 - 15

25 - 40

55 - 70

85 - 100

2 - 15

25 - 40

55 - 70

85 - 100

2 - 15

25 - 40

55 - 70

85 - 100

2 - 15

25 - 40


(FEET)

985 - 998

960 - 975

1,005 - 1,018

980 - 995

1,002 - 1,015

977 - 992

947 - 962

995 - 1,008

970 - 985

940 - 955

1,001 - 1,014

976 - 991

--

1,040 - 1.053

1,015 - 1,030

985 - 1,000

955 - 970

1,068 - 1,081

1,043 - 1,058

1,013 - 1,028

983 - 998

1,093 - 1,106

1,068 - 1,083

1,038 - 1,053

1,008 - 1,023

1,060 - 1,073

1,035 - 1,050

(4)

GEOLOGY

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

Dolomite

DIAMETER

(INCHES)


Table 4-2. 1989 Gas Monitoring Data Summary (Page 3 of 3)

PROBE

GP-23

GP-24

GW-1

GW-2

GW-3

GW-4

GW-5

GW-6

GW-7

GW-8

GW-9

( iW-10

GW-11

GW-12

GW-13

(1)SURFACE

ELEVATION(FEET)

1,075

1,075

1,068

1,U3

1,068

],068

1,082

1,082

1,082

1,082

982

987

994

999

1,005

986

996

1,006

1,013

1,027

1,026

1,036

1,040

(2)SCREENED

RANGE(FEET)

55 - 70

85 - 100

2 - 15

25 - 40

55 - 70

85 - 100

2 - 15

25 - 40

55 - 70

85 - 100

20 - 50

20 - 48

22 - 57.5

20 - 63.5

21 - 69.5

25 - 39.5

17.5 - 56

17 - 64.5

29 - 73.5

31 - 79.5

41 - 84.5

33 - 92.5

37 - 84.5


(FEET)

1,005 - 1,020

975 - 990

1,053 - 1,066

1,028 - 1,043

998 - 1,013

968 - 983

1,067 - 1,080

1,042 - 1,057

1,012 - 1,027

982 - 997

932 - 962

939 - 967

936.5 - 972

935.5 - 979

935.5 - 984

946.5 - 961

940 - 978.5

941.5 - 989

939.5 - 984

947.5 - 996

941.5 - 985

943.5 - 1,003

955.5 - 1,003

(4)

GEOLOGY

Dolomite

Dolomite

Dolomite

E>olomite

Dolomite

Dolomite

Sand and Gravel

Dolomite

Dolomite

Dolomite

Refuse

Refuse

Refuse

Refuse

Refuse

Refuse

Refuse

Refuse

Refuse

Refuse

Refuse

Refuse

Refuse

DIAMETER

(INCHES)

8

8

8

8

8

8

8

8

8

8

8

8

8

H8I Simon HYDRO-SEARCH

ae - . v e i i a i i c oiiuui ing a ta uiiiiiuuj I uf 4)

PROBE

G-1S

G-1D

G-2S

G-2

G-3S

G-3D

G-4

G-5

G-6

GP-7

GP-8

GP-9

G-10

GP-1

GP-2

GP-3

GP-4

GP-5

(1)

SURFACEELEV.(FEET)

965

965

1,000

1,000

1,081

1,081

946

935

1,021

964

1,140

1,093

1,!22

963

963

950

950

936

932

924

(2)

SCREENEDRANGE(FEET)

2 - 17

20 - 30

2 - 17

20 - 30

2 - 10

12 - 20

2 - 14

2 - 8

20 - 30

„

29 - 59

130 - 170

135 - 175

2 - 15

25 - 40

2 - 15

25 - 40

2 - 22

2 - 29

2 - 8

(3)

SCREENEDELEVATION

(FEET)

948 - 963

935 - 945

983 - 998

970 - 980

1,071 - 1,079

1,061 - 1,069

932 - 944

927 - 933

991 - 1,001

..

1,081 - 1,111

923 - 963

947 - 987

948 - 961

923 - 938

935 - 948

910 - 925

914 - 934

903 - 930

916 - 922

(4)EST.

WATERELEV.(FEET)

926

926

920

920

931

931

914

928

926

921

929

920

924

920

920

920

920

920

918

918

(5)SAMPLE DATE/ATM (INCHES OF MERCURY)

PERCENT METHANE BY VOLUME

8/4/87

4.5

4

4.2

4.2

0.05

0.015

0.35

0.5

0.35

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

8/13/87

;X;I -X:':-' '• :-x • '^j-x-x: :: :: ::x ••x-X'i •:•:•: *£ C :•:•:•:•: •:•:•:•:•.

0.6

3.2

: vX;XvX-X vT: vX;" v : ; X ;

3.45

0.1

0

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

2/28/8929.90"

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0.5

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0. 1

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Table 4-3. Methane Monitoring Data Summary (Page 2 of 4)

PROBE

=====GP-6

GP-7

GP-8

GP-9

GP-10mmm^m

GP-11

GP-12

GP-13

GP-16

•••MMGP-17

GP-18

(1)

SURFACEELEV.(FEET)

=925

927

930

934

938

953

953

1,000

1,000

1,020

1,020

1,017

1,017

1,017

1,010

1,010

1,010

1,016

1,016

1,016

(2)

SCREENEDRANGE(FEET)

—2 - 10

2 - 10

2 - 17

„

2 - 19

2 - 15

20 - 35

2 - 15

25 - 40

2 - 15

25 - 40

2 - 15

25 - 40

55 - 70

2 - 15

25 - 40

55 - 70

2 - 15

25 - 40

55 - 70

(3)

SCREENEDELEVATION

(FEET)

915 - 923

917 - 925

913 - 928

..

919 - 936

938 - 951

918 - 933

985 - 998

960 - 975

1,005 - 1,018

980 - 995

1,002 - 1,015

977 - 992

947 - 962

995 - 1,008

970 - 985

940 - 955

1,001 - 1,014

976 - 991

„

(4)EST.

WATERELEV(FEET)

=====917

" ST™921

920

920

920

920

920

920

" "920"™920

923

923

923

924

924

924

928

928

928



8/4/87

NI

~ NI

NI

NI

NI

~~ NI

NI

NI

NI

~ NI

NI

NI

NI

NI

~ NI

NI

NI

" NI

NI

NI

8/13/87

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

2/28/8929.90"

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0.5

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25

7

33

34

30

20

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labie 4-3. Methane Monitoring Data summary 3 of 4)

PROBE

GP-19

GP-20

GP-21

GP-22

GP-23

(1)

SURFACEELEV.(FEET)

1,055

1,055

1,055

1,055

1,083

1,083

1,083

1,083

1,108

1,108

1,108

1,108

1,075

1.075

1,075

1,075

1,068

1,068

1,068

1,068

(2)

SCREENEDRANGE(FEET)

2 - 15

25 - 40

55 - 70

85 - 100

2 - 15

25 - 40

55 - 70

85 - 100

2 - 15

25 - 40

55 - 70

85 - 100

2 - 15

25 - 40

55 - 70

85 - 100

2 - 15

25 - 40

55 - 70

85 - 100

(3)

SCREENEDELEVATION

(FEET)

1,040 - 1,053

1,015 - 1,030

985 - 1,000

955 - 970

1,068 - 1,081

1,043 - 1,058

1,013 - 1,028

983 - 998

1,093 - 1,106

1,068 - 1,083

1,038 - 1,053

1,008 - 1,023

1,060 - 1,073

1,035 - 1,050

1,005 - 1,020

975 - 990

1,053 - 1,066

1,028 - 1,043

998 - 1,013

968 - 983

(4)EST.

WATERELEV.(FEET)

929

929

929

929

934

934

934

934

934

934

934

934

931

931

931

931

928

928

928

928



8/4/87

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

8/13/87

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

2/28/8929.90"

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Table 4-3. Methane Monitoring Data Summary (Page 4 of 4)

PROBE

GP-24

(1)

SURFACEELEV.(FEET)

1,082

1,082

1,082

1,082

(2)

SCREENEDRANGE(FEET)

2 - 15

25 - 40

55 - 70

85 - 100

(3)

SCREENEDELEVATION

(FEET)

1,067 - 1,080

1,042 - 1,057

1,012 - 1,027

982 - 997

(4)EST.

WATERcUcY.(FEET)

926

926

926

926



8/4/87

NI

NI

NI

NI

8/13/87

NI

NI

NI

NI

2/28/8929.90"

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1

1

1

3/14/8929.34"

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Shaded Areas

Bold Areas

Underlined Areas

(5)

NI

- Exceed LEL

= Exceed 50% of LEL

= Exceeded 25% of LEL

= Reference: RMT Remedial Action Report Consent Order SOD-88-024 (November 1988) (Text, Tables and Geological Cross Sections) andRMT Drawing 8 of 8 Project 1189.09 (October 1988).

= Sampling data obtained from Strand Associates.

= Gas probe exposed to atmosphere inside casing.

= Not Installed

Note- GP prohe scries installed in spring of 1989 f'WDNR print dated 1/23/89).

Table 4-4. VOCs in Gas Samples

SAMPLE

LH-1

LH-2

LH-3

G-1S (#2)

G-1D (#1)

G-2S (#2)

G-2D (#1)

G-3S (#2)

DATE

6/3/88

6/24/88

6/30/88

6/3/88

6/24/88

6/30/88

6/3/88

6/24/88

6/30/88

6/3/88

6/24/88

6/30/88

6/3/88

6/24/88

6/30/88

6/3/88

6/24/88

6/30/88

6/3/88

6/24/88

6/30/88

6/3/88

6/24/88

Rep.

6/30/88

CONCENTRATIONS IN PARTS PER MILLION, VOLUME/VOLUME GAS

DCE

1.4

1.1

0.6

14.6

19.7

10.7

44.5

41.6

26.3

0.015

61.2

16.2

BD

6.5

5.4

36.4

4.27

0.84

2.76

7.4

3.9

1.5

0.81

0.83

4.0

TCE

0.068

0.06

0.12

3.4

3.8

2.6

17.2

12.1

7.8

0.028

12.3

15.0

0.018

4.2

1.1

4.4

5.04

5.5

0.85

0.79

0.49

0.5

0.08

0.08

0.8

PCE

0.88

1.62

13

15.6

21.4

9.0

56

62.1

33.8

0.095

22.0

17.5

0.041

6.7

3.3

8.8

14.3

13.5

3.6

2.63

1.9

4.1

0.46

0.53

2.4

TOLUENE

2.33

1.5

2.0

15.9

24.8

10.4

28.3

22.0

14.5

0.052

10.0

10.7

0.039

2.3

0.7

16.6

25.4

12.5

1.05

0.76

0.7

0.49

0.07

0.6

0.6

ETHYLBENZENE

2.89

3.1

1.7

1.4

2.8

0.4

3.2

3.4

0.8

BD

0.58

0.44

BD

0.13

BD

1.22

4.54

2.0

0.19

BD

0.09

0.41

0.30

0.20

0.07

XYLENE

7.4

7.0

11.7

2.0

4.4

4.5

17.2

5.1

7.7

BD

7.2

4.5

BD

0.81

BD

1.82

21.7

16.8

0.76

1.4

0.36

0.74

0.36

NA

1.4

3135-T.4-4


Table 4-4. VOCs in Gas Samples (Cont'd.)

SAMPLE

G-3D (#1)

G-4

G-5

G-6

G-7

G-8

G-9

G-10

DATE

6/3/88

6/24/88

6/30/88

6/3/88

6/24/88

6/30/88

6/3/88

6/24/88

6/30/88

6/3/88

6/24/88

6/30/88

7/16

9/16

9/16

9/16

CONCENTRATIONS IN PARTS PER MILLION, VOLUME/VOLUME GAS

DCE

4.0

0.84

5.7

49.0

21.34

32.7

BD

BD

0.11

BD

0.16

0.2

NA

NA

NA

NA

TCE

0.75

0.10

0.7

0.68

0.46

1.0

0.041

0.76

TR

0.044

0.42

0.07

NA

NA

NA

NA

PCE

2.7

0.97

2.5

2.1

1.5

1.7

0.097

6.35

TR

0.077

0.21

0.3

0.086

0.415

0.047

0.14

TOLUENE

0.84

022

0.6

2.7

1.9

1.5

0.08

0.03

TR

0.035

0.2

0.08

0.061

0.126

0.041

0.071

ETHYLBENZENE

BD

BD

BD

0.7

0.22

0.54

BD

2.8

BD

BD

BD

BD

NA

NA

NA

NA

XYLENE

BD

1.3

0.7

1.4

0.15

1.2

0.05

0.31

TR

BD

0.07

0.24

0.155

0.206

0.049

0.10 „

NA = Not AnalyzedTR = Peak Detected but not quantifiedBD = Below Detection

3135-T.4-4

NSI Simon HYDRO-SERRCH

Table 4-5. Inlet Gas Concentrations to Enclosed Flare

Test Ho. 1 Test No. 2 Test Ho. 3 Average

Freon 12Freon 14ChloromethaneVinyl ChlorideBromomethaneChloroethaneFreon 111,1-OichloroetheneFreon 113Hethylene Chloride1,1-DichloroethaneCis-1,2-DichloroetheneChloroform1,1,1-IrichloroethaneCarbon TetrachlorideBenzene1,2-DichloroethaneTrichloroethene1,2-DichloropropaneTrans-1,3-OichloropropeneTolueneC i s-1,3-0 i chIoropropene1,1,2-TrichloroethaneTetrachloroetheneEthylene DibromideChlorobenzeneEthylBenzeneM-/P-xylene0-XyleneStyrene1,1,2,2-Tetrachloroethane1,3,5-Trimethylbenzene1,2,4-Trimethylbenzene1.3-Dichlorobenzene1.4-DichlorobenzeneChlorotoluene1,2-Dichlorobenzene1,2-4-TrichlorobenzeneHexachlorobutadieneCarbon DisulfideAcetoneTrans-1,2-DichloroetheneVinyl Acetate2-8utanoneBromodiChloromethane4-Methyl-2-Pentanone2-HexanoneDibromochloromethaneBromoform4-Ethyl Toluene

