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COMBINED PUMPING TEST - STEP 2

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APPENDIX C

AMBIENT CONDITIONS MONITORING ANDATMOSPHERIC DATA

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Time, hours

m drawdown ^ barometric pressure

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MW—111 Response to Barometric Pressure Changes1006

10 20 30 40 50Time, hours

B_ drawdown + barometric pressure

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Time, hours

_, drawdown ^ barometric pressure

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MW—11D Response to Barometric Pressure Changes1006

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. Time, hours


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MW-15VD Response to Barometric Pressure Changes1006

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Time, hours


C-10

AMBIENT MONITORING SEPTEMBER 9-11, 1992DATE TIME ,„ ELAPSED TEMP. PRESS. RAINFALL,HOUR MINUTES TIME .mm deg C DC inches

09-Sep 14 , 14 159 26 1005 009-Sep 16 50 315 25 1004 009-Sep 18 30 415 23 1004 009-Sep 20 32 537 20.5 1003 009-Sep 22 38 663 22 1003 0

10-Sep 1 15 820 21 1002 010-Sep 3 21 946 21 1002 010-Sep 5 14 1059 1001 010-Sep 7 15 1180 21 1002 010-Sep 10 Q 1345 24 1001 0mi \l i ml I \m IH:$ 11 5t im \\ in 810-Sep 16 33 1738 25 997 010-Sep 18 7 1832 24 998 0

18:111 11 18 m 1826- 1888 °-j11-Sep 2 0 2305 20 1002 011-Sep 3 40 2405 18 1001 tr11-Sep 5 50 2535 15 1002 011-Sep 8 0 2665 15.5 1003 tr11-Sep 9 50 2775 18 1004 011-Sep 11 50 2895 21 1005 011-Sep 14 0 3025 21.5 1004 0

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C"12 «R302609

BERKS SAND PIT AQUIFER TESTS ATMOSPHERIC DATAhrs minutes JEMP.

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APPENDIX D

TYPE CURVES

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RW-1S - PUMPING WELL RECOVERY

log t (mln)

00 -1.00 0.00 1.00 2.00 3.00———————— I ———————— | ———————— } ——————— , ———————— 1.00

Match J ^Point _ *^ n __

~ J^^ ~ ™-"® o"

O-O - -1.00

+

I I , I , ! . . . . 2 0053 -O.53 0.47 1.47 2.47 3.47

teg 1/Ua

O - Data+ — Type Curve

Uncorrf. Elastic: beta = 0.06

POINT SOLUTION1.000E-0001 Transmlsslvlty (T) = 2.393E+0003 gpd/ft1.000E+0000 Hydraulic Conductivity (K) = 6.836E+0001 gpd/sq ft2.951E-0001 Storatlvlty (S) = 7.527E+00045.495E-0001

WELL FORMATIONWELL DENTFICAT1ON RW-1SDATE OF AQUIFER TEST 10/24/92AQUIFER THICKNESS (b) 3.500E+0001 ftDISCHARGE RATE (Q) 3.800E+0001 gpmPUMPING WELL RADIUS (r) 5.000E-0001 ftDISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d) 1.000E-0003 ft

D-3

ecol te {!«rfr riffi " 3 Q 2 6 I 6

RW-1S - PUMPING WELL RECOVERY

teg t (mfci)

0.00 5-

- -1.00 ,5

-2.00-2.97 -1.97 -0.97 0.03 1.03 2.03

teg 1/Ub

O - Data+ - Type Curve

Unconf. Delayed: beta = 0.03

MATCH POINT SOLUTIONt = 1.000E+0000s = 1.000E+00001/Ub = 1.072E-0002W(Ub, B) s 7.079E-0001

Transmlsslvliy (T) = 3.082E+O003 gpd/ftHydraulic Conductivity (K) = 8.806E+0001 gpd/sq ftSpecific Yield (Sy) = 2.671E-KJ007

WELL NFORMATKJNWELL DENTFICATIONDATE OF AQUIFER TESTAQUIFER THICKNESS (b)DISCHARGE RATE (Q)PUMPNG WELL RADIUS (r)DISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d)

RW-1S10/24/923;500E+0001 ft3.800E4-0001 gpm5.000E-0001 ft1.000E-0003 ft

D-4

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.WELL tCENTFKATION

log t (mlh)

0.00 1 30 2JOO

€§i?

i i i0.75 1.75 2.75

log 1/U

O -Data+ - Typa Ctirv*

Cent. LBoky: r/B s

DOE+OOOQ TrorfimlBslvlty (T)DOE40001 Hydraulte ConduetMly23E+DOOC StorotMty (S)50E+OOOG Ltokag* Factor (B)

&JOO 4.00————— I ——————— 2.00

•CJH«<

————— ' ——————— -1.003.75 4.75

: 0.06

SOLUTIONs 4JS9E40D03 gpd/ft

(K) s 2.702E40D01 flpd/eq ftB 2.767E40D03• 1.667E-OD01 ft

WELL IKTORMATION

DATE QT AQUFTR TESTAQUIFER TUCKNESS (b)DKCHARGE RATE (Q)PUMWG WELL RADUS (r)DKTANCC CF OBSERVATION WELL FROM FUSING WELL (d)

RW-1D1 0/4/821JI50E40D02 ft1.380E40D02 gpm5.000E-OD01 ft1.000E-OD02 ft

D-6

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.D-8

JUL&D262I

TEST R3, WELL 18D11

10

9

£ 8

I 70 4

3

2

1

c

0.001 0.01 0.1 1 10 100 1000X 10000Time, minutes

Tj. = 2

"