2.92 x 10"2<6.99 x 10"3<2.06 x 10"39.63 x 10~2<3.88 x 10"3<2.64 x 10'3<5.62 x 10~3<3.96 x 10~3<7.66 x 10~3<3.47 x 10"3<4.05 x 10"36.50 x 10~2<4.88 x 10"3<5.45 x 10~3<6.29 x 10"35.03 x 10~3<4.05 x 10"32.03 x 10'2<4.62 x 10'3<4.54 x 10~31.30 x 10'1<4.54 x 10"3<5.45 x 10"36.78 x 10~2<7.68 x 10<4.60 x 10"35.62 x 10"29.96 x 10~23.13 x 10"29.07 x 10~3<6.86 x 10"38.05 x 10~32.01 x 10"2<6.01 x 10"38.37 x 10"3<5.17 x 10~3<6.01 x 10~3<7.42 x 10"3<1.07 x 10"2<3.11 x 10~32.06 x 10'2<3.96 x 10"3<3.52 x 10~3<2.95 x 10~3<6.70 x 10"3<4.09 x 10"3<4.09 x 10'3<8.51 x 10"3<1.03 x 10"2<4.91 x 10~3

3.08 x 10"2<8.71 x 10"3<2.57 x 10"38.38 x 10"2<4.84 x 10~3<3.29 x 10~3<7.00 x 10~3<4.94 x 10"3<9.54 x 10~3<4.33 x 10"3<5.04 x 10'36.50 x 10"2<6.08 x 10~3<6.80 x 10~3<7.84 x 10"35.76 x 10~3<5.04 x 10~32.03 x 10"2<5.75 x 10"3<5.65 x 10~31.30 x 10"1

<5.65 X 10~3<6.80 x 10"36.67 x 10~2<9.57 x 10~3<5.73 x 10"35.83 x 10~29.96 x 10"23.13 x 10"28.37 x 10~3<8.55 x 10"38.05 x 10~31.93 x 10~2<7.49 x 10'38.77 x 10~3<6.45 x 10~3<7.49 x 10~3<9.24 x 10"3<1.33 x 10"2<3.88 x 10"32.88 x 10'2<4.94 x 10~3<4.39 x 10"3<3.68 x 10~3<8.35 x 10"3<5.10 x 10"3<5.10 x 10"3<1.06 x 10"2<1.28 x 10~2<6.12 x 10"3

3.32 x 10~2<6.19 x 10~3<1.83 x 10"31.01 x 10"1<3.44 x 10"3<2.33 x 10"3<4.97 x 10~3<3.51 x 10"3<6.78 x 10~3<3.07 x 10"3<3.58 x 10"37.15 x 10~2<4.32 x 10"3<4.83 x 10~3<5.S> x 10"35.23 x 10~3<3.58 x 10~32.11 x 10"2<4.09 x 10~3<4.02 x 10"31.36 x 10~1<4.02 X 10~3<4.83 x 10"36.89 x 10~2<6.80 x 10"3<4.07 x 10"35.83 x 10~29.96 x 10*23.13 x 10~28.37 x 10'3<6.07 x 10"36.85 x 10"31.45 x 10"2<5.32 x 10"35.71 x 10"3

><4.58 x 10"3<5.32 x 10~3<6.57 x 10"3<9.44 x 10~3<2.76 x 10"32.30 x 10~2<3.51 x 10"3<3.12 x 10"3<2.61 x 10"3<5.93 x 10"3<3.62 x 10"3<3.62 x 10~3<7.53 x 10"3<9.12 x 10~3<4.35 x 10"3

3.11 x 10~2<7.30 x 10"3<2.15 x 10"39.37 x 10~2<4.05 x 10"3<2.75 x 10"3<5.86 x 10~3<4.14 x 10"3<7.99 x 10~3<3.62 x 10"3<4.22 x 10"36.72 x 10~2<5.09 x 10"3<5.69 x 10~3<6.57 x 10"35.34 x 10~3<4.22 x 10~32.06 x 10'2<4.82 x 10'3<4.74 x 10'31.32 x 10~1<4.74 X 10~3<5.69 x 10'36.78 x 10~2<8.02 x 10"3<4.80 x 10"35.76 x 10~29.96 x 10"23.13 x 10"28.60 x 10"3<7.16 x 10"37.65 x 10~31.80 x 10"2<6.27 x 10"37.62 x 10"3<5.40 x 10"3<6.27 x 10~3<7.74 x 10"3<1.11 x 10"2<3.25 x 10"32.41 x 10~2<4.14 x 10"3<3.68 x 10"3<3.08 x 10~3<6.99 x 10"3<4.27 x 10"3<4.27 x 10~3<8.8S x 10"2<1.07 x 10"2<5.13 x 10'3

< = Not detected, detection limits used in calculations.All results have units of pounds/hour.

Source: Mostardi-Platt Associates, Inc., 1991. A gaseous study performed forWarzyn Engineer, Inc., Refuse Hideaway Landfill Gas System.

H31 Simon HYDRO-SERRCH

Table 4-6 Surma ry of Analytical Results for PIS, Refuse Hideaway Landfill (in Parts Per Billion) (Page 1 of 60)

CO3

33Oi05

DOCD

ES =PAL =(3135-P1S.T)

Enforcement StandardPreventive Action Limit

Constituents

Benzene

Bromodichloromethane

Bromoform

Bromoinethane

Chloroform

Chtoroethane

1 ,4-Dichlorobenzene

Dichlorodif luoromethane

1 , 1 -D i ch loroethane

1,2-Dichloroethane

t rans- 1 , 2-0 i ch I oroethene

1 , 1 -Dichloroethylene

1 ,2-Dichloropropane

Ethylbenzene

Methylene chloride

Tet rach I oroethene

Toluene

1,1, 1-Trichloroethane

Trichloroethene

Trichlorof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/87

0

1/16/91

31

115

191

337

NANL

Not AnalyzedNot Listed

BlankShade

Not DetectedDetected compound exceeds ES

Table 4-6 Suimary of Analytical Results for P1D. Refuse Hideaway Landfill (in Parts Per Billion) (Page 2 of 60)

cn3

a3)

cnm3)3JO

Constituents

Benzene

Bromodi ch 1 oromethane

Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1,1-Di chloroethane

1 ,2-Dichloroethane

trans-1,2-Dichloroethene

1,1-Dichloroethylene


Ethylbenzene

Hethylene chloride

Tetrachloroethene

Toluene

1 ,1 ,1-Trichloroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES | PAL

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/87

3

3

8/19/88

0

9/15/88

1.1

0.57

1.67

1/15/91

2J

2

ESPAL =(3135-P1D


NANL


T)

BlankShadeJ

Not DetectedDetected compound exceeds ESEstimated results based on validation findings

Table 4-6 Summary of Analytical Results for P3S, Refuse Hideaway Landfill (in Parts Per Billion) (Page 3 of 60)

CO3

COm

O

Constituents

Benzene

Bromodi ch I oromethane

Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1,1-Di chloroethane

1,2-Di chloroethane

trans-1,2-0ichloroethene


1,2-Dichloropropane

Ethylbenzene

Hethylene chloride


Toluene

1,1, 1 -Trich loroethane

Trichloroethene

Tr ich I orof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

U5

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/87

0

8/19/88

0

9/15/88

0.53

0.53

1/16/91

7

2

fill piii:;:>:v:x>XvsT-"-:-:-x::-:-:-:-:

49

ESPAL

Enforcement StandardPreventive Action L i m i t

NANL


BlankShade

N£t DetectedDetected compound exceeds ES

(3135-P3S.T)

Table 4-6 Suimary of Analytical Results for P4S. Refine Hideaway Landfill (in Parts Per Billion) (Page 4 of 60)

CO

O

COmIDDOO

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chtoroethane

1,4-Dichlorobenzene


1 ,1-Dichloroethane

1,2-Dichloroethane

trans-1 ,2-Dichloroethene

1 ,1-Dichloroethylene


Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES | PAL

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/87

0

8/19/88 | 9/15/88

0 0

1/14/91

1

1

ESPAL


NANL


BlankShade


(3135-P4S.T)

,-*. ~f in,->!v»!rn! Pp«;iilt«: *««• PSS Refuse Hideaway landfill fin Parts Per Billion) (Page 5 of 60)

cn3

COm3)DOO

Constituents [ ES |

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane


D ich I orodi f luoromethane

1 ,1-Dichloroethane

1 ,2-Dichloroethane


1 , 1 -Di chloroethylene


Ethylbenzene

Hethylene chloride


Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

I

PAL |

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

I

6/30/87 [ VI 7/87* J

10

330

0,84

530

1 8 0 : :

41

]_ 1115.84

10

390

: 340

140

15

| 895

8/18/87 J

380

300

:::.:J30; .:

12/87 _J

5

380

2

340

..• : J50 ::;>;

8

8/19/88 I 9/16/88 "]

2.4

1.2

7.5

1.2

540

0.86

2.1

310

110

31

3.5

1.8

7.9

4.9

640

1.5

3.0

320

1.3

120

51

| 810 | 885 | 1006.26 | 1154.9

1/11/91

2

160

40

16

10

1

7

1

16;

160

| 413

ES =PAL =* Split Sample(3135-P8S.T)

Enforcement Standard NAPreventive Action Limit NLcollected and analyzed by WDNR


BlankShade


Table 4-6 Suimary of Analytical Results for P8D. Refuse Hideaway Landfill (in Parts Per Billion) (Page 6 of 60)

CO

o

COm3D3DO

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1 , 1 -0 i ch I oroethane

1 ,2-Dichloroethane



1,2-Dichloropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1,1,1-Trichloroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL 1 6/30/87 | 8/17/87*

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

lS:8:;t|i

8.9

95

11

200

2.7

480

805.6

9.4

15

7.7

1.4

90

123.5

8/18/87

3

10

19

7

4

110

153

12/87

4

270

140

75

7

496

8/19/88 | 9/16/88

3.1

4.4

270

110

36

26

449.5

••-•,5'.7/;,;.:'-.

0.61

4.4

310

1.9

120

45

19

506.61

1/11/91

0

ES =PAL «

* Split Sample(3135-P8D.T)


• collected and analyzed by WDNR

NANL


BlankShade


Table 4-6 Summary of Analytical Results for P8BR, Refuse Hideaway Landfill (in Parts Per Billion) (Page / of 60)

CO3

oIDOiCO

33O

Constituents |

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene

D i ch lorodi f luoromethane

1,1-Dichloroethane

1,2-Dichloroethane

t rans- 1 , 2-D i ch I oroethene


1 , 2 - D i ch I oropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1 , 1 , 1-Trichloroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

« I5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

^ I

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

0.5

.18

698

0.02

124

I

6/30/87 J

I o

8/18/87 |

1 o

12/87 J

1

10

7

3

1 21

8/19/88 I 9/16/88 ]

I o

0.59

| 0.59

1/11/91

! oESPAL


NANL


BlankShade


(3135P8BR-T)

Table 4-6 Suimary of Analytical Results for P9S. Refuse Hideaway Landfill (in Parts Per Billion) (Page 8 of 60)

to3

COmIDDOO

Constituents | ES

Benzene

Bromodichioromethane

Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene

D ich I orodif luoromethane

1,1-Dichloroethane

1,2-Di chloroethane




Ethyl benzene

Methylene chloride

Tetrachloroethene

Toluene

1 ,1,1-Trichloroethane

Trichloroethene

Trichlorof tuoromethane

Vinyl chloride

Xylenes

Total VOCs

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

6/30/87

4.7

1.2

28

250

1.2

50

2.9

::"'-:'';'.:-57:v,::

; 130:

525

8/17/87*

Itiis iii

32

:,,: 620: :

••.;:.::::50;v:. !.;..:2.4

j- •::;::;:4p; -:•.:;?:

:/';;.:>2&;:- •;••:•:•

993.7

8/18/87

jimim

32

•:•:•: 600 :: :

::• S 56 V.J:

;:;::.y:;';:38::.,;::,.

55

v.:::.::200;:V.:::;

991

12/87

Z

6

• ; HO

:;"-.;:; «': -.::>;;

::;. ;:x: 2J. .::;::

••.••-'; -:-35 •.'-.. -:

270

8/18/88 | 9/15/88

IIP*f:-:;i-;

29

4.5

120

5.7

6

7.8

•70 :•>>5.7

'•V;;;.::29:::V:;/-:

0.66

.•;..:• $6 ••--

348.36

;!::':::;;:l?;:5;:;:f

1.2

50

'•••: ;'5.4 :"

110

7.7

8.3

6.2

48

9.8

V\:. --19 •.'•••.

' : . :53:..;"':,:7.1

344.7

1/15/91: •:;:: -220;: •••'."- --

110

35

30

41

32

21

4

16

8

:. -...9.'.

440

11

777

ES =PAL

* Split Sample(3135-P9S.T)


- collected and analyzed by WDNR

NANL


BlankShade


table 4-6 5unmary of Analytical Results for P90, Refuse Hideaway Landfill (In Parts Per Billion) rPage 9 of 601

CO3

COm3)3JO

Constituents |

Benzene

Bromodi ch loromethane

Bromoform

Bromomethane

Chloroform

Chloroethane

1 ,4-D i ch I orobenzene


1,1-Dichloroethane

1,2-Dichloroethane


1 , 1 -D i ch loroethy I ene

1 , 2-0 i ch I oropropane

Ethylbenzene

Methyl ene chloride

Tetrach I oroethene

Toluene


Trichloroethene

T r i ch 1 orof I uoromethane

Vinyl chloride

Xylenes

Total VOCs

ES |

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

I

PAL ]

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

I

6/30/b/' J

I o

8/1 8/87 J

I o

12/87 |

1

-

1 1

8/18/88 |

6.2

230:

0.77

4.8

92

] 333.77

9/15/88 | 1/16/91

4.2

210

4.3

91

[_ 309.5

4

250

170

16

13

32

[ 485

ESPAL


NANL


BlankShade


(3135-P90.T)


mCO

COm3)3DO

ESPAL

Constituents

Benzene

Bromodi ch t oromethane

Bromoform

Bromomethane

Chloroform

Chloroethane

1 , 4 - D i ch 1 orobenzene

D i ch 1 orodi f luoromethane

1 , 1 -Dichloroethane

1,2-Oichloroethane


1 , 1 -Dichloroethytene


Ethyl benzene

Hethylene chloride

Tetrachloroethene

Toluene

1,1,1-Tri Chloroethane

Trichloroethene

T r i ch I orof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

6/30/87

1.3

2.1

11

-; :,; 34 :,:••':'•

5.8

3.8

7

15

80

8/17/87*

3.8

19

2.1

;:;::;::.:; 44',::. /•;,;;

4.8

^6X^:

5

87.4

8/18/87

17

.;;.:, 40": ;;: •

.;::/:. ', 6:;, ,/:

69

12/87

2

6

89

3

V.V-:'::73-:' •••:':

7

• :'0 '14 •:..:•"

4

43

241

8/18/88

1.8

13

0.7

78

3.3

M

4.6

•*:•: .; . 17:v--::;:1.5

4.4

188.3

9/16/88

3.1

0.93

17

0.83

110

3.1

86

5.8

• . - : . ; i . 23..',, :•"

1.5

6

257.26


NANL


BlankShade


* Split Sample - collected and analyzed by WDNR(3135P16S.T)

Table 4-6 Suimary of Analytical Results for P16D, Refuse Hideaway Landfill (in Parts Per Billion) (Page 11 of 60)

CO

o

ICOmIDDOCD

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chlocoethane

1 , 4-D i ch I orobenzene


1,1-Dichloroethane

1,2-Dichloroethane



1,2-Oichloropropane

Ethylbenzene

Methyl ene chloride

Tetrachloroethene

Toluene

1 , 1 , 1-Trichloroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL J

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

6/30/87 |

0.69

0.69

8/18/87

0

12/87

1

1

8/18/88

0.73

0.85

2

3.58

9/14/88

1

1.4

1.2

0.67

2

1.1

7.37

1/15/91

:•:•::;« ••i74';'-;i-;

6

1

1

3

7

10

19

3

57

ESPAL


NAXL


BlankShade


(3135P16D.T)

Table 4-6 Surmary of Analytical Results for P-17S, Refuse Hideaway Landfill (in Parts Per Billion) (.Page 12 of 60)

Constituents

Benzene

B romodi ch 1 oromethane

Bromoform

Bromomethane

Chloroform

Chloroethane


D i ch I orodi f I uoromethane

1,1-Di chloroethane

1 ,2-Di chloroethane

cis-1 ,2-Dtchloroethene


1 , 1 -0 i ch I oroethylene

1 , 2 -D i ch I oropropane

Ethyl benzene

Methylene chloride

Tetrachloroethene

Toluene

1,1, 1 -Trichloroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

7/9/87

;••;•. 11; o •.;:.

8.2

3.8

1.1

23

NA

62

4.1

190

1.2

4.6

79

2.5

6.5

397

8/18/87

33

NA

:140, :

5

74

190

120

20

582

8/18/88

P ;7l-l

5.4

3.6

38

6.5

NA

320

3

12

2.5

14

99

7.4

9.1

320

2.7

31

881.9

9/14/88

ISfft

i:$3l|v:

2.9

*

56

4.8

NA

:';';;;;:.;440; •;•;•,.

1.2

13

2.5

6.3

81

11

4.9

320

1.9

35*

10

1006.8

1/9/91

^jjjjl.

36*

6

21

• ' 5;;..:.NA

3

10

47

14

17

5

28

68

36

303

6/26/91

4

3

6

15

26

9

NA

2

14

12

1

18

5

5

51

28

57

7

263

10/25/91

NA

12

16

65

it

93

5/14/92

4

5

1

20

4

420

2

15

10

15

4

47

12

27

6

592

10/8/92

3

1.6

7.6

2.7

23

5.7

1,900

1.4

17

6.3

18

2.9

0.9

54

16

24

4.2

2088.3

5/19/93

3

5

6

22

4

150

2

13

5

20

7

2

160

25

7

431

10/21/93

2J

J

J

J

J

J

4J

2J

11J

3J

350J

J

J

9J

3J

J

14J

2J

J

49J

5J

10J

U

465

ESPALJ

Enforcement StandardPreventive Action LimitEstimated results basedon validation findings

NANLBlankShade

Not AnalyzedNot ListedNot DetectedDetected compoundexceeds ES

* Not detected with detection limit of 50 ppb* Bromomethane and chloroethane co-eluted results reported as bromomethane* Vinyl chloride concentration estimated because dichlorodif luoromethane co-elutes

and is also present

(3135P17S.T)

Table 4-6 Sunnary of Analytical Results for P18S, Refuse Hideaway Landfill (in Parts Per Billion) (Page 13 of 60)

mCO

o

3Do•CO

DOO

ESPAL

Benzene

Bromodich loromethane

Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1,1-Dichloroethane

1 ,2-Dichloroethane

trans-1,2-Dichtoroethene


1 , 2-D i ch loropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

I

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

7/9/87::::::::::£:i|i$:$:i1W:-:£::i::::mi®&f:fm

8.9

4

0.96

23

1.4

69

4.4

190

1.3

5

2.6

409.36

8/17/87*

8.2

1.6

3.5

13.3

8/18/87

8

8

5.5

1.4

6.9

9/14/88

7.1

0.89

1.2

1.3

1.4

11.89

1/16/91

5

1

1

7


NANL

Not AnalyzedNot i-isted

BlankShade


* Split Sample - collected and analyzed by WDNR(3135P18S.T)

Table 4-6 Suimary of Analytical Results for P19S, Refuse Hideaway Landfill (in Parts Per Billion) (Page 14 of 60)

CO3

o

CO

3DO

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1,1-Dichtoroethane

1,2-Di chloroethane




Ethylbenzene

Methylene chloride


Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

6/30/87

0.69

7.5

•:;,:;,:;;-39 ,•;:•,;

4.1

/ .,;.:. 1. "4 •.;'-

52.69

8/18/87

15

„ •- 56-.,;,;

;v-v;.8 •:••:••:,:;

79

8/17/88

1.2

1

13

,', ,:,;35 '•':•:• X,

::vv6;7':'—;

1.2

0.92

59.02

9/14/88

1.1

13

38

1.2

::'-'.,-:'.6:6".:'-1.2

2.3

63.4

ESPAL


NANL


BlankShade


(3135P19S.T)

Table 4-6 ry of Analytical Results for P19D, Refuse Hideaway Landfill (in Parts Per Billion) (Page 15 of 60)

CO3

o

COm3)3DO

Const i tuents

Benzene

Bromodichtoromethane

Bromoform

Bromomethane

Chloroform

Chloroethane



1,1-Di Chloroethane

1, 2 -Di chloroethane



1 , 2-D i ch I oropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1,1,1 -Trichloroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

C5

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

6/30/87

1.4

1

27

2.5

0.78

32.68

8/18/87

-.;•;.: 26

28

8/17/88

0.53

2.7

24i

3.7

0.89

0.52

32.34

9/14/88

0.66

5.3

21

1.2

3.5

1.4

3.2

36.26

ESPAL


NANL

Mot AnalyzedNot Listed

BlankShade


(3135Pl9d.T)

Table 4-6 Suiwary of Analytical Results *"•- «>?OS, Refuse Hldeawa/ L<irtdfiLi tin Parts Per Billion) (Page 16 of 60)

en

o

DOoI

COm33DOCD

Constituents

Jenzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1,1-Dichloroethane

1,2-Dichloroethane


1 , 1 -D i ch I oroethy I ene

1 , 2- D i ch I oropropane

Ethylbenzene

Methylene chloride


Toluene

1.1,1-Tri chloroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

6/30/87 [ 8/17/87*

36

1.1.

37.1

39

6.5

6.2

51.7

8/18/87

'":- '53. "'•.

53

8/17/88

0.78

1

51

5.6

1.6

.-" -i'".;:

60.98

9/14/88

0.6

48

1.2

4.7

1.4

2.8

58.7

ESPAL


NANL


BlankShade


* Split Sample - collected and analyzed by UDNR(3135P20S.T)

Table 4-6 Suimary of Analytical Results for P-20SR, Refuse Hideaway Landfill (in Parts Per Billion) (Page 17 of 60)

Cft3

o3DoI

COm3D3Do

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene

D i ch [ orodi f I uoromethane

1,1-Dichtoroethane

1,2-Dichloroethane

cis-1,2-Dichloroethene

trans-1,2-Dichtoroethene

1, 1-Dichloroethylene

1 , 2 - D i ch I o ropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1 , 1 , 1-Tri chloroethane

Trichloroethene

Trichiorof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

1SO

5

343

200

5

3490

0.2

620

PAL J

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

.05

140

15

0.5

68.6

40

0.5

698

0.02

124

12/11/90

NA

3

3

1/7/91

NA

2

2

7/1/91

6

NA

3

9

11/15/91

NA

1

•• 7 ." -

4

12

5/12/9.''

NA

:.. •,:' &

6

12/22/C

2

6

I 8

5/18/93

1

1

3

5

10/21/93

8

8

ESPAL


NANL


BlankShade


(3135P20R.T)

Table 4-6 Sunmry of Analytical Results for P-21S, Refuse Hideaway Landfill (in Parts Per Billion) (Page 18 of 60}

Constituents

Benzene


Bromof orm

Bromotne thane

Chloroform

Chloroethane

1 , 4 - D i ch I orobenzene

D i ch I orodif I uoromethane

1 , 1 -Di Chloroethane

1,2-Oichloroethane

cis-1 ,2-Dichloroethene

trans- 1 ,2-Dichloroethene



Ethylbenzene

Hethylene chloride

Tetrachloroethene

Toluene

1 , 1 , 1 - T r 1 chl oroethane

Trichloroethene

Trichlorof I uoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

6/30/87

4.8

NA

36

40.8

8/17/87*

NA

1.6

57

58.6

8/18/87

NA

43

43

12/87

NA

3

24

27

8/18/88

0.7

NA

2.5

0.7

4.4

0.77

42

51.07

9/15/88

1.1

NA

3.5

4.2

0.61

31

40.41

1/14/91

9

11

25J

40

NA

12

3

1J

3

4

7

177

525

2

819

6/28/91

7

8

90

36

4

NA

14

1

2

3

4

1

6

190

470

1

837

11/15/91

37

72

NA

25

<250

134

5/12/92

4

2

1

18

NA

6

2

5

48

56

142

11/16/92

4

10

16

1

6

41

78

5/19/93

3«

3

50J

17J

10

25

5

9

119

10/21/93

3

2

8

4

4

5

26

mtn3

3JOiCO

OESPALJ

Enforcement Standard NAPreventive Action Limit NLEstimated value based on »validation results

Not Analyzed Blank =Not Listed Shade =•Revised fromnon-detectable following validation


• Split Sample • collected and analyzed by WDNR(3135P21S.T)

Table 4-6

men3

3DOiCDmn>33O

Summary of Analytical Results for P21G, Refuse Hideaway Landfill iin Parts Per trillion) (Page 1? of 60)

Constituents

Benzene

B romod i ch I oromethane

Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1,1-Dichloroethane

1,2-Dichloroethane


1 , 1 -D i ch loroethy lene


Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1 , 1 , 1 - T r i ch I oroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

6/30/87

0.8

16

33

49.8

8/17/87*

26

28

54

8/18/87

28

34

62

12/87

8

9

17

8/18/88

1.7

5.5

84

0.59

1.8

1.1

67

161.69

9/15/88

6.1

110

0.7

3.7

2.5

0.61

94

217.61

1/14/91

1

36J

1

1

20

14

73

ESPALJ «

* Split Sample(3135P21D.T)

Enforcement Standard NAPreventive Action Limit NLEstimated results basedon validation findingscollected and analyzed by WDNR


BlankShade


Table 4-6 Sumnary of Analytical Results for P21BR, Refuse Hideaway Landfill (in Parts Per Billion) (Page 20 of 60)

CO3

33CDiCOm3)DOo

Constituents

Benzene

Bromod i ch I orotnethane

Bromoform

Bromomethane

Chloroform

Ch I oroethane



1,1-Dichloroethane

1,2-Dichloroethane




Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

8/18/88

0

9/14/88

0

1/14/91

0

ESPAL


NANL


BlankShade


(3135P21B.T)


Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1 , 1 -Di chloroethane

1,2-Dichloroethane




1 ,2-Oichloropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene

Trich 1 orof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES |

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

8/16/88

0.7

NA

10

0.51

8

0.61

2.6

0.61

23.03

9/15/88 1/17/91

1

NA

12

9.3

1.2

3.2

0.73

0.68

| 28.11

4

14

NA

9

2

29

6/27/91

46

NA

1

8

2

3

60

10/25/91

1

NA

12

3

4

20

5/18/92 ]

1

1

14

2

NA

2

12

4

1

37

10/7/92

12

12

17

2.4

43.4

5/18/93

3

9

7

2

21

10/21/93

6

2

I 8

ESPAL


NANL


BlankShade


(3135P22S.T)

Table 4-6 Summary of Analytical Results for P22D, Refuse Hideaway Landfill t1"" Parts Per Billion) (Page 22 of 60)

Constituents

Benzene

B romodi ch I oromethane

Bromoform

Bromome thane

Chloroform

Chloroethane

Cht oromethane



1 ,1-Oi chloroethane

1,2-Oichloroethane

cis-1 ,2-Oichloroethene




Ethylbenzene

Hethylene chloride


Toluene

1,1 ,1-Trichloroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

NL

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

NL

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

8/16/88

61

1.1

NA

14

0.6

12

0.77

3.3

0.66

93.43

9/15/88

0.96

NA

12

8.8

0.56

2.8

0.64

0.57

26.33

1/8/91

7

NA

6

1

14

6/27/91

,

39

NA

6

1

3

49

10/25/91

NA

8

2

10

5/18/92

7

1

NA

1

7

3

19

10/7/92

1.6

8.1

8

1.4

19.1

5/18/93

2

7

5

10/21/93

2

8

2

2

14 | 14

ESPAL


NANL


BlankShade


(3135P22D.T)

Table 4-6 SuiraarV of Analytical Results for P23S, Refuse Hideaway Landfill (in Parts Per Billion) (Page 23 of 60)

COB

ICOmIDDO

Constituents I

Senzene


Bromoform

Bromomethane

Chloroform

Chloroethane


Dichlorodif luoromethar16

1,1-Di chloroethane

1,2-Dichloroethane

trans-1,2-Dichloroeth^ne



Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1,1,1-Tri chloroethane

Trichloroethene

Trichlorof luoromethan^

Vinyl chloride

Xylenes

Total VOCs

ES |

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

I

PAL |

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

I

8/17/88

8.5

15

5.3 ; ;.;

J 28.8

9/15/88 |

1.3

14

12 :

1.3

3.7

0.7

0.78

| 33.78

1/11/91

2

1

I 3

ESPAL

Enforcement StandardPrever't've Action Limit

NANL


BlankShade


(3135P23S.T)

Table 4-6 Summary of Analytical Results for P23D, Refuse Hideaway Landfill (in Parts Per Billion) (Page 24 of 60)

eno

oDOOiODm3D3DO

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1,1 -Di chloroethane

1 ,2-Dichloroethane



1 , 2-D i ch 1 oropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

NL

850

5

100

7

5

1360

150

1

343

200

5

3490

0.2

620

PAL

0.067

36

0.44

NL

.6

80

15

NL

85

.05

20

.024

0.5

272

15

.1

68.6

40

.18

698

.0015

124

8/17/88 ] 9/15/88

.... ,1:0: :

1.9

1.6.'.. ;-:.2,3;.,: .