D-9eool

ecoloev and environmentr,".Ws .»»« ,-«%%T»«>mv

TEST R3, WELL 18VD11

10

9

$ a

I 7!'Q 4T

0.001 0.01 0.1 1 10 100 1000 10000Time, minutes

recvclsfl paoer cc«.l< j mid mvinmmnuflR302623

RW-1 D : COMBINED TEST RECOVERY

tog t (mlh)

-0.28 -

-1.28 '———————«———————'———————'———————'———————'-1.00-0.79 0.21 1.21 2.21 3.21 4.21

log 1/U

O -Data+ — Type Curvw

Conf. Leaky: r/B = Thele

MATCH POINTt = 1 )DOE-O001• s 1.0DOE+00011/U s 1.622E+OOOQW(Ur/B] = 5.24SE+OOOG

SOLUTIONTrnrBmlB»1/rty (0 = » 72E-I-OD03 gpd/ftHydroulfe ConductMly (K) = 3.253E-+OD01 gpd/nq ftSloratMty (S) B 1.474E-OD03

WELL ItrORMATIONWELL CENTTOATION t RW-10DATE OF AQUTEF TESTAQUIFER TWCKNESS (b]DISCHARGE RATE (0)PUKFWG WELL RADUS (r)CISTAHCE GF OBSERVATION WELL FROM PULING WELL (d)

10/10/822.850E40002 ft1.54.2E40D02 gpm5.000E-OD01 ft1.200E40D01 ft

D-ll

RW-1 VD PUMPING WELL RECOVERY

log t (mln)

-2.00 -1.00 0.00 1.00 2.00 3.001.02 ———————————————————————————————————————— "» nn

M^ 0.02 - PL.

3^ -coi O•S -0.98 -+

-0.36

MATCH POINTt =1.0s =1.01/U B 4.3W(U, r/B) = 1 .0

1 , , , ' , , , , *"""

HO *o 35 ^

- 0.00

1 ' ' ' 1 000.64 1.64 2.64 3.64 4.64

tog 1/U


Conf. Leaky: r/B = 0.04

SOLUTIONOOE-0001 Trcmmlsslvlty (T) = 1.368E4-0003 gpd/ftOOE+0001 Hydraulic Conductivity (K) s 1.303E+0001 gpd/sq ft65E+0000 Storatlvlty (S) = 1.164E+000647E+OOOO L«d<age Factor (B) = 2.500E-0003 ft

WELL FORMATIONWELL DENTFICATION RW-1 VDDATE OF AQUFER TEST 9/28/92AQUIFER THICKNESS (b) 1 .050E+0002 ftDISCHARGE RATE (Q) 1.140E+0002 gpmPUMPING WELL RADIUS (r) 5.000E-0001 ftDISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d) 1.000E-0004 ft ,

D-12

RR302625

E: '****'0 » «*• «00 8 =1« •^ 6 CO 00

II II II II II II

I I I I I I I II I I I I I I

UAh.OpjML.-a JCQ

D-13ecol.w,tepjl «n.fi»nw|(.2 Q 2 6 2 6

TEST R2, WELL RW-1VD

0.001 0.01 "0.1 1 10 \ 100X 1000 10000Time, minutes

D-14

recycled paper

RW-1 VD: COMBINED TEST RECOVERY

tog t (mfh)

-2.00 -1.00 0.00 1.00 2.00 3.001.64

fi- 0.6-*MolehPoint

0.00

-0.8 5 0.35 1-55 2-55 3-55 4-55

log 1/U

O -Data+ — Type CUrv*

Conf. Leaky: r/B s ThelB

-1.00

MATCH POINTt s 1.0DOE-O001B s 1XOOE+O0011/U E 2*239E+DOO(1W(U,r/B] = 4.3B5E+OOOa

SOLUTIONTraremlBslylty (T) = 7.712E40D03 gpd/ftHydroulfc ConductMly (K) = 2*705E+0001 flpd/eq ftSloratMty (S) •= 2.D01C-OD04

WELL INTORMAHONWELL CEHTnCATION : RW-1VDDATE or AQirn? TEST 110/10/02AQUIFER TMCKhESS [b] t 2.850E40D02 ftDISCHARGE RATE (Q) : 1.5X2E40002 gpmPUhPMG WELL RADUS (r) : 5.000E-OD01 ftDJSTAMCE OF OBSERVATION WELL FROM PUWINC WELL (d) : 2.100E+OD01 ft

D-15ec«lWllft? finrroftWWVn n 3 (j 2 6 ? R

1.07

MW-1.01 : RW-1VD RECOVERY

log t (mln)

0.00 1.00 2.00 3.00 4.00 S.OO

•S" 0.07\=?

•S -0.93

-1.93

Match

i

0.00

-1.00«*

-2.00

-1.77 -0.77 0.23 1.23 2.23 3.23

teg 1/U



-3.00

MATCH POINT SOLUTIONf = 1.000E+00019 = 1.000E-00011/U = 1.698E-0001W(U, r/B) = 1.175E-K3000

TransmlsslvHy (T) = 1.535E+0005 gpd/ftHydraulic Conductivity (K) » 1.461E+0003 gpd/sq ftSforatMty (S) = 2.056E-0002Leakage Factor (B) = 1.347E+O003 ftWELL FORMATION

WELL DENTFICATIONDATE OF AQUIFER TESTAQUIFER THICKNESS (b)DISCHARGE RATE (Q)PUMPING WELL RADIUS (r)DISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d)

MW-1019/28/921.050E+0002 ft1.140E+0002 gpm5.000E-0001 ft4.040E-KJ002 ft

D-16

AR302629

, 1

MW-111: RECOVERY - RW-1D

teg i

-1.00 0.00 1.000.85 ——————— | ———————— i ——

Match_Q _ Point , , ,

£• * ~ j ^

1 X^S> <9•2 -1.15 - ^

O

. ,- 9-3.51 -2.51 -1.51

log

O - Data

(min)

2.00 3.00 4.00_ ———— , ———— , —— , ——————— 1.00

gjgtfP"1*"

EiaiWW1' - o.oo 5-<D

8

- -1.00 3

-- -I - --I- - ,„..,„„,,_., 2 00-0.51 0.49 1.49

1/Ub

+ - Type CurveUnconf. Delayed: beta = 0.40

MATCH POINTt = 1 .OOOE-t-0000 Transmisss = 1 .OOOE-t-0000 Hydraulic (1 /Ub = 3.090E-0003 Specific YW(Ub, B) = 7.079E-0001

SOLUTIONvity (T) = 1.127F+0004 gpd/ftioriduciivity (K) = 7.274E+0001 gpd/sq fteld (Sy) = 2.517E-0002

WELL INFORMATIONWELL IDENTIFICATION MW-111DATE OF AQIJIFFR TFST 10/4/97AOUFFR THICKNFSS (b) 1.550E+000? ftDISCHARGE RATE (Q) 1.390E+0002 gpmPUMPING WELL RADIUS (r) 5.000E-0001 ftDISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d) 1.160E+0002 ft

D-17^ Q £ 5 3 Q

*W-1. 1 D: RECOVERY - RW-1 D

teg f (min)

-1.00 0.00 1.00 2.00 3.00 4.001.43

0.43

-0.57

-1.57

Match

I

2.00

1.00M

0.00

-1.99 -0.99 0.01 1.01 2.01 3.01

teg 1/U

O - Data+ — Type Curve


-1.00

MATCH POINT SOLUTIONt = 1.000E+0000s B 1.000E-J-00011/U m 1.023E-0001W(U, r/B) = 2.692E-H3000

Transmissivity (T) = 4.286F.+0003 gpd/fiHydradlc Conductivity (K) « 2.765E-J-0001 gpd/sq fiStorativily (S) » 9.799E-0004Leakage Factor (B) = 4.200E+0002 ftWELL INFORMATION

WELL DENTIFICAT10NDATE OF AQUIFER TFSTAOWFR THICKNESS (b)DISCHARGE RATE (Q)PUMPING WELL RADIUS (r)DISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d)

MW-11D10/4/9?1.550E+000? ft1.390E+0002 gpm5.000E-0001 fl1.260E+0002 ft

D-18

AR30263!

0.000.49 ———

M^ -0-51 - P<W

' DKO)^ -1.51 -

<G(3JQD

-1.36

MATCH POINTt =1.0s = 1.01/U a 4.3W(U, r/B) = 3.0

WELL IDENTIFICATION

MW-1 1 D : RW-1 VD RECOVERY

log t (mln)

1.00 2.00 3.00 4.00i l l )

.sgs afff + + + + + +atch J&^»tnt __ Jjjr

/GB>

]tft/>

I I t 1

-0.36 0.64 1.64 2.64

teg 1/U

O — Data+ - Type Curve


5.00—— 1.00

- 0.00 5-«QM

- -1.00

—— -2.003.64

SOLUTIONDOE+0001 Transmlsslvlty (T) = 4.036E+0003 gpd/ftDOE+0000 Hydraulic Conductivity (K) = 3.844E+0001 gpd/sq ftB5E-0001 Storatlvlty (S) = 2.838E-000390E-0001 Leakage Factor (B) = 1.375E+0002 ft

WELL INFORMATIONMW-11D

DATE OF AQUIFER TEST 9/28/92AQUIFER THICKNESS (b) 1.050E+0002 ftDISCHARGE RATE (Q) 1.140E+0002 gpmPUMPING WELL RADIUS (r) 5.000E-0001 ftDISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d) 1.100E+0002 ft

D-19

recycfed paper , woUiKj nml envirmimrmrecycled piper ecology and environment j. p #\ t-. r\ r r\ ry

-1.001.03 ———

Mi.£> 0.03 - P<vi.

f

-0.97 -

., i 97-0.77

MATCH POINTf =1.0s s 1.01/U = 1.6W(U, r/B) * 1.0

WELL DENTFICATTON

MW-1 1 VD : RW-/D RECOVERY

log t (min)

0.00 1.00 2.00 • 3.00 4.0

atch %jr^

-j-gg$r

i i i i

02.00

1.00 5-

3

0.00

0.23 1.23 2.23 3.23 4.23

teg 1/U



SOLUTION

. •

OOE+0000 Transmlsslvlty (T) = 1.400E+0003 gpd/ftOOE+0001 Hydraulic Conductivity (K) = 1.333E+0001 gpd/sq ft98E+0000 StorertMty (S) = 3.187E-000572E-K3000 Leakage Factor (B) = 9.800E+0002 ft

WELL NFORMATIONMW-11VD

DATE OF AQUIFER TEST 9/28/92AQUIFER THICKNESS (b) 1 .050E+0002DISCHARGE RATE (Q) 1.140E-K)002PUMPING WELL RADIUS (r) 5.000E-0001DISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d) 9.800E-KJ001

ftgpmftft

D-20AR302633

«•*] J1.57

£ 0.57

•2 -4.43

-1.43-CL;

MW-1 1 VD: COMBINED TEST RECOVERY

k>9 t (mlh)

)0 0.00 1.00 2,00 3.00 4.00——————— 1 ——————— | ——————— I ——————— | ——————— 2-00

J? - 0.00

'4 0.2ft 1.2S 2.2S 3.2 S 4.2ft

log 1/U

O - Data+ — Typa Curv*

Conf, Leakfi r/Q — ThelB

WELL INFORMATIONWELL BEHrnCATION : UW-11VDDATE OF AQUFER TEST t 10/1 0/82AQUIFER TrtCKICSS [b] : 2.850E40D02 ftDISCHARGE RATE (Q) : 1 4-2E40D02 gpmPUMPWG WELL RADUS (r) : 5.000E-OO0 1 ftDISTANCE OF OBSERVATION WELL FROM PUbPING WELL (d) : 1.020E40D02 ft