3.9

1/11/91

2

2

ESPAL


NANL


BlankShade


(3135P23D.T)

Table 4-6 Stranary of Analytical Results for P24D, Refuse Hideaway Landfill (in Parts Per Billion) (Page 25 of 60)

cn3

COm3)3DCD

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1 , 4 -D i ch I orobenzene



1,2-Dichloroethane




Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES | PAL

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

8/19/88

0

9/16/88

0

1/15/91

0

ESPAL


NANL


BlankShade


(3135P24D.T)

Table 4-6 Suimary of Analytical Results for P24E, Refuse Hideaway Landfill (in Parts Per Billion) (Page 26 of 60)

menB

oDO

COm3331CD

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane



1 , 1 -D i ch I oroethane

1 ,2-Dichloroethane



1,2-Dichloropropane

Ethylbenzene

Hethylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

HO

15

0.5

68.6

40

0.5

698

0.02

124

8/19/88 J 9/16/88 | 1/15/91

0

1.6

1.6 0

ESPAL


NANL


BlankShade


(3135P24E.T)

Table 4-6 Suimary of Analytical Results for P25S, Refuse Hideaway <'n Parts Per Billion) (Page 27 of 60)

CO3

COmIDDOO

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1 ,4-Dichtorobenzene



1 , 2-D i ch I oroethane

trans- 1 , 2-D i ch I oroethene



Ethyl benzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene

Tr ich 1 orof t uoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

349(>

0.2

620

PAL | 8/17/88

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

0

9/14/88

0

1/10/91

0

ESPAL


NANL

NotNot Listed

BlankShade


(3135P25S.T)

Table 4-6 Sumary of Analytical Results for P250, Refuse Hideaway Landfill (in Parts Per Billion) (Page 28 of 60)

CO3

o

COm3)3DO

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1 , 4-D i ch t orobenzene


1,1-Dichloroethane

1 ,2-Dichloroethane



1,2-Dichloropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1,1 ,1-Tri chloroethane

Trichloroethene

T rich I orof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

8/17/88

1.2

2.7

1.9

1.1

1.2

4

12.1

9/14/88

2.2

1.8

1.1

0.5

3.1

0.84 ;;

9.54

1/10/91

14

58

50

122

ESPAL =

(3135P25D.T)

= Enforcement StandardPreventive Action Limit NL

NA = Not Analyzed= Not Listed

Blank = Not DetectedShade = Detected compound exceeds ES

Table 4-6 Suimary of Analytical Results for P25BR, Refuse Hideaway Landfill (in Parts Per Billion) (Page 29 of 60)

I33|cb,mD3D

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1 , 1 -D i ch t oroethane

1, 2 -Di chloroethane



1 , 2 -D i ch 1 oropropane

Ethylbenzene

Hethylene chloride

Tetrachloroethene

Toluene

1, 1,1-Trich I oroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

8/17/88

3.3

3.3

9/14/88

2.6

2.2

1.1

1.4

0.64

4.2

0.62

:v: ::1;1 ;.>

13.86

1/10/91

0

ESPAL


NANL


BlankShade


(3135P25B.T)

Table 4-6 Surmary of Analytical Results for P26S, Refuse Hideaway Landfill (in Carts Per Billion) <Kage ot 6UJ

men

CO

DOCD

ES *PAL =J =

(3135P26S.T)

Enforcement StandardPreventive Action LimitEstimated value basedon validation results

Constituents

Jenzene


Bromoform

Bronxxnethane

Chloroform

Chloroethane

1,4-Dichlorobenzene

Dichlorodif I uoromethane

1 , 1-Oichloroethane

1 ,2-Dichloroethane



1,2-Dichloropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

9/26/88

1.9

0.6

1.4

..::,.,:..36. :,,,'.,

1.7

3.3

5.2

:.:'• '2.5 .-:::'

52.6

1/11/91

14

••".v-sa'66J

•Y::::Y:::Y:7YY,:.;:Y:

10

77

212

NANL

NotNot

AnalyzedListed

BlankShade


Table 4-6 Sunnary of Analytical Results for P260, Refuse Hideaway Landfill (in Parts Per Billion) (Page 31 of 60)

CO

o

COmIDDOCD

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1,1-Dichloroethane

1,2-Dichloroethane



1,2-Dichloropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1,1, 1 -Tri Chloroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES | PAL

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

8/15/88

2.5

1.4

3.2

1.3

-:,:::;,-:-46 ;V-:;:;

1.2

6.4

8.6

5.2

75.8

9/13/88

1.5

3.1

2.4

49

2.5

5.9

7.5

8.1

80

1/9/91

10

53

28

15

2

7

115

ESPAL


NANL


BlankShade


(3135P26D.T)

Table 46 Scmnai / 0|' Analytical Kesults for P27S, Refuse Hideauay Landfill (in Parts Per Billion) (Page 32 ot 60)

Constituents

Benzene


Bromoform

Bromometh&ne

Chloroform

Chloroethane


D i ch I orodi f luoromethane

1,1-Dichloroethane

1,2-Dichloroethane



1 , 1-Oichtoroethylene


Ethylbenzene

Methylene chloride

Tetrachtoroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL I 8/16/88

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

1.8

3.9

NA

12

2.7

4.4

110

4.7

19

9.3

4.1

171.9

9/14/88

0.55

4

NA

12

2.8

110

6.4

19

8.8

4.6

168.15

1/17/91

53

4

NA

1

3

v'.'3lH; l

1

5

12

37

230

6/26/91

150

5

NA

7

130 :

6

17

48

363

10/24/91 I 5/15/92

14

4

NA

2

•:.. 150: : ;:

4

21

30

225

11

3

9

2

; 120

4

16

19

184

10/6/92

18

1.5

7.1

130

3.3

15

174.9

5/17/93

7

3

64

1

8

3

86

10/21/93

4

1

50

6

1

62

ESPAL


NANL


BlankShade


(3135P27S.T)

Table 4-6 Sumary of Analytical Results for P27D, Refuse Hideaway Landfill (in Parts Per Billion) (Page 33 of 60)

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1 , 1 -0 i ch I oroethane


cis-1 , 2-Dichloroethene

trans-1, 2-Dichloroethene



Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1 , 1 , 1 - T r i ch I oroethane

Trichloroethene

Trichlorof tuoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

!'L

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

8/16/88 [ 9/14/88

0.51

NA

0.5

3.7

20

0.52

2.1

2.3

29.63

1

1.8

NA

4.2

0.52

1.4

56

3.2

7.7

8.6

9.6

94.02

1/17/91

93

11

NA

1

99J

6

•••;.•: ;-l:1 r:\v-.

221

6/26/91

260

4

NA

2

120

5

14

40

445

10/24/91

16

4

NA

150

4

.-I'-:. 21 '•'•'.;;•:.:33

228

5/15/92

16

4

NA

1

130

4

.•••.:::;17. -

21

193

10/6/92

20

1.7

7.1

54

3*

'•'• •-15, -.'••••

100.8

5/17/93

24

1

6

4

72

3

32

7

149

10/21/93

3J

4.9

910

2J

12J

3J

115.9

ESPAL =J =

(3135P27D.T)

Enforcement StandardPreventive Action LimitEstimated results basedon validation findings

NANLD

Not AnalyzedNot ListedSample results basedon diluted analysis

BlankShade

No* DetectedDetected compound exceeds ESRevised from 9 following validation

lame 4-6 Sunmary of Analytical Results for P28S, Refuse Hideaway Landfill (in Parts Per Billion) (Page 34 of 60)

CO

o

o31OICOm3)31

Const i tuents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane



1,1-Di chloroethane

1,2-Oichloroethane




Ethyl benzene

Methylene chloride

Tetrachloroethene

Toluene

1,1,1 -Tri chloroethane

Trichloroethene

T r i ch 1 orof I uoromet hane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

8/15/88

0

9/13/88

1.1

2.2

29

1.9

3.2

2.6

1.4

41.4

ESPAL


NANL


BlankShade


(3135P28S.T)


CO3

o3DOiCO

DOn

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1 , 4 -Dich lorobenzene


1,1-Dichloroethane

1 ,2-Dichloroethane

cis-1 , 2-Dichloroethene

trans-1 , 2-Dichloroethene



Ethyl benzene

Methylene chloride


Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

3/21/91

100

NA

2

4

106

6/26/91

74

NA

1

2

1

78

10/24/91

-

NA

1

1

5/15/92

5

NA

5

1V6/92

3

3

5/19/93

5

5

10/21/93 '

0

ESPAL


NANL


BlankShade


(3135P29S.T)

Table 4-6 Sinmary of Analytical Results for P30S, Refuse Hideaway Landfill (in Parts Per Billion) (Page 36 of 60)

to3

o3D

COm3)DDO

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1,1-Dichloroethane

1,2-Dichtoroethane




Ethylbenzene

Hethylene chloride

Tetrachloroethene

Toluene

1,1, 1 -Tri chloroethane

Trichtoroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/12/90

0

1/7/91

0

ESPAL


NANL

NotNot

AnalyzedListed

BlankShade


(3135P30S.T)

Table 4-6 Sunraary of Analytical Results for P30I, Refuse Hideaway Landfill (in Parts Per Billion!' (Page 37 of 60)

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene

D i ch 1 orod i f I uoromethane

1,1-Oichloroethane


cis-1 ,2-Oichloroethene




Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene

T r i ch I orof I uoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

11/19/90

NA

0

12/20/90

NA

I o

1/7/91 |

NA

0

6/28/91

NA

0

12/23/91

|JA

-

0

5/7/92 |

0.6

NA

1.1

I 1.7

3/20/92

0

12/22/92

0

5/14/93

I o

10/18/93

0

ESPAL


NANL


BlankShade


(3135P30I.T)

Table 6-6 Surma rv of Analytical Results for P300. Refuse Hideaway Landfill (in Parts Per Billion) (Page 38 of 60)

Constituents |

Benzene

Bromod i ch I oromethane

Bromoform

Bromomethane

Chloroform

Chloroethane









Ethyl benzene

Hethylene chloride

Tetrachloroethene

Toluene


Trichloroethene

T richlorof luoromethane

Vinyl chloride

Xylenes

Total VOCs

« I5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL |

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

I I

11/16/90 )

NA

I o

1 2/1 2/90 J

NA

1/7/91 n

NA

6/28/91 H

NA

I 0 | 0 | 0

1 2/23/91 J

NA

I o

5/7/92 |

NA

L °

1/11/93 ]

2

I '

5/13/93 H

1 o

10/21/93

I oESPAL


NANL


BlankShade


(3135P300.T)

Table 4-6 Suimary of Analytical Results for P31S, Refuse Hideauay Landfill (in Parts Per Billion) (Page 39 of 60)

coo

CO

o

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane


D i ch I orodi f I uoromethane


1,2-Dichloroethane





Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1,1,1-Trich loroethane

Trichloroethene


Vinyl chloride

Xylenes

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

Total VOCs |

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

11/16/90

NA

0

12/14/90

NA

0

1/10/91

NA

0

6/26/91

NA

0

11/14/91

NA

0

5/11/92

NA

1

1

10/5/92

0.7

0.7

10/22/93

0

ESPAL


NANL


BlankShade


(3135P31S.T)

4-6 of »nalytieal Pesults for P^1T», Pefuse Hideaway landfill fin Parts Pep Billion) fPage 40 of 60}

Constituents

Benzene


Bromoform

Bcomomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene



1,2-Di chloroethane



1, 1-Dichloroethylene


Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1,1, 1 -Tri chloroethane

Trichloroethene

Tri chlorof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

11/16/90

NA

9

2

I H

12/14/90

8

1

NA

12

21

1/10/91

8*

NA

11

2

21

6/26/91 | 11/14/91

•

28

1

NA

1

13

2

6

1

NA

2

1

51 ] 4

5/11/92

3

1

NA

13

2

3

4

26

10/5/92

4.9

10

15

3.6

33.5

5/14/93

3

1

10

15

3

3

35

10/22/93

3

1

13

4

21

ES =PAL =

(3135P31I.T)


NANL


BlankShade

Not DetectedDetected compound exceeds ESRevised from NO following validation

Table 4-6 Summary of Analytical Results for P31IB, Refuse Hideaway Landfill (in Parts Per Billion) (Page 41 of 60)

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane



1,1-Di chloroethane

1,2-Dichloroethane





Ethylbenzene

Methylene chloride


Toluene


Trich I oroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

' L

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

11/16/90

1

NA

,:?.:.. ,1.7. •-•.,':

3

4

25

12/14/90

11

NA

14 -

25

1/10/91

NA

'•.,'v-.11. ,,:

2

13

6/26/91

32

1

NA

2

:,.-.;'•. ;;; 13: .::.;.•';

2

7

57

11/14/91

1

NA

;,v,: :.i2, ::.-;:,

3

16

5/11/92

4

1

NA

10

2

4

5

26

10/5/92

5.3

10

•' ..': 16 ;,',;.0.8

3.1

35.2

5/14/93

2

1

14

'•l -iV.-'.,:

4

3

38

10/22/93

3

2

I*

4

23

ESPAL


NANL


BlankShade


(3135P31B.T)

Table 4-6 Sumsary of Analytical Results for P31D, Refuse Hideaaay Landfill (in Parts Per Billion)

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1 , 4-Dichlorobenzene



1 ,2-Dichloroethane

cis-1,2-0ichloroethene




Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1 ,1 ,1-T rich loroethane

Trichloroethene

Tr ich 1 orof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

11/16/90

NA

0

12/12/90 [ 1/10/91

NA NA

0 | 0

6/26/91

.-

NA

2

2

11/14/91

NA

0

5/11/92

NA

2

2

10/5/92

0.7

0.7

5/14/93

0

10/22/93

0

ESPAL


NANL


BlankShade


(3135P310.T)

Table 4-6 Smmary of Analytical Results for P32S, Refuse Hideaway Landfill (in Parts Per Billion) (Page 43 of 60)

CO3

COm3D3DO

Constituents

Benzene


Jrontoform

Bromomethane

Chloroform

Chloroethane


D i ch t orodi f 1 uoromethane

1,1-Dichloroethane

1 ,2-Dichloroethane


1 ,1-Dichloroethytene


Ethyl benzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/13/90 I 1/8/91

0

1

1

ESPAL


NANL

NotNot

AnalyzedListed

BlankShade


(3135P32S.T)

Table 4-6 Sunmary of Analytical Results for P32D, Refuse Hideaway Landfill (in Parts Per Billion) (Page -',4 of 60)

CO

o

COm3)DOCD

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1 , 4-D i ch t orobenzene

Dichlorodif 1 uoromethane

1,1-Dichloroethane

1,2-Dichloroethane





Ethylbenzene

Methylene chloride

Tetrachtoroethene

Toluene


Trichloroethene

T r i ch lorof luoromethane

Vinyl chloride

Xylenes

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

Total VOCs |

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/13/90

NA

0

1/10/91

NA

0

10/21/93

R

0

ESPALR =(3135P32D.T)

Enforcement StandardPreventive Action LimitUnuseable

NANL


BlankShade


Table 4-6 Sumary of Analytical Results for P33S, Kefuse Hideaway Landfill (in Parts Per Billion) (Page 45 of 60)

CO3

oDOoI

COm3DDOO

| Constituents | ES |

Benzene

B romodi ch I oromethane

Bromoform

Bromomethane

Chloroform

Chloroethane



1,1-Dichloroethane

1,2-Dichloroethane

t rans- 1 , 2-D i ch loroethene


1,2-Dichloropropane

Ethylbenzene

Hethylene chloride

Tetrach loroethene

Toluene

1 , 1 ,1-Tri Chloroethane

Trich loroethene


Vinyl chloride

Xylenes

Total VOCs

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

1Z/10/9(T]

1 o

1/7/91

1

4

5

7/1/91

I oESPAL


NANL


BlankShade


(3135P33S.T)

I able 4-6 Summary of Analytical Results for P330, Kefuse Hideaway Landfill (in Parts Per Billion) (Page 46 of 60)

cno

ICOmID3DO

Constituents

Benzene


4.4moform

Bromomethane

Chloroform

Chloroethane

1 , A - D i ch I orobenzene


1 ,1-Oi chloroethane

1 ,2-Oichloroethane




Ethylbenzene

Methylene chloride


Toluene


Trichloroethene

T rich 1 orof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/12/90

0

1/7/91

0

ESPAL


NANL

NotNot

AnalyzedListed

BlankShade


(3135P33D.T)

Table 4-6 Suimary of Analytical Results for P34S. Refuse Hideaway (in Parts Per Billion) (Page 47 of 60)

CO3

ICDmIDDDO

Constituents | ES

Benzene

Bromodichloromc'.' . -ie

Bromoform

Bromomethane

Chloroform

Chloroethane




1,2-Dichloroethane

cis-1, 2-Dichloroethene




Ethylbenzene

Hethylene chloride

Tetrachloroethene

Toluene


Trichtoroethene


Vinyl chloride

Xylenes

Total VOCs

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

1/15/91

NA

0

6/24/91

NA

0

10/24/91

NA

0

5/14/92

NA

0

10/6/92

0

5/13/93

0

10/21/93

0

ESPAL


HANL


BlankShade


(3135P34S.T)


en

o3DoI

COmIDDOO

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane



1,1-Dichloroethane



t rans - 1 , 2 -D i ch loroethene



Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trich loroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

1/10/91

NA

2

2

4

6/24/91

NA

0

10/24/91

NA

0

5/15/92

NA

0

10/6/92

4.4

1.9

12

18

4.3

40.6

5/18/93

0

10/21/93

0

ESPAL


NANL


BlankShade


(3135P34D.T)

Table 4-6 Surinary of Analytical Results for P35S, Refuse Hideaway Landfill (in Parts Per Billion) (Page 49 of 60)

COB

COm3)3D

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene

0 i ch lorodi f luoromethane

1,1-Dichloroethane

1, 2-0 i chloroethane




1 ,2-Dichloropcopane

Ethylbenzene

Methyl ene chloride


Toluene


Trichloroethene

Trich lorof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

1/17/91

NA

I o

6/25/91

NA

0

10/24/91

.-

NA

0

5/15/92

NA

0

10/6/92

0

5/13/93

0

10/21/93

0

ESPAL


NANL


BlankShade


(3135P35S.T)

iable 4-6 Sumnary of Analytical Results far R»fus° Mideaway landfill fin Parts Per Billion) (Page 50 of 60)

men3

o3DOiCO

O

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane


D i ch 1 orodi f I uoromethane

1,1-Dichloroethane

1 ,2-Dichloroethane



1 , 1 -D i ch loroethy t ene

1,2-Dichloropropane

Ethylbenzene

Hethylene chloride

Tetrachloroethene

Toluene


Trichloroethene

Trichlorofl uoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL | 1/17/91

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

NA

0

6/25/91 | 10/24/91

NA

0

.-

NA

0

5/15/92

NA

0

10/6/92 5/13/93

o I o

10/21/93

0

ESPAL


NANL


BlankShade


(3135P35D.T)

Table 4-6 Summary of Analytical Results for P36S. Refuse Hideaway Landfill (in Par*8 Pcr Billion) (Page 51 of 60)

too

COm3D3D

Constituents | ES

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene


1,1-Di chloroethane

1,2-Dichloroethane

trans-1,2-0ichloroethene



Ethyl benzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene

Tri chlorof luoromethane

Vinyl chloride

Xylenes

Total VOCs

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0-5

2f6

0,4*

ML

0-6

0° ,

15

200

05

0-5

?o0-7

0-5

140

15

(1.5

69-6

40

C>-5

,?98

0-02

124

12/11/90

0

1/8/91

0

ESPAL


NANL


BlankShade


(3135P36S.T)

Table 4-6 Summary of Analytical Results for P36D, Refuse Hideaway Landfill (in Parts Per Billion) (Page 52 of 60)

coo

3DOiCOm3)3Dn

| Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chtoroethane

1,4-Dichlorobenzene


1,1-Oichloroethane

1 ,2-Oichloroethane



1 , 2-D i ch loropropane

Ethyl benzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/11/90

0

1/8/91

1

1

ESPAL


NANL

NotNot

AnalyzedListed

BlankShade


(3135P360.T)

Table 4-6 Sumnary of Analytical Results for P38S, Refuse Hideaway Landfill (in Parts Per Billion) I Page of 60;

CO3

33OiCOm3)33O

Constituents

Senzene


Bromoform

Bromontethane

Chloroform

Chloroethane


D i ch lorodi f I uoromethane

1,1-Dichloroethane

1,2-Di chloroethane



1,2-Dichloropropane

Ethylbenzene

Methylene chloride


Toluene


Trich I oroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/13/90

I o

1/10/91

0

ESPAL


NANL

NotNot

AnalyzedListed

BlankShade


(3135P38S.T)


WCO3

DOOiCOm3)3DO

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1 ,4-Oichlorobenzene






1 , 2 • D i ch 1 oropropane

Ethyl benzene

Hethylene chloride

Tetrachloroethene

Toluene

1 , 1,1-T rich I oroethane

Trichloroethene

T r i ch i orof i. uoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/11/90

0

1/7/91

0

ESPAL


NANL

NotNot

AnalyzedListed

BlankShade


(3135P39S.T)

Table 4-6 Suimary of Analytical Results for P40S. Refuse Hideaway Landfill (in Parts Per Billion) (Page 55 of 60)

CO

o

CO

ESPAL


Const i tuents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane



1,1-Di chloroethane

1,2-Dichloroethane


1 , 1 -D i ch t oroethylene

1,2-Dichloropropane

Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/17/90

0

1/9/91

0

HAML

NotNot

AnalyzedListed

BlankShade


(3135P40S.T)

Table 46 Sunnary of Analytical Results for P40I, Refuse Hideaway Landfill (in Parts Per Billion) (.rage 56 of ouj

mCO

COm3)3Dn

Constituents

Benzene


Bromoform

Bromotnethane

Chloroform

Chloroethane

1,4-Dichlorobenzene



1 , 2-0 i chloroethane


trans-1, 2-Dichloroethene



Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene

1 ,1, 1-Trichloroethane

Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/17/90

1

NA

10

2

13

1/10/91

7

5

1

HA

;12:: . ?

2

27

6/26/91

35

1

NA

6

t:":;...13'v ••'•:

1

2

8

66

12/23/91

1

1

NA

3

4

5

1

2

4

2

23

5/7/92

3

2

12

14

4

4

39

10/7/92

4.3

11

15

3,1

33.4

5/14/93

2

11

16

3

3

35

10/21/93

4.9

10

2

2

18.9

ESPAL


NANL


BlankShade


(3135P40I.T)


enB

DOOiCO

3DO

Constituents

Benzene

Bronodi ch loromethane

Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Oichlorobenzene


1, 1-Dichloroethane

1,2-Dichloroethane





Ethylbenzene

Methylene chloride


Toluene


Trich I oroethene

Tricht orof luoromethane

Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/17/90

NA

0

1/7/91

NA

0

6/26/91

NA

0

12/23/91

NA

3

3

3

5/7/92

NA

9 | 0

10/6/92

0

5/14/93

0

10/21/93

0

ESPAL


NANL


BlankShade

Not Det' • !Detected compound exceeds ES

(3135P40D.T)

Table 4-6 Summary of Analytical Results for P41S. Refuse Hideaway Landfill (in Parts Per Billion) (Page 58 of 60)

ego

ICOm

O

Constituents

Benzene

Bromod i ch I oromethane

Bromoform

Bromomethane

Chloroform

Chloroethane



1,1-Di Chloroethane

1 ,2-Dichloroethane



1,2-Dichloropropane

Ethylbenzene

Hethylene chloride

Tetrachloroethene

Toluene

1,1 ,1-Tri Chloroethane

Trichloroethene

T r i ch 1 orof I uoromet hane

Vinyl chloride

Xylenes

Total VOCs

ES | PAL

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/14/90

0

1/7/91

0

ESPAL


NANL


BlankShade


(3135P41S.T)

Table 4-6 Summary of Analytical Results for PAID, Refuse Hidcauay Landfill (in Parts Per Billion) (Page 59 of 60)

Constituents

Benzene


Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene

Dichlorodifluoromethane

1,1-Dichloroethane

1,2-Dichloroethane





Ethylbenzene

Methylene chloride

Tetrachloroethene

Toluene


Trichloroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

70

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

7

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

11/30/90

NA

12/17/90

NA

I | 0 | 0

1/9/91

NA

2

2

7/1/91

NA

11/13/91

NA

0 | 0

5/11/92 | 10/7/92

NA

0.8

0.8 0

5/21/93

0

10/22/93

0

mto3

oDOCDiCOm3DDOO

ESPAL


NANL


BlankShade

Not DetectedDetected compound exceed?

(3135P41D.T)

Table 4-6 Suimary of Analytical Results for P42S, Refuse Hideauay Landfill (in Parts Per Billion) (Page 60 of 60)

tn

COmID

ESPAL


Constituents

3enzene

B romod i ch 1 oromethane

Bromoform

Bromomethane

Chloroform

Chloroethane

1,4-Dichlorobenzene



1 ,2-Dichloroethane

t rans- 1 , 2-D i ch loroethene



Ethylbenzene

Hethylene chloride

Tetrach loroethene

Toluene

1, 1,1-Tri chloroethane

Trich loroethene


Vinyl chloride

Xylenes

Total VOCs

ES

5

179

4.4

NL

6

400

75

1000

850

5

100

7

5

700

150

5

343

200

5

3490

0.2

620

PAL

0.5

36

0.44

NL

0.6

80

15

200

85

0.5

20

0.7

0.5

140

15

0.5

68.6

40

0.5

698

0.02

124

12/17/90

0

1/9/91

0

NANL

NotNot

AnalyzedListed

BlankShade


(3135P42S.T)

Table 4-7. Chemicals Detected in Private Wells, Refuse Hideaway Landfill

cnB

3JOiCO

Compounds

ChloroethaneDichlorodifluoromethane

1,1-Dichloroethane

1 ,2-Dichloroethane

cis- 1 ,2-Dichloroethene

trans-l,2-Dichloroethene

1 ,2-DichIoropropane

Tetrachloroethene

Toluene

1 ,1 ,1 -Trichloroethane


TrichloroetheneTrichlorofluoromethane

Vinyl Chloride

Schultz Well

RMT1/21/89

3.2

NA

6.3

NA

NA

28

NA

24

ND

ND

1.5

8

0.64

3.6

RMT2/29/88

ND

NA

6.2

NA

NA

46

NA

27

ND

ND

ND

8

0.76

6

RMT/DNR2/29/88

ND

NA

6.3

NA

NA

47

NA

28

ND

1.2

0.5

7.7

0.856.1

DNR3/14/88

ND

NA

3

NA

13

ND

NA

27

ND

1.2

ND

4.6

11

ND

DNR3/16/88

ND

NA

6.9

NA

32

ND

NA

26

ND

1.8ND

8.9

11

ND

DNR8/5/88

ND

NA

5.4

NA

33

ND

NA

21

ND

2.3

ND

8.7

20

ND

Wanyn10/89

ND

17.17

2.91

< 0.500

19.6

ND

0.941

10.3

< 0.500

0.513

NA

5.78

0.957ND

Warzyn1/90

(19.0)

9.80

3.30

< 0.500

27.3

ND

1.34

17.5

ND

0.739

NA

8.03

1.23

(0.842)

CD

313S-T.4-7 Page 1 of 3

Table 4-7. Chemicals Detected in Private Wells, Refuse Hideaway Landfill (Cont'd.)

I/ACO3

Compounds

ChloroethaneDichlorodifluoromethane1 , 1 -Dichloroethanecis-1 ,2-Dichloroethenetrans-1 ,2-Dichloroethene1 ,2-DichloropropaneMethylene ChlorideNaphthaleneTetrachloroetheneToluene1,1,1 -TrichloroethaneTrichloroetheneTrichlorofluoromethaneVinyl Chloride

Stoppleworth Well

DNR2/29/88

NDNA2.1NA21

NANANA31.0ND1.13.60.955.5

DNR3/14/88

NDNA4.930

NDNANANA24

ND1.28.2141.5

DNR3/16/88

NDNA313

NDNANANA28

ND1.44.89.6ND

DNR8/5/88

NDNA3.212

NDNANANA22

ND2.24.616.8ND

Warzyn10/89

ND7.322.568.82ND

< 0.5000.8880.56214.1

< 0.5000.6192.041.14ND

Warzyn1/90

(19.5)9.732.438.03ND

< 0.50017.4NDNDND

0.7652.781.23

(0.507)

Hellenbrand8/93

NDND1.46.6ND

< 0.500NAND15

NDND2.2NDND

o31

COm3)3DO

3135-T.4-7 Page 2 of 3

Table 4-7. Chemicals Detected in Private Wells, Refuse Hideaway Landfill (Cont'd.)