D-21

n4 R 3 0 2 S ? ii

O.Q1.18

H-S °'1B

•* -0.82

-1.82-2.-

MW-15S: RW-1S PUMPING

bg t (mlh)

0 ^JDO 2*00 &JOQ 4)0 &JQQi i i i i JJO

jd^^ - 0.00 g.

jl " ""1'°°

o——————— I ——————— I ——————— I ——————— I ——————— _2.0014 -1.44 -0.44 0.5ft 1J5S 2-5 ft

log 1/Ub

O -Data+ — Typi Curvv

Unoonf. D«iax0d: bate «= 3.00

WELL INFORMATIONWELL ONTnCATION r UW-15SDATE OF AQUFER TEST s 10/22/82AQUIFER TMCKM-SS flO t 3.500C-K5D01 ftDISCHARGE RATE (Q) t 3<AOOE+OD01 gpmPUfcFWG WELL RADUS (r) : 5.000E-OD01 ftDISTANCE OF OBSERVATOK WELL FROM RMPINC WE1L (d) : 1.280E40D02 ft

D-22

AR302T635

-1 OO1.23* ———

M^ 0.23 - *

|

•* -fl.77 -

+

-1.77 ———-3.22

MATCH POINTt m 1.0m *s ^JO1/Ub * €.0W(U».B) • 1.6

WELL EENTnCATION

MW-15S : RW-1S RECOVERY

bg t {mlh}

0.00 1.00 2&0 &JOO.1 I I i

nich rf>+

H Jt£ ^*Jr

.tfr+ + ++ +op

, <m , , ,-2 2 -1Jt2 -fl.22 0.78

teg 1/Ub

0 -Data+ — Typo Qirv*

Unoonf. D*lay*d: beta = 3<00

4*00

H +

•s- -1.00 §

1.78

SOLUTIONDOE40000 TranamlBBlvtty (T) = 7 84E-*-0003 gpd/ftDOE4OOOQ Hydraulte ConduetMly (K) «= 2.112E40D02 gpd/iq ftZ6E-0002 Spfldflc YMd (S/) = ft.«54E-CD03DSE+DOOa

WELL NTORMAT1QN: UW-15S

DATE QT AQUTR TEST : 1O/24/82AQUIFER TTCKNESS (b) : 3.500E+OD01 ftDISCHARGE RATE CO) :3 00E-fOD01 gpmPUMPtJC WELL RADU5 (r) : 5.000E-OD0 1 ftBSTAMCE GF OBSERVATCN WELL FROM PUMPING WELL (d) : 1 SOE-K3D02 ft

D-23

RR302636

MW-.15D: RECOVERY - RW-1 D

-1.001.13 ———

MST °-13 ~ P<\k_

•£ -0.87 -

4

-0.77

MATCH POINTt =1.0s =1.01/U « 1.6W(U, r/B) = 1 .3

teg t (min)

0.00 1.00 2.00 3.00 4.00... ._ •> nni i

atch ______3Jnt ^ gpSXBBH "1. p

ff . -"'••

+ + + + +- 1.00 5-MS£

- 0.00

1 1 t nn

0.23 1.23 2.23 3.23 4.23

log 1/U



SOLUTIONDOE+0000 TronsmSssivity (T) = 2.148F-K)003 gpd/ftOOE-+0001 Hydraulic Conductivity (K) « 1.386E+0001 gpd/sq ft9BE-H3000 StorettMty (S) « 2.780E-000549E+0000 Leakage Factor (B) = 2.600E+0002 ft

WELL INFORMATIONWELL DENTIFICAT10N MW-1 5DDATE OF AQUIFER TEST 10/4/97AOUFER THICKNESS (b) 1.550E+000? ftDISCHARGE RATE (Q) 1.390E+0002 gpmPUMPING WELL RADIUS (r) 5.000E-0001 ftDISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d) 1.300E+0002 ft

D-24

flR302637

im | J.1.59

fi- 0.59

at-S -0.41

-1.41-4J.J

••

MW-15D: COMBINED TEST RECOVERY

tog t (mfri)

)0 0.00 1 30 2LOO . 3.00 4.001 ——————— | ——————— | ——————— | ——————— | ——————— - 2jQO

ff - 0.00

——————— 1 ——————— 1 ——————— J ——————— 1 ——————— .-J.QO13 0.57 1.57 2J57 3.57 4.57

log 1/U

O -Data+ - Type Curv»

Conf. Laaky: r/B s Ttola

j-

WELL IWORMATIONWELL HXNrnCATION : MW-15DDATE OT AQLTER TEST s 1O/10/02AQUIFER TWCKNESS (b) : 2.B50C40D02 ftDISCHARGE: RATE CO) : i.5X2E40Doz gpmPUhfWG WELL RACUS (0 : 5.GOOE-OD01 ftDSTANCC OF OBSERVATION WELL FROM PUMPING WELL (d) : 1 60E40D02 ft

D-25

3 Jj 2 6 3 8

-

-1.000.51 ———

M? -0.49 - "

f•S -1.49 -

-2.49 ———-2.15

MATCH POINTt = 1 .0s = 1.01/U = 7.0W(U, r/B) = 3.2

M W- 1 5 VD : R W- 1 VD RECOVERY

log t (mln)