Compounds


TetrachloroetheneToluene

Trichloroethene

Trichlorofluoromethane

Swanson Well

DNR3/16/88

1.5

2.9

ND

1

ND

DNR3/22/88

1.5

2.8

ND

ND

1.1

DNR8/5/88

1.4

3.5

ND

1.2

2.3

Warzyn10/89

ND

0.613< 0.500

NA

NA

CO3

CO3DDOD

Notes: NA = Not analyzedND = Not detected( ) = Sample contains a compound that elutes UPC the gas chromatograph earlier/later than the indicated compound.

The result is calculated against the internal standard response.< 0.500 = Indicates the compound was detected below the quantitation limit.All concentrations in pg/&.1988 data from "Remedial Action Report" (RMT, 1988b).1989 and 1990 data from "Sampling and Analysis of Residential Wells, Interim Remedial Measures" (Warzyn, 1990tO-

Page 1 of 3

TABLE 4-8. P30 VERTICAL PROFILING SAMPLE RESULTS

mCO

SAMPLE DEPTH (FEET)DATE COLLECTED

Parameter

Benzene

DichIorodifIuoromethane

1 f 1-Di chloroethane

Methylene Chloride

Tetrachloroethene

Toluene

Trichloroethene

TrichlorofIuoromethane

Xylenes

73-769/25/90

273-29610/25/90

Completed WellVerification HoundP30I P30D

128.5-138.5 275.5-285.511/19/90 11/16/90

<\ <\

•0

ss

o3D

Units in Parts Per BillionDUPE = DuplicateMS * Matrix SpikeMSD * Matrix Spike DuplicateDetected compounds are shaded

COm3135-4-8.PG1

TABLE 4-8. P?1 VERTICAL PROFILING SAMPLE RESULTS

Completed Well Verification Round231-240 P31S P31IA

SAMPLE DESCRIPTION (FEET) 28 48 63 231-240 DUPE 7.6-22.6 80-90DATE COLLECTED 8/21/90 8/22/90 8/22/90 9/10/90 9/10/90 11/16/90 11/16/90

Parameter

Benzene

DichlorodiflMoromethane <1 <1 <1 <1 <1 <1 <1 <1

1,1-DichloroPthane <1 <1 <1 <1 <1 <1 <1 ||

00 Methylene Chloride <1 <1 <1 <1 <1 <1 <1 <1

ff\ Tetrachtoroethene <1 <1 <1 <1 <1 <1 m II

5 Toluene <1 <1 ^ 1 i <1 <1 <1

O Trichloroethene <1 <1 <1 <1 <1 <1 1? l|HJ__ Trjchloroflu°romethane <1 <1 <1 <1 *' <1 <1 11

^% Xylenes *' "•' *' * *' *^O33O' Units in Parts Per Billion

CO DUPE = Duplicate^1 Detected compounds are shaded3)33O

1" '.-8.PG2


SAMPLE DESCRIPTION (FEET)DATE COLLECTED

339/06/90

82.59/24/90

1019/24/90

1379/26/90

160-17310/01/90

Parameter

Benzene

DichlorodifIuoromethane

,1-Dichloroethane

Methylene Chloride

letrachloroethene

' oluene

"richloroethene


Xylenes

Units in Parts Per Billion.Detected compounds are shaded.

3135-4-8.PG3



SAMPLE DEPTH (FEET) 41 48 58 68 80 93 103DATE COLLECTED 8/10/90 8/10/90 8/13/90 8/14/90 8/14/90 8/15/90 8/16/90

Parameter

Benzene <1 <1 <1 <1 <1 <1 <1

Dichlorodif luoromethane <1 <1 <1 <1 <1 <1 <1

1,1-Dichloroethane <1 <1 <1 <1 <1 <1 <1

Methylene Chloride <1 <1 <1 <1 <1 <1 <1

Tetrachloroethene <1 <1 <1 <1 <1 <1 <1

••• Toluene <1 <1 <1 <1 <1 <1 <1

••• Trichloroethene <1 <1 <1 <1 <1 <1 <1

Jjj| Trichlorof luoromethane <1 <1 <1 <1 <1 <1 <•)

Xylenes <1 <1 <1 <1 <1 <1 <i

CO

3DO

Units in Parts Per Billion.

3135-4-8.PG4


250-270SAMPLE DESCRIPTION (FEET) 166.6-190.7 190-210 210.6-230.3 230-250 250-270 DUPEDATE COLLECTED 9/07/90 9/11/90 9/11/90 9/12/90 9/12/90 9/12/90

Parameter

Benzene <1 <1 <1 <1 <1

Dichlorodifluoromethane <1 <1 <1 <1 <1

",1-Dichloroethane <1 <1 <1 <1 <1

Methylene Chloride <1 <1 <1 <1 <1

1 etrachtoroethene <1 <1 <1 <1 <1

Toluene <1 i*3 W? ;S;t 8;|

1 richloroethene <1 <1 <1 <1 <1

Trichlorofluoromethane <1 <1 <1 <1 <1

Xylenes <1 <1 <1 <1 <1

Units in Parts Per Billion.DUPE = DuplicateDetected compounds are shaded.

3155-4-8.PG5




144.9-162.68/14/90

206.1-216.95

8/21/90

206.1-216.95

DUPE8/21/93

CO3

Parameter

Benzene

Dichlorodiftuoromethane

1,1-0 ichloroethane

Methylene Chloride

Tet rachIoroethene

Toluene

Trichloroethene


Xylenes

11 II

OI

CO

3)CD

Units in Parts Per Billion.Detected compounds are shaded.

3135-4-8.PG6

TABLE 4-8. PS6 VERTICAL PROFILING SAMPLE RESULTS


33 73 88-94-59/05/90 9/28/90 10/09/90

88-94.5 88-94.5 88-94.5 132-147DUPE MS MSO 100-113 125-135 132-147 DUPE

10/09/90 10/09/90 10/09/90 10/12/90 10/16/90 10/19/90 10/19/90

132-147MSO 203-206

10/19/90 10/26/90

203-206 222-242DUPE 222-242 DUPE

10/26/90 10/31/90 10/31/90

mCO

Parameter

Benzene

D f chlorodlfluoromethane

1,1-Dichloroethane

Methylene Chloride

Tetrachloroethene

Toluene

Trichloroethene


Xylenes

2

•O

1

a3D

Units in Parts Per Billion.DUPE > DuplicateMS « Matrix SpikeMSO » Matrix Spike Dupl'cateDetected compounds are

CO

o3135-4-8.PG7



67-77 90-103 90-103 190-203 240-253 290-30367-77 DUPE 90-103 MS MSD 140-153 190-203 DUPE 240-253 DUPE 29Q-303 DUPE

11/01/90 11/01/90 11/02/90 11/02/90 11/02/90 11/02/90 11/05/90 11/05/90 11/06/90 11/06/90 11/07/90 11/07/90

Cft3

Parameter

Benzene

D i chIorodi fIuoromethane

1,1-Dichloroethane

Methylene Chloride

Tetrachloroethene

Toluene

Trichloroethene


Xylenes

II

II

1;

mm

mm

II

m

mII

II

m

Iiif

n 1

O3DOiCftm333DO

Units in Parts Per Billion.DUPE = DuplicateMS = Matrix SpikeMSD = Matric Spike DupeDetected compounds are shaded.

3135-4-8.PG8

TABLE 4-8. P41 AND P42 VERTICAL PROFILING SAMPLE RESULTS

WELL NUMBERSAMPLE DESCRIPTION (FEET)

DATE COLLECTED

P4150-55

P41100

P4250-55

Parameter

Benzene

Dichlorodifluoromethane

1,1-Dichloroethane

Methylene Chloride

Tttrachloroethene

Toluene

Tr ichloroethene

Tr ichlorofluoromethane

Xylenes

Units in Parts Per Billion.DUPE = Duplicate

3135-4-8.PG9


TABLE 4-9. QUALITY CONTROL-RELATED SAMPLING RESULTS

CITY OFSAMPLE DESCRIPTION QUICK FOAM1 MIDDLETON2 TAPE3DATE COLLECTED 8/03/90 8/10/90 9/24/90

Parameter

Benzene <1 <1 <1

Dichlorodifluoromethane <1 <10 <10

1,1-Dichloroethane <1 <10 <10

Methylene Chloride || <10 <10

TetrachIoroethene <1 <10 <10

Toluene <1 <1 ||1j

Trichloroethene <1 <10 <10

Trichlorofluoromethane <1 <10 <10

Xylenes <1 <1 If?

Units in Parts Per Billion.

Notes: 1 Foening agent used as a drilling fluid additive for bedrock drilling in the unsaturated zone.2 Water source for drilling fluid and decontamination.3 Results from analysis of distilled water into which electrical tape had been placed.

3135-T.4-9

HEI Simon HYDRO-SERRCH

Table 4-10. Summary of 1991 Indicator Parameter Analytical Results for Refuse Hideaway Landfill

Constituents

Units: mg/l

Iron, DissolvedAlkalinity, as CaCO,COOChlorideHardness, Total as CaC07

Constituents

Units: mg/l

Iron, DissolvedAlkalinity, as CaCO,CODChlorideHardness, Total as CaC07

Constituents

Units: mg/l

Iron, DissolvedAlkalinity, as CaCO,COOChlorideHardness, Total as CaCO-,

PALmg/l(ppm)

0.15100***25***125100***

PALmg/l(ppm)

0.15100***25***125100***

PALmg/l(ppm)

0.15100***25***125100

P-20SR

12/11/90

<0.02320*<32.0

295

P-32S

12/13/90

<0.02320**<377356

P-360

12/11/90

5.42340131.7

305

P-29S

3/21/91

0.0742045.5

275!

P-32D

12/12/90

3.05370*<39

395

P-38S

12/13/90

<0.02400*712470

P-30S

12/12/90

<0.02710*713460

P-33S

12/10/90

0.15390*1311450

P-39S

12/11/90

<0.023207.8<3370

P-30I

12/12/90

<0.02278**<38.2

320

P-33D

12/12/90

3.17405*410390

P-40S

12/17/90

<0.02560*214.1

775

P-30D

12/12/90

<0.02271**3.3<3285

P-34S

1/15/91

<0.02300*61.7

340==========

P-40I

12/17/90

<0.02320*210300

P-31S

12/14/90

<0.02212**43

185

P-340

1/10/91

<0.02310**<21.7

340

P-40D

12/17/90

<0.02325*<22.0

295

P-31IA

12/14/90

<0.02330**<312

345

P-35S

1/17/91

<0.02505**81.2

455=========s

P-41S

12/14/90

<0.021010*94.3

1220

P-31IB

12/14/90

<0.02340*415360

P-35D

1/17/91

<0.02310**93.1

230

P-41D

12/13/90

<0.02294**<310345

P-31D

12/12/90

<0.02274**71.7

295=======

P-36S

12/11/90

0.21375*223.3

430===:

P-42S

12/17/90

<0.02520*9

430495

CO3

COm3D3DO

Notes: PAL***

Preventative Action LimitTitrated to pH 4.3Titrated to pH 4.6The preventatfve action limitbackground water quality plus

shall be the background water quality for that parameter plus three standard deviations or thethe increase of that parameter listed in the table, whichever is greater.

3135-T4.10

Table 4-11. 1993 Inorganic Sampling Results (Page 1 of 7)

Parameter

Aluminum

Antimony

Arsenic

Barium

Beryllium

Cadmium

Calcium

Chromium

Cobalt

Copper

Iron

Lead

Magnesium

Manganese

Mercury

Nickel

Potassium

Selenium

Silver

Sodium

Thallium

Vanadium

Zinc

Cyanide

WDNR NR140

ES

ML

NL

0.05

2.0

NL

0.005

NL

0.1

NL

1.3

0.3

0.015

NL

0.05

0.002

NL

NL

0.05

0.05

NL

NL

NL

5.0

0.2

PAL

NL

NL

0.005

0.4

NL

0.0005*

0.01

NL

0.13

0.15

0.0015*

0.025

0.0002

NL

*

0.01

0.01*

NL

NL

2.5

0.04

P-17S

5/93

0.121

186

111

114

111

0.964

3.32

0.005B

0.0022B

J

10/93

0.0032BU

0.125

182

III

0.0037

112

0.686B

3.49J

J

P-20SR

5/93

0.0345B

0.0031BU

0.0212

66.4

0.0132B

43.2

0.004B

0.679B

2.49

0.0026B

J

10/93

0.0118U

0.0214

67.6

0.002 IB

0.0287BU

43.8

0.0042BU

0.832

2.23JU

J

P-21S

5/93

0.0416B

0.0048BU

0.18

154

ill

82.6

lii

0.002B

6.19

0.0041B

J

10/93

0.0126U

0.0046

0.187

148

IM

76

lii

6.23

0.0052B

J

JNotes: B = Analyte detected below the contract required detection limit (CRDL) but above the instrumen

detection limit (IDL)J = Value estimated based on data validation assessmentU = Analyte not detectedES = Enforcement StandardPAL = Preventative Action LimitNL = Not Listed* = Can be calculated with adequate dataBlank = Not detectedBold = Denotes validation review resultsAll units in parts per million (ppm)