0.00 1.00 2.00 3.00 4.0i i i i

atch j4p3lnt B &

-P I I I

-1.15 -O.I 5 0.85 1.85 2.8

log 1/U


Conf. Leaky: r/B ss 0.70

SOLUTION

02.00

1.00 f

•O

0.00

-1.005

OOE+OOOO Transmlssivlty (T) = 4.226E+O002 gpd/ftOOE-f-0001 Hydraulic Conductivity (K) = 4.025E+0000 gpd/sq ft79E-0002 StoratMty (S) s 1.069E-000436E-0001 Leakage Factor (B) = 2.057E-K)002 ft

WELL FORMATIONWELL DENTFICATION MW-15VDDATE OF AQUIFER TEST 9/28/92AQUIFER THICKNESS (b) 1 .050E+0002DISCHARGE RATE (Q) 1.140E+0002PUMPING WELL RADIUS (r) 5.000E-0001DISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d) 1.440E4-0002

ftgpmftft

D-26

AR302639

O.OO

M-0.41 - *

rf

i*•* -1.41 -

d

-2.41 ——-3.25

MATCH POINTt B 1.0B B 1.01/Ua B 5.6W(Ua.H) B 3JB

WELL CENTIICATION

MW-16S : RW-1S PUMPING

tog t (irifn)

1.00 2 00 3 )0 4 }0 5X

ilch JsP'Bjflt B Jl

Oo ^

jjfl/T jft r*f jjju Qr

O O O 00o o difr'OO d)n a»o oo

i i i i-2 5 -1 5 -0 5 0.75 1.7

tog 1/Uo

D -Data+ — Typi Ourvv

Unoonf. Elastic: brta = 0.001

SOLUTION

0OJDO

-1.0O jr•

• §-2.00

-3.005

DOE+D001 TroramlBslylty (T) B 1.6Q4E40D04 flpd/ttDOE-0001 Hydroulfc ConduetMty (K) B 4 39E<+OD02 gpd/Bq ftZ3E-0003 SloratMty (S) B 3.280E-OD02OOE-0001

WELL INFORMATION: UW-16S

DATE OF AQUFER TEST : 1O/22/&2AQUIFER TWCKNESS (D) : 3.500C+OD01DISCHARGE RATE (Q) : 3JUOE+OD0 1PUMPMG WELL RADUS (r) t 5.000E-OD01DKTAMCE OF OBSERVATION WELL FROM PUWIMG WELL (d) : 2,fl20E+OD02

ftOpmftft

D-27ecoli

-1.00. 0.95 ———

M•£• -0.05 - P<\

•3 -1.05 -

-1.31

*

MATCH POINTt =1.0s ss 1.01/U = 4.8W(U, r/B) = 8.9

MW-1 6 D : RW-1D RECOVERY

log t (mln)

0.00 1.00 2.00 3.00 4.00———— , ———————— j ———————— j ———————— j ———————— 2.00

-0.31 0.69 1.69 2.69 3.69

teg 1/U



SOLUTIONOOE+0000 Transmlsslvlty (T) = 1.419E-r0003 gpd/ftOOE+0001 Hydraulic Conductivity (K) s 9.157E+0000 gpd/sq ft98E-0001 StoratMty (S) = 1.373E-000513E-0001 Leakage Factor (B) = 3.500E-K)002 ft

WELL INFORMATIONWELL DENTFiCATION MW-1 6DDATE OF AQUIFER TEST 10/4/92AQUIFER THCKNESS (b) 1.550E-KJ002 ftDISCHARGE RATE (Q) 1.390E+0002 gpmPUMPING WELL RADIUS (r) 5.000E-0001 ftDISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d) 2.800E-K)002 ft

D-28

-1.t1.54

a- 0-5*

|•£ -Q.46

-1.46-G.£

MW-16D: COMBINED TEST RECOVERY

teg t (mlh)

)0 0.00 1 30 2-00 &JQO 4.00——————— I ——————— I ——————— 1 ——————— \ ——————— 2*0

—————— 1 —————— 1 —————— 1 —————— 1 —————— _i%00>5 0.05 1.05 2-05 3.05 4.05

log 1/U

O -Data+ — TypH Curv*

Conft Laakys r/B = Thela

k 1S.S w*'/**

WELL INFORMATIONWELL KXNTIKATION t UW-16DDATE OT AQUFEfl TEST t 10/10/02AQUIFER THCKNESS (b] z 2.S50E40D02 ftDISCHARGE RATE (0} : 1.54.2E40D02 gpmPUhFMG WELL RACUS (r) t 5.000E-OD01 ftDBTANCE OF OBSERVATION WELL FROM PUWFINC WELL (d) : 2.700E40D02 ft

D-29recycled paper • c<-»l<.2> and environment

recycled paper ecology and environmefi D O |i O C ! O

1.05

MW-16VD : RW-1VD RECOVERY

log t (mln)

0.00 1.00 2.00 3.00 4.00 5.00

- 0.05

•2 -0.95

-1.95

MatchPoint ra

i

2.00

1.00

0.00

-2.09 -1.09 -O.09 0.91 1.91 2.91

teg 1/U

O - Data+ — Typo Curve

Conf. Leaky: r/B = 0.4-0

-1.00

MATCH POINT SOLUTIONt = 1.000E-K3001s = 1.000E+00011/U = 8.128E-0002W(U, r/B) = 1.122E+0000

Transmlsslvlty (T) = 1.465E+0003 gpd/ftHydraulic Conductivity (K) = 1.396E+0001 gpd/sq ftStor atlvlty (S) s 1.16 3E-0 003Leakage Factor (B) * 6.000E+0002 ftWELL NFORMATION

WELL DENTFICATIONDATE OF AQUIFER TESTAQUIFER THCKNESS (b)DISCHARGE RATE (Q)PUMPING WELL RADIUS (r)DISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d)

MW-16VD9/28/921.050E+0002 ft1.140E+0002 gpm5.000E-0001 ft2.400E+0002 ft

D-30

AR3026U3

0.01.16

^ 0.16

ZJ»