Parameter

Aluminum

Antimony

Arsenic

Barium

Beryllium

Cadmium

Calcium

Chromium

Cobalt

Copper

Iron

Lead

Magnesium

Manganese

Mercury

Nickel

Potassium

Selenium

Silver

Sodium

Thallium

Vanadium

Zinc

Cyanide

WDNR NR140

ES

NL

NL

0.05

2.0

NL

0.005

NL

0.1

NL

1.3

0.5

0.015

NL

0.05

0.002

NL

NL

0.05

0.05

NL

NL

NL

5.0

0.2

PAL

NL

NL

0.005

0.4

NL

0.0005*

0.01

NL

0.13

0.15

0.0015*

0.025

0.0002

NL

*

0.01

0.01*

NL

NL

2.5

0.04

P-21D

5/93

0.0038BU

0.0917

154

0.003B

0.0549B

0.0014B

70.4

$13$

0.0186B

1.45

7.38

0.0046B

0.0074B

J

10/93

0.0111U

0.085

151

0.0029B

0.0997BJU

66

ill

0.0152B

0.969

6.73

0.0045B

J

J

P-22S

5/93

0.0419B

0.0035BU

0.0333

J

75.5

0.0193B

42.1

0.0041B

0.952

4.24

0.0049B

J

10/93

0.004BU

0.0287

74.8

0.0254BJU

41.7

0.0058BU

0.431 B

4.34

0.003B

J

J

P-22D

5/93

0.0374B

0.0033BU

0.0269

73.1

0.0165B

39.8

0.0107

0.806

3.53

0.0025B

J

10/93

0.0071U

0.0285

81.1

0.0024B

0.0293BJ

43.5

0.013

0.907

5.03

0.0031B

0.0053BJ



3135-t4.11

N8I Simon HYDRO-SERRCH


Parameter

Aluminum

Antimony

Arsenic

Barium

Beryllium

Cadmium

Calcium

Chromium

Cobalt

Copper

Iron

Lead

Magnesium

Manganese

Mercury

Nickel

Potassium

Selenium

Silver

Sodium

Thallium

Vanadium

Zinc

Cyanic;

WDNR NR140

ES

NL

NL

0.05

2.0

NL

0.005

NL

0.1

NL

1.3

0.3

0.015

NL

0.05

0.002

NL

NL

0.05

0.05

NL

NL

NL

5.0

0.2

PAL

NL

NL

0.005

0.4

NL

0.0005*

0.01

NL

0.13

0.15

0.0015*

0.025

0.0002

NL

*

0.01

0.01

*

NL

NL

2.5

0.04

P-26S

5/93

0.0348B

0.0052U

0.0441

121

0.0296B

64.8

0.009B

0.901

3.86

0.0859

J

10/93

0.0124U

0.0436

120

0.0313B

64

0.0135

0.0154B

0.772

3.6J

0.0579

J

P-26D

5/93

0.0412B

0.0049BU

0.00065B

93.3

0.0206B

52.6

0.0199

0.0315

1.12

3.33

0.14

J

10/93

0.0161U

0.0287

87

0.0031 B

0.0293BJ

0.0042

47.6

0.0165

0.0175B

0.437B

2.82

0.0648J

J

P-27S

5/93

0.0863B

0.0027BU

0.041

156

0.0356B

79.2

0.007B

1.04

3.23

0.0044B

0.0103B

J

10/93

0.0045BU

0.0399

147

0.0376B

0.0028

73.7

0.0074BU

0.691B

2.93J

0.0129B


detection limit (IDL)Tl = "Va'lue estimated "based on data validation assessmentU = Analyte not detectedES = Enforcement StandardPAL = Preventative Action LimitNL = Not Listed* = Can be calculated with adequate dataBlank = Not detectedBold = Denotes validation review resultsAll units in parts per million (ppm)

3135-t4.11 m simon HYDRO-SERRCH


Parameter

Aluminum

Antimony

Arsenic

Barium

Beryllium

Cadmium

Calcium

Chromium

Cobalt

Copper

Iron

Lead

Magnesium

Manganese

Mercury

Nickel

Potassium

Selenium

Silver

Sodium

Thallium

Vanadium

Zinc

Cyanide

WDNR NR140

ES

NL

NL

0.05

2.0

NL

0.005

NL

0.1

NL

1.3

0.3

0.015

NL

0.05

0.002

NL

NL

0.05

0.05

NL

NL

NL

5.0

0.2

PAL

NL

NL

0.005

0.4

NL

0.0005*

0.01

NL

0.13

0.15

0.0015*

0.02

0.0002

NL

*

0.01

0.01*

NL

NL

2.5

0.04

P-27D

5/93

0.144

0.0053U

0.0388

152

0.0368B

82.2

WM

1.0

i

3.34

0.0127B

J

10/93

0.0027BU

0.0338

131

0.0346B

0.0026

70.8

0.0148

0.807

438J

0.0032B

0.0331

J

P-29S

5/93

0.0022BU

0.0407

73.6

0.015B

40.8

0.0044B

0.5 14B

5.59

0.0069B

J

10/93

0.042B

0.0053U

0.0379

75

0.0261BJU

40.4

0.0058B

0.538B

5.68

0.0039B

J

J

P-30I

5/93

0.0791B

0.0083

0.0288

69.8

0.0348B

37.3

0.0045B

1.41

431

10/93

0.0036BU

0.0306

68.5

0.0033B

0.0195BU

36.7

0.0032BU

0.898

3.67J

s

JNotes: B = Analyte detected below the contract required detection


limit (CRDL) but above the instrument

3135-14.11



Parameter

Aluminum

Antimony

Arsenic

Barium

Beryllium

Cadmium

Calcium

Chromium

Cobalt

Copper

Iron

Lead

Magnesium

Manganese

Mercury

Nickel

Potassium

Selenium

Silver

Sodium

Thallium

Vanadium

Zinc

Cyanide

WDNR NR140

ES

NL

NL

0.05

2.0

NL

0.005

NL

0.1

NL

1.3

0.3

0.015

NL

0.05

0.002

NL

NL

0.05

0.05

NL

NL

NL

5.0

0.2

PAL

NL

NL

0.005

0.4

NL

0.0005

*

0.01

NL

0.13

0.15

0.0015*

0.025

0.0002

NL

*

0.01

0.01*

NL

NL

2.5

0.04

P-31IA

5/93

0.0947B

0.004B

0.0413

81.6

0.0379B

45.9

0.0044B

0.978

10.3

10/93

0.0695BU

0.0028BU

0.0429

81.8

0.0021B

0.0303B

43.8

0.005BU

1.22

11.7J

J

P-31IB

5/93

0.107

0.0444

86.1

0.0355B

47.6

0.0057B

1.03

15.5

10/93

0.0857BU

0.0037BU

0.0449

84.8

0.0024B

0.0336B

45.2

0.0058BU

1.15

11.9J

JNotes: B = Analyte detected below the contract required detection limit (CRD

P-31D

5/93

0.080B

0.0059

0.0288

62.6

0.0298B

33.9

0.0042B

0.541B

3.59

10/93

0.0743BL

0.0318

63.5

0.0031B

0.0301B

32.4

0.0049BU

0.733B

4.0J

J) but above the instrument


3135-t4.11



Parameter

Aluminum

Antimony

Arsenic

Barium

Beryllium

Cadmium

Calcium

Chromium

Cobalt

Copper

Iron

Lead

Magnesium

Manganese

Mercury

Nickel

Potassium

Selenium

Silver

Sodium

Thallium

Vanadium

Zinc

Cyanide

WDNR NR140

ES

NL

NL

0.05

2.0

NL

0.005

NL

0.1

NL

1.3

0.3

0.015

NL

0.05

0.002

NL

NL

0.05

0.05

NL

NL

NL

5.0

0.2

PAL

NL

NL

0.005

0.4

NL

0.0005*

0.01

NL

0.13

0.15

0.0015*

0.025

0.0002

NL

*

0.01

0.01

*

NL

NL

2.5

0.04

P-34D

5/93

0.0536B

0.0029BU

0.0022

0.0228

68

0.0071B

0.022B

38

0.0045B

1.64

2.93

J

0.0059B

0.0511

J

10/93

0.467BU

0.0048BU

0.0214

66.8

0.0045B

0.0198BU

37.8

0.0032BU

0.868

2.81J

J

P-40I

5/93

0.0704B

0.0094

0.0327

82

0.0313B

47

0.0043B

7.7

10/93

0.0037BU

0.0327

78.5

0.0196BU

45.3

0.0044BU

0.787

6.05J

J

P-41D

5/93

0.086B

0.0152

0.0358

72.5

0.0088B

0.0325B

39.3

0.0075B

0.674B

4.91

10/93

0.062BU

0.0052U

0.0385

77.1

0.0048B

0.0099B

0.0323B

39.6

0.0087BU

1.06

6.02J

0.0078B


detection limit (IDL)J = Value estimated based on data validation assessmentU = Analyte not detectedES = Enforcement StandardPAL = Preventative Action LimitNL = Not Listed* = Can be calculated with adequate dataBlank = Not detectedBold = Denotes validation review resultsAll units in parts per mill ion (ppm)

3135-t4.11



Notes: B

JUESPALNL*

BlankBold

Parameter

Aluminum

Antimony

Arsenic

Barium

Beryllium

Cadmium

Calcium

Chromium

Cobalt

Copper

Iron

Lead

Magnesium

Manganese

Mercury

Nickel

Potassium

Selenium

Silver

Sodium

Thallium

Vanadium

Zinc

Cyanide

WDNR NR140

ES

NL

NL

0.05

2.0

NL

0.005

NL

0.1

NL

1.3

0.3

0.015

NL

0.05

0.002

NL

NL

0.05

0.05

NL

NL

NL

5.0

0.2

PAL

NL

NL

0.005

0.4

NL

0.0005*

0.01

NL

0.13

0.15

0.0015*

0.025

0.0002

NL

*

0.01

0.01

*

NL

NL

2.5

0.04

PAUZE

5/93

0.15

0.0043BU

0.0419

89.5

0.0034B

0.013

0.0194B

48.2

0.0061B

1.76

7.13

0.0054B

0.728

J

10/93

0.0379

89.2

0.068

Mm

48.0

0.0122

0.807

5.55

0.588J

J

STOPPLEWORTH

5/93

0.0032BU

0.0475

77.4

0.0073B

0.0693 B

41.2

0.031

1.73

3.39

0.0049B

0.281

J

10/93

0.0537BU

0.0455

75.9

0.0212

0.0025

39.7

0.0364

0.767

3.15

0.407J

Aiiaiyte detected below the contract required detection limit (CRDL) but above the instrumentdetection limit (IDL)Value estimated based on data validation assessmentAnalyte not detectedEnforcement StandardPreventative Action LimitNot ListedCan be calculated with adequate dataNot detectedDenotes validation review results

All units in parts per million (ppm)

3135-t4.11HSI Simon HYDRO-SERRCH

Table 4-12. Semi-Volatile Ground-Water Sampling Results - 1993 (Page 1 of 6)

Compound

Phenol

bis(2-Chloro-ethyl) Ether

2- Chloro-phenol

1,3-Dichloro-benzene



2-MethyI-phenol

2,2'-oxybis-(1-Chloro-propane)

4-Melhyl-phenol

N-Nitroso-di-n-Propyl-amine

DL

5

5

5

5

5

5

5

5

5

5

P-17S

M

R

O

R

P-20SR

M

R

O

R

P-21D

M

R

O

R

P-21S

M

R

O

R

P-22D

M

R

O

P-22S

M

R

O

R

P-26D

M

R

O

R

P-26S

M

R

O

R

P-27D

M

R

O

R

P-27S

M

R

0

R

P-29S

M

R

0

R

P-30I

M

R

O

R

P-31D

M

R

O

R

P-31IA

M

R

O

R

P-31IB

M

R

0

R

P-34D

M

R

O

R

P-40I

M

R

O

R

P-41D

M

R

O

R

Schultz

M

R

0

R

Stopple worth

M O

R

ICOm

CD

CD

O:rOO301D


Compound

Hexachloro-e thane

Nitro-benzene

Isophorone

2-Nitro-phenol

2,4-Dimethyl-phenol

2,4-Dichloro-phenol

1,2,4-Trichloro-benzene

Naphthalene

4-Chloro-aniline

Hexachloro-butadiene

bis(2-Chloro-ethoxy)methane

DL

5

5

5

5

5

5

5

5

5

5

5

P-17S

M

R

0

J

R

P-20SR

M

R

O

J

R

P-21D

M

R

O

J

R

P-21S

M

R

0

J

R

P-22D

M

R

O

P-22S

M

R

O

J

R

P-26D

M

R

O

J

R

P-26S

M

R

O

J

R

P-27D

M

R

O

J

R

P-27S

M

R

O

J

R

P-29S

M

R

0

J

R

P-30I

M

R

O

J

R

P-31D

M

R

0

J

R

P-31IA

M

R

0

J

R

P-31IB

M

R

O

J

R

P-34D

M

R

0

J

R

P-40I

M

R

O

J

R

P-41D

M

R

O

J

R

Scbultz

M

R

0

J

R

Stopple worth

M O

J

R

ICOmH)3DO

O>(D«•*-*01

fl>OJ

OO

•o0)


4-Chloro-3-Methyl-phenol

2-Methyl-naphthalene

Hcxachloro-cyclopenta-diene

2,4,6-Trichloro-phenol

2,4,5-Trichloro-phenol

2-chloro-naphthalene

2-Nitro-aniline

Dimethyl-phthalate

Acenaph-thylene

2,6-Dinitro-toluene

3-Nitro-aniline

DL

5

5

5

5

20

5

20

5

5

5

20

P-17S

M O

R

P-20SR

M O

R

P-21D

M O

R

P-21S

M 0

R

P-22D

M 0

P-22S

M O

R

P-26D

M O

R

P-26S

M O

R

P-27D

M 0

R

P-27S

M O

R

P-29S

M O

R

P-30I

M O

R

P-31D

M O

R

P-3JIA

M O

R

P-31IB

M O

R

P-34D

M O

R

P-40I

M O

R

P-41D

M O

R

Schultz

M O

R

Stopple worth

M O

RO31OiCOm35

O

(D

O3"

Oo3D)


Acenaph-thene

2,4-Dinitro-phenol

4-Nitro-pbenol

Dibenzo-furan

2,4-Dinitro-toluene

Diethyl-phthalate

4-Chloro-phenyl-phenylether

Fluorene

4-Nitro-aniline

4,6-Dinitto-2-methyl-phenol

N-Nitroso-diphenyla-mine (1)

DL

5

20

20

5

5

5

5

5

20

20

5

P-17S

M 0

P-20SR

M

J

0

P-21D

M

J

O

P-21S

M

J

0

P-22D

M O

P-22S

M O

P-26D

M

J

O

P-26S

M

J

O

P-27D

M O

P-27S

M O

P-29S

M

J

O

P-30I

M O

P-31D

M O

P-31IA

M O

P-31IB

M O

P-34D

M O

P-40I

M O

P-41D

M O

Schultz

M

J

O

Stopple worth

M O

OI

CD

Q)

O3-OO3TJ0)