-1.84™ * 1 »f

MW-16VD: COMBINED TEST RECOVERY

log t (mtrO

0 \JQO 2,00 3 )0 4.00 &£i i i i

i i i itfi -C.Bfl 0.11 1.11 2.11 3.1

kg 1/U

O -Dotu+ - Typa <Xirv»

Conf. Lsdfft r/B s Thela

02-00

1.00 5-

0.00

-1.001

WELL INFORMATIONWELL BENTTOATION s MW-16VDDATE OF AQLTER TEST : 10/10/02AQUIFER TrtCKNESS Q>] : 2JI50E40D02DISCHARGE RATE (Q) t 1.54-2E+OD02PUfcRNG WELL RADUS 00 : 5.000E-OD01CtSTAMCE GF OBSERVATION WELL FROM PUVFING WELL (d) : 2.610E+OD02

ft

ftft

0-31

"""^IUIIunu'l™>umftR3026^i4.

MW-17S: RW-1S PUMPING

bg t (mlh)

0.00 1.00 2,00 3.00O.70

- -1.00 5-IQ

D - Data+ — Typ« Cbrv*

Unoonf. EtaErtfc: txrfa = 0.001

MATCH POINT SOLUTIONt m 1.0DOE4O001• c 1.0DOE-O0011/Ua • 3.8B1E-0003W(Ua.E} « 5 )12E-0001

TrarairnlB»1vlty (T) E 2J82E40D04 gpd/ftHydraulic ConductMty (K) s 8 34E40D02 flpd/iq ftSloratMty (S) = 3.0S7E-C002

WELL MTORMAHONWELL BEMTflCATIONDATE OF AQLWER TESTAQUIFER TWCKNESS (b]DISCHARGE RATE (Q)PUkPMC WELL RADUS (r)BSTAMCE OF OBSERVATION WELL FROM PUMPIHC WELL (d)

MW-17S10/22/023JSOOE+OD01 ft

gpm5.000C-OD01 ft4.060E40D02 ft

D-32

0.001.33 ——

MS" 0.33 - P<

fen•2 -0.67 -

&< ft -1.86

MATCH POINTt =1.0s = 1.01/U = 1.3W(U, r/B) = 2.1

MW-1 7D : RW-1 D RECOVERY

log t (mln)

1.00 2.00 3.00 4.00 5.0i i i i

atch ^^ + + + + + + "*"

• ^ ^

,&/

,ds£&*tq&$

i i i i

01.00

0.00 5-4Q

^d

-1.00

i nn-0.86 0.14 1.14 2.14 3.14

tog 1/U



SOLUTIONOOE+0001 Transmlsslvlty (T) = 3.405E+0004 gpd/ftOOE+0000 Hydraulic Conductivity (K) = 2.197E+0002 gpd/sq ftBOE-0001 Storatlvlty (S) = 6.148E-00033BE-K)000 Leakage Factor (B) = 3.860E-KJ003 ft

, WELL FORMATIONWELL DENTFICATION MW-17DDATE OF AQUIFER TEST 10/4/92AQUIFER THICKNESS (b) 1.550E+0002DISCHARGE RATE (Q) 1.390E+0002PUMPING WELL RADIUS (r) 5.000E-0001DISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d) 3.860E-KJ002

ftgpmftft

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D-34

0.95

MW-18S : RW-1D RECOVERY

log t (min)

0.00 1.00 2.00 3.00 4.00 5.00

-0-05

=?

5-,.:05

-2.05

MatchPoint

1.00

0.00

-1.00

4*

-0.79 0.21 1.21 2.21 3.21 4.21

tog 1/U


Conf. Leaky: r/B = Theis

-2.00

MATCH POINTt = 1.000E-KJ001s = 1.000E+00001/U = 1.622E+0000W(U, r/B) = 8.913E-0001

SOLUTIONTransmlsslvHy (T) = 1.419E+O004 gpd/ftHydraulic Conductivity (K) = 9.157E+0001 gpd/sq ftStoratlvlty (S) = 2.893E-0003

WELL NFORMATIONWELL DENTFICATIONDATE OF AQUIFER TESTAQUIFER THICKNESS (b)DISCHARGE RATE (Q)PUMPING WELL RADIUS (r)DISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d)

MW-18S10/4/921.550E+0002 ft1.390E+0002 gpm5.000E-0001 ft1.060E+0002 ft

D-35

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0.000.46 ———

Mfi- -0.54 - P<

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-O.92

MATCH POINTt SB 1.09 - 1.01/U s 1.2W(U, r/B) = 2.8

MW-1 8D : RW-1 D RECOVERY

log t (mln)

1.00 2.00 3.00 4.00 5.00—— _, — —— — ' . gff*** ———— i ————— 1-°°

atch J$r

** f ~ °-°° S/ §

^P - -i.oo

)

———— 1 ——————— 1 ——————— 1 ——————— 1 ——————— 2.000.08 1.08 2.08 3.08 4.08

log 1/U



SOLUTIONOOE+0001 Transmlsslvlty (T) = 4.593E-K)003 gpd/ftOOE+0000 Hydraulic Conductivity (K) = 2.963E+0001 gpd/sq ft02E-H3000 Storatlvlty (S) = 2.737E-000384E-0001 Leakage Factor (B) = 1.029E+0002 ft

WELL INFORMATIONWELL DENTFICATION MW-18DDATE OF AQUFER TEST 10/4/92AQUIFER THICKNESS (b) 1.550E+0002 ftDISCHARGE RATE (Q) 1.390E+0002 gpmPUMPING WELL RADIUS (r) 5.000E-0001 ftDISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d) 7.200E+0001 ft