Compound

4-Bromo-phenyl-pbenylether

Hexachloro-benzene

Penta-chloro-phenol

Phenan-threne

Anthracene

Carbazole

Di-n-butyl-phthalate

Fluoran-thene

Pyrene

Butylbenzyl-phthalate

3,3-Dichloro-benzidine

Benzo(a)-anthracene

DT

5

5

20

5

5

5

5

5

5

5

5

5

P-17S

M O

P-20SR

M

J

O

P-21D

M

J

0

P-21S

M

J

O

P-22D

M O

P-22S

M O

P-26D

M O

P-26S

M

J

O

P-27D

M O

P-27S

M O

P-29S

M

1

O

P-30I

M 0

P-31D

M 0

P-31IA

M O

P-31IB

M O

P-34D

M O

P-40I

M O

P-41D

M O

Schultz

M

J

0

Stopple worth

M 0

a

COmID3D

O

<D**•B>

mo2T

Oo30)


Chrysene

bis(2-Ethylhexyl}-phthalate

Di-n-octyl-phlhalatc

Benzo(b)-fluoranthene

Benzofk)-fluoranthene

Benzo(a)-pyrene

lndeno(l,2.3-cd)pyrene

Dibenz(a.h)anthracene

Benzo(gji.i)pcrylene

DL

5

5

5

5

5

5

5

5

5

P-17S

M

3JB

O

P-20SR

M

J

13

J

O

P-21D

M

J

4J

J

O

5J

P-21S

M

J

J

O

1J

P-22D

M

J

O

P-22S

M

J

0

P-26D

M

J

O

18

P-26S

M

J

J

O

14

P-27D

M

J

O

P-27S

M

J

0

P-29S

M

J

J

0

1J

P-30I

M O

P-31D

M

1J

O

P-31IA

M

J

J

O

P-31IB

M O

P-34D

M

J

O

P-40I

M O

P-41D

M

1J

O

Schultz

M

J

J

O

92E

Stopple worth

M 0

45

O

COm

O

Q>

O3-

Oo

Blank means compound was not detectedR - Data unusable based on data validation assessmentJ - Value estimated based on data validation assessmentE - The concentration given exceeded the working range of the calibration curveDL • Detection LimitM - May, 1994O - October, 1994B - Compound was detected in the blank sample

•aQ)

Table 4-13. Pesticide/PCB Ground-Water Sampling Results (Page 1 of 2)

COMPOUND

Alpha-BHC

Beta-BHC

Delta-BHC

Gamma-BHC (Lindane)

Heptachlor

Aldrin

Heptachlor Epoxide

Endosulfan I

Dieldrin

4,4'-DDE

Endrin

Endosulfan II

4,4'-DDD

Endosulfan Sulfate

4,4'-DDT

Methoxychlor

Endrin Ketone

Endrin Aldehyde

Alpha-Chlordane

Gamma-Chlordane

DETECTIONLIMIT

0.010

0.010

0.010

0.010

0.010

0.010

0.010

0.010

0.020

0.020

0.020

0.020

0.020

0.020

0.020

0.010

0.020

0.020

0.010

0.010

P-17S

MAY 1993

J

J

J

J

J

J

J

J

J

J

J

J

J

J

0.075 J

J

J

J

J

J

OCTOBER 1993

J

J

J

J

J

J

J

J

J

J

J

J

J

J

J

J

J

J

J

J

P-21S

MAY 1993

J

J

J

J

0.012 J

J

J

J

J

J

J

J

J

J

J

J

J

J

J

J

OCTOBER 1993

0.010 U

P-27S

MAY 1993

J

OCTOBER 1993

0.011 U

Table 4-13. Pesticide/PCB Ground-Water Sampling Results (Page 2 of 2)

COMPOUND

Toxaphene

Arochlor-1016

Arochlor-1221

Arochlor-1232

Arochlor-1242

Arochlor-1248

Arochlor-1254

Arochlor-1260

DETECTIONLIMIT

1.0

0.20

0.40

0.20

0.20

0.20

0.20

0.20

P-17S

MAY 1993

J

J

J

J

J

J

J

J

OCTOBER 1993

J

J

J

J

J

J

J

J

P-21S

MAY 1993

J

J

J

J

J

J

J

J

OCTOBER 1993

P-27S

MAY 1993 OCTOBER 1993

CO3

oDOo•CO

Notes: Results in parts per billion.Blank means compound was not detected.J = Value estimated based on data validation assessment.U = Heptachlor laboratory contamination based on data validation assessment, compound not detected in sample.

3DO

Table 4-14. Surface Water Samples, December 28 - 30, 1987

PARAMETERS

Alkalinity

Chloride

COD

Hardness

Iron

PHConductivity

Methylene chloride*

Acetone

1,2-Dichloroethene

Methyl ethyl ketone*

Bromoform

Toluene

SW-1

140

63

NA

310

3.1

6.4

440

SW-2

740

190

690

970

2.0

6.9

1,680

14J

220

11J

290

12J

9J

SW-3

280

12

190

440

7.8

6.8

520

2J

SW-4

190

70

24

310

6.5

6.8

490

Notes: Results in parts per billion* = 40 ppb methylene chloride and 18 ppm methyl ethyl ketone detected

in the trip blank.J = Estimated value; compound detected below the quantitation limit.Samples collected by RMT and analyzed by CompuChem Laboratory.

3135-U.14


Table 5-1. Half Life Ranges in Air and Surface Water

Chemical

Benzene

Chloroform

Chloromethane


cis- 1 ,2-Dichloroethene



Ethylbenzene

Methyl Ethyl Ketone

Methylene Chloride

Tetrachloroethene

Toluene

1,1,1 -Trichloroethene

Trichloroethene

Vinyl Chloride

Xylenes

Air

Low

6.00

80.00

N/A

45.00

1.30

2.10

N/A

1.46

0.50

53.20

47.00

1.30

803.00

3.70

1.20

0.50

High

—

—

N/A

—

—

—

N/A

—

—

—

—

—

1,752.00

—

—

—

Surface Water

Low

1.00

0.30

1.00

1.00

1.00

1.00

1.00

1.50

10.00

1.20

1.00

0.17

0.14

1.00

1.00

1.50

High

6.00

30.00

—

5.00

6.00

6.00

—

7.50

—

5.80

30.00

—

7.00

90.00

5.00

9.00

Note: Half life values in days.Table modified from U.S. EPA October 1986, "Superfund Public HealthEvaluation Manual," Exhibit C-2.

3135-T.5-1


Table 5-2. U.S. EPA Physical, Chemical, and Fate Data

Compound

Benzene

Chloroform

1,2-Dichloroethane

cis-l,2-Dichloroethene

trans-l,2-Dichloroethene

1,2-Dichloropropane

Tetrachloroethene

Trichloroethene

Vinyl Chloride

MoleWeight

(g/mole)

78

119

99

97

97

113

166

131

63

WaterSolubility

(mg/1)

1.75 x 103

8.20 x 103

8.52 x 103

3.50 x 103

6.30 x 103

2.70 x 103

1.50 x 102

1.10 x 103

2.67 x 103

VaporPressure(mm Hg)

9.52 x 101

1.51 x 102

6.40 x 101

2.08 x 102

3.24 x 102

4.20 x 101

1.78 x 101

5.79 x 101

2.66 x 103

Henry's LawConstant

(atm-m3/mol)

5.59 x 10'3

2.87 x 10'3

9.78 x W-4

7.58 x 10'3

6.56 x 10"3

2.31 x 10'3

2.59 x 10"2

9.10 x 10"3

8.19 x 10'2

Koc

(mg/1)

83

31

14

49

59

51

364

126

57

Source: U.S. EPA, 1986, Superfund Public Health Evaluation Manual.

Table 5-3. Hydraulic Conductivities Used to Calculate Average Model HydraulicConductivities

Location

P-30I

P-31IA

P-31EB

P-32S

P-38S

P-39S

P-41D

P-40D

P-30D

Sand/Gravel Hydraulic Conductivity

ft/sec.

1.3 x 10'3

1.8xlO'4

7.7 x 10'"

1.0 x 10'4

2.2 x 10'5

3.0 x 10'4

2.5 x 10'4

cm /sec.

4.0 x 10'2

5.6 x 10'3

23 x 10'2

3.1 x 10'3

6.6 x 10"4

9.1 x 10"3

7.6 x 10"3

Bedrock Hydraulic Conductivity

ft/sec.

7.2 x 10"5*

2.3 x 10'4***

cm /sec.

2.2 x 10"3*

7.1 x 10"3***

PRIVATE WELLS

Sather

Sommers

Olson

Durand

Wilkowski

Rocky Dell Road

Rocky Dell Road

2.8 x 10"5**

4.7 x 10"6**

1.8x 10~5**

8.3 x 10"5**

4.3 x 10~5**

8.2 x 10'5*

4.7 x 10"6**

8.6 x 10'4**

1.4 xlO"4** |

5.6 x 10"4**

2.5 x 10"3**

1.3 xlO"3**

2.5 x 10'3*

1.4xlO'4**

REFERENCES

McLeod (1975)

McLeod (1975)

Cline (1965)

8.3 x 10'5*

2.2 x 1()'4**

9.5 x 10'5 to5.7 x 10'5*

2.5 x 10'3*

6.6 x 10"3**

2.9 x 10"3 to1.7 x 10"3*

NOTE: * Sandstone** Dolomite/Sandstone*** Dolomite

3135-T.5-3


Table 5-4. Comparison of Observed vs Model-Calibrated Hydraulic Heads

MonitorWell

P-31IB

P-40I

P-30I

P-41D*

Hydraulic Head (ft)

Observed

906.34

906.31905.84

903.81

Calibrated

906.48

906.13

905.85

903.80

Difference(obs. - cal.)

-.14

+ .18

-.01

+ .01

Approximate HeadDrop Across Cell (ft)

.11

.20

.13

.07

Notes: * P-41 is located on a specified head boundary.

RMS error for P-31IB, P-40I, and P-30I is 0.13 feet.

3135-T.5-4


TABLE 5-5. TIME PREDICTIONS FOR PCE DETECTIONS

MODELED CONDITIONS*

12 ppbConstantSource

12 ppbSourceRemoved

atTime >0

Base Case < anddegradation**(730-day %-life)

Base CaseK x 10 anddegradation**(730-day 'A- life)

Base Case K andno degradation

Base CaseK x 10 and ++no degradation

Base Case K anddegradation

Base CaseK x 10 anddegradation

Base Case K andno degradation

Base CaseK x 10 andno degradation

PCE DETECTION LOCATION

P-30 PRIVATE RESIDENCE* P-41 COMMENTS

———— ND ———————————— ND ———————————— ND —————— > Plume reaches equilibrium after approximately 5 years———— ND ———————————— ND ———————————— ND —————— > Plume reaches equilibrium after approximately 7.5 years

———— ND ———————————— ND ———————————— ND —-—-—— > Plume reaches equilibrium after approximately 5 years———— D ———————————— D ———————————— ND —————— > Plume reaches equilibrium after approximately 7.2 years(after 2.5 years) (after 5 years)

____ D —————————————— D —————————————— D ——————— >(after 20 years) (after 40 years) (after 100 years)

————— D —————————————— D —————————————— D ——————— >(after 2.1 years) (after 4.1 years) (after 9 years)

———— ND —————— ——-———- ND ———————————— ND —————— > All concentrations <1 ppb after 1.8 years

———— ND ———————————— ND ———————————— ND —————— > All concentrations <1 ppb after 2.2 years

————— D ———————————— D ————————————— D ——————— >(after 22 years) (after 45 years) (after 75 years)

_____ D —————————————— D ———-——————- D ——————— >(after 2.2 years) (after 4.2 years) (after 10 years)

cn3

CO

3DCD

Notes:

**NDDK

Closest Deer Run Subdivision home to the modeled area.Most Conservative Modeled ScenarioAll simulations above use 30 and 10 feet for sand and gravel and bedrock longitudinal dispersivity, respectively, and 25X and 5% for sand andgravel and bedrock effective porosity, respectively.Conditions considered most representative of study site. Degradation (unless stated otherwise) is simulated as a 230-day tt-life.No detectionDetection >1 part per billionHydraulic conductivity of aquifer

317

Table 6-1 VOC Contaminants of Concern in Landfill Gas

Compound

Benzene

Tetrachloroethylene (PCE)

Toluene

Trichloroethylene (TCE)

Vinyl chloride

Highest Level Detected inOn-Site Gas*

(ppb)

2,000

26,000

26,000

23,000

61,000

EPA Risk-BasedConcentration in Ambient

Air**(PPb)0.22

3.1

420

1

0.021

Notes: All values in parts per billion (ppb)

* Warzyn Engineering, Inc. Gas and Leachate Extraction System.Refuse Hideaway Landfill, Town of Middleton, Dane County,Wisconsin. Engineering Design 13928.48. Prepared for the WisconsinDepartment of Natural Resources. Madison, Wisconsin: Warzyn,August 1990.

and

Mostardi-Platt Associates, Inc. Landfill Gas System DestructionEfficiency Tests. A Gaseous Study Performed for Warzyn Engineering,Inc. Refuse Hideaway Landfill. Middleton, Wisconsin. Bensenville,Illinois: Mostardi-Platt, September 30, 1991.

** EPA Region III risk based concentration table, April 20, 1994.


Table 6-2 Ground-Water Contaminants of Concern

Compound

Benzene

Bromomethane

Chloroform

1,2 Dichloroethane (1,2-DCA)

cis-1,2 Dichloroethene (cis-l,2-DCE)

trans-1,2 Dichloroethene (trans-l,2-DCE)

1,2-Dichloropropane

Tetrachloroethene (PCE)

Trichloroethene (TCE)

Vinyl Chloride (VC)

Iron

Manganese

Bis(2-ethylhexyl)phthalate

Heptachlor

4,4-DDT

Units

ppb

ppb

ppb

ppb

ppb

ppb

ppb

ppb

ppb

ppb

ppm

ppm

ppb

ppb

ppb

ES

5

NL

6

5

70

100

5

5

5

0.2

0.3

0.05

NL

NL

NL

PAL

0.5

NL

0.6

0.5

7

20

0.5

0.5

0.5

0.02

0.15

0.025

NL

NL

NL

HighestDetected

Concentration

24

250

37

41

1900

640

21

530

320

525

1.45

2.28

92

0.012

0.075

Notes: ppbppmESPALNL

parts per billionparts per millionEnforcement StandardPreventive Action LimitWDNR has not established an ES or PAL for this compound

HSIHYDRO-SERRCH IRC ATetra Tech Company

Remedial Investigation ReportRefuse Hideaway Landfill

Volume II

Sheets 1 - 6

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