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B

CD

D-37

R 3 0 2 6 S (1

1.04

0-04

D)•2 -0.9B

MW-18VD : RW-1VD RECOVERY

log t (mln)

-1.00 0.00 1.00 2.00 3.00 4.00

-1.9B

2.00

1.00

0.00

-0.51 0.49 1.49 2.49 3.49 4.49

teg 1/U



-1.00

MATCH POINT SOLUTIONt = 1.000E+0000s = 1.000E+00011/U = 3.090E+0000W(U, r/B) « 1.096E+0000

TransmlsslvHy (T) = 1.432E+0003 gpd/ftHydrauHc Conductivity (K) = 1.364E+0001 gpd/sq ftStoratlvlty (S) = 1.721E+0005Leakage Factor (B) = 1.250E-0002 ftWELL INFORMATION

WELL DEMTFICATtONDATE OF AQUFER TESTAQUIFER THICKNESS (b)DISCHARGE RATE (Q)PUMPING WELL RADIUS (r)DISTANCE OF OBSERVATION WELL FROM PUMPING WELL (d)

MW-18VD9/28/921.050E+0002 ft1.140E+0002 gpm1.220E+O002 ft1.000E-0003 ft

D-38SR30265)

MW-18VD: COMBINED TEST RECOVERY

tog t (mfri)

-1.00 0.00 1.00 2.00 3.00 AJQQ1.CO

» 0.60

•S -0.40

I I I I

Point _. .-fl flP* *1*11 ^Efl j«S&» ^1 ^

a-

I I I !

——————— ZJOO

***»•

• §- O.OO

-0.52 O.48 1.48 2.48 3.48 4.48

log 1/U

O -Data+ - Type Ourv»

Conf. Lsaky: r/B = Tmle

MATCH POINT SOLUTIONt SB• s1/UW(U r/B) -

1.0DOE4000Q TraremlB»1vlty (T) s :1 )DOE+D001 Hydraulfc CanduetMly (K) = :3.0ZOE+0000 SIcratMty (S) s £3.QB1E4OOOO

WELL INFORMATION

r,035E40D03 gpd/ftL468E40D01 flpd/Bq ftU111E-OD05

WELL EEMTITCATION t UW-lflVDDATE OF AQUIFER TEST t 10/1 0/82AQUIFER TUCKNESS (b) : 2.B50E+OD02 ftnSCHARGC RATE (Q£) t U >42E40D02 gpmPUKftJG WELL RADUS (r) ' 5.000C-OD01 ftOSTAMCE GF OBSERVATION WELL FROM PUWFIHC WELL (d) : 1 20E40D02 ft

D-39ecoI<j«Y>la»}i *iHt,WMrft >''i| s j O r C O

APPENDIX E

ANALYTICAL RESULTS

E-l

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of 1

Table E-l

TEMPORARY TREATMENT SYSTEM INFLUENT(Results in pg/L)

SampleIdentification

ASI-TSS-1

ASI-TSS-2

ASI-TSS-3

ASI-TSS-4

Date

—

9-16-92

—

9-19-92

Time

1145

1639

1455

1530

DCE

15

15

25

80

TCA

>50

290 D

695 D

824 D

Key:

D — Diluted sample result.

0&ZE3933 D4I37-0201/W-D1B?Per i "'"fiJi nml environment! r> O A O C C. Cler ecology ana environment n K /} y / Q K IJ

P«gc 1 of 1

Table E-2

STRIPPER INFLUENT - PUMPING WELL RW-1S(Results in /tg/L)


RW1S-A1-1

RW1S-A1-2

RW1S-A1-3

RW1S-A1-3 Dup.

RW1S-A1-4

RW1S-A1-5

RW1S-A1-6

RW1S-A1-7

RW1S-A1-8

RW1S-A1-9

Date

9-21-92

9-22-92

9-22-92

9-21-92

9-22-92

9-22-92

9-22-92

9-23-92

9-23-92

9-24-92

Time

1551

1200

1230

1830

1300

1500

1900

0300

1200

1054

DCE

19

2 J

—

39 D

30 D

36 D

N

36 D

36 D

43 D

TCA

>50

40

5

490 D

380 D

460 D

450 D

480 D

440 D

380 D

Key:

J = Estimated result (below quantitation limit).N «= No result due to instrument Mure.D = Diluted sample result.

(&ZE3933 D4137-OM)2/m>l E-10

AR30266

of 1

Table E-3

STRIPPER INFLUENT - PUMPING WELL RW-1VD(Results in /tg/L)


RW1VD-A2-1

RW1VD-A2-2

RW1VD-A2-3

RW1VD-A2-4

RW1VD-A2-1

RW1VD-A2-2

RW1VD-A2-3

RW1VD-A2-4

RW1VD-A2-5

RW1VD-A2-6

RW1VD-A2-7

RW1VD-A2-8

RW1VD-A2-9

Date

9-25-92

9-25-92

9-25-92

9-25-92

9-26-92

9-26-92

9-26-92

9-26-92

9-26-92

9-26-92

9-27-92

9-27-92

9-28-92

Time

1003

1033

1103

1220

1255

1325

1405

1505

1724

2105

0505

1305

1432

DCE

87 D

60 D

83 D

150 D

71 D

62 D

95 D

76 D

100 D

95 D

62 D

90 D

76 D

TCA

980 D

620 D

< 1,000 D

1,500 D

990 D

740 D

1,200 D

1,250 D

1,200 D

1,000 D

310 D

1,000 D

650 D

Key:

D = Diluted sample result.

02ZE3933 D4137-02/01/J3-D1 £-11recyeepcpffl|bpeper ecolosvlnpri amSi<mnw(uim<'ni „ .. e\ r> r r\flRJU^662

of 1

Table E-4

STRIPPER INFLUENT - PUMPING WELL RW-1VD(Results in pg/L)


RW1VD-A3-1

RW1VD-A3-2

RW1VD-A3-3

RW1VD-A3-4

RW1VD-A3-5

RW1VD-A3-6

RW1VD-A3-7

RW1VD-A3-8

RW1VD-A3-9

Date

10-2-92

10-2-92

10-2-92

10-2-92

10-2-92

10-2-92

10-3-92

10-3-92

10-4-92

Time

0948

1028

1048

1148

1348

1748

0148

0948

0948

DCE

82 D

120 D

89 D

100 D

100 D

110 D

89 D

44 D

64 D

TCA

1,100 D

1,600 D

1,100 D

1,500 D

1,200 D

1,100 D

910 D

1,200 D

920 D

Key:

D «= Diluted sample result.

023EJ933 D4I37-OZ«i/93-Dl £-12 flR3D2663

of 2

Table E-5

STRIPPER INFLUENT - COMBINED PUMPING TEST(Results in pg/L)


RW1S-CT-1

RW1S-CT-2

RW1S-CT-3

RW1S-CT-4

RW1S-CT-5

RW1VD-CT-5

RW1S-CT-6

RW1VD-CT-6

RW1S-CT-7

RW1VD-CT-7

RW1S-CT-8

RW1VD-CT-8

RW1S-CT-9

RW1D-CT-9

RW1VD-CT-9

RW1S-CT-10

RW1D-CT-10

RW1VD-CT-10

RW1S-CT-11

RW1D-CT-11

RW1VD-CT-11

RW1S-CT-12

RW1D-CT-12

RW1VD-CT-12

RW1S-CT-13

RW1D-CT-13

RW1VD-CT-13

RW1S-CT-14

Date

10-06-92

10-06-92

10-06-92

104)6-92

10-06-92

104)6-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

10-06-92

104)6-92

104)6-92

104)6-92

104)6-92

104)6-92

lime

1139

1209

1239

1309

1339

1339

1409

1409

1439

1439

1509

1509

1539

1539

1539

1609

1609

1609

1639

1639

1639

1739

1739

1739

1939

1939

1939

2339

DCE

71 D

110 D

71 D

68 D

64 D

36

71 D

36

57 D

43 D

64 D

46 D

64 D

93 D

50 D

64 D

82 D

43 D

57 D

79 D

46 D

50 D

86 D

54 D

54 D

82 D

54 D

64 D

TCA

910 D

870 D

1,000 D

1,000 D

960 D

420 D

1,000 D

380 D

960 D

440 D

920 D

430 D

840 D

1,300 D

430 D

600 D

1,100 D

400 D

730 D

1,100 D

430 D

530 D

1,200 D

560 D

770 D

1,100 D

560 D

790 D

0&ZE3933 D4137-02A11/9J-D1ecolaywlapd «niiij«mi«,m

of 2

Table E-5

STRIPPER INFLUENT - COMBINED PUMPING TEST(Results in /tg/L)


RW1D-CT-14

RW1VD-CT-14

RW1S-CT-15

RW1D-CT-15

RW1VD-CT-15

RW1S-CT-16

RW1D-CT-16

RW1VD-CT-16

RW1S-CT-17

RW1D-CT-17

RW1VD-CT-17

Date

10-06-92

10-06-92

10-07-92

10-07-92

10-07-92

10-08-92

10-08-92

10-08-92

10-10-92

10-10-92

10-10-92

Time

2339

2339

0639

0639

0639

0039

0039

0039

—

—

-

DCE

68 D

54 D

64 D

68 D

SO D

64 D

77 D

32

54 D

50 D

17

TCA

980 D

590 D

810 D

950 D

580 D

980 D

1,000 D

490 D

1,200 D

1,200 D

410 D

Key:

D = Diluted sample result.

m.-revm D4I37-OZTC/W-D1

E'14 15R3G2665

of 1

Table E-6

SPLIT SAMPLE ANALYSIS - USEPA CRL(Results in /ig/L)


ASE-TSS-2

RW1S-A1-7

ASE-A1-7

RW1VD-A2-7

ASE-A2-7

RW1D-A3-9

ASE-A3-9

RW1VD-CT-9

RW1D-CT-9

RW1S-CT-9

ASE-CT-9

RW1S-CT-15

RW1D-CT-15

RW1VD-CT-15

ASE-CT-15

Date

9-16-92

9-23-92

9-23-92

9-27-92

9-27-92

10-4-92

10-4-92

10-6-92

10-6-92

10-6-92

10-6-92

10-7-92

10-7-92

10-7-92

10-7-92

Time

1639

0300

0300

0505

0505

0948

0948

1539

1539

1539

1539

0639

0639

0639

0639

1,2-DCA

—

-

—

1.2

0.9

1.1

0.8

—

0.8

0.8

1.0

—

—

1.1

0.8

1,1-DCA

—

-

—

2.6

0.7

2.1

0.7

1.2

3.0

2.1

—

2.1

1.5

2.4

0.6

DCE

, 1.7

40.9

0.3

52.3

5.0

49.8

4.8

13.9

77.2

41.2

—

40.2

32.3

56.2

4.6

TCA

33.9

306

8.6

376

60.7

524

71.6

271

854

410

70.6

357

262

474

63.2

PCE

—

0.7

—

1.0

0.2

0.9

0.2

0.5

1.3

0.9

0.2

0.8

0.6

0.9

0.1

01ZEJM3 D4137-Oa«yW-Dl E~ 15r ecolqg,,, 8nV*r«wn4 ,,3 Q 2 6 6 6

of 1

Table E-7

AIR STRIPPER EFFLUENT RESULTS(Results in /ig/L)


ASE-TSS-1

ASE-TSS-2

ASE-TSS-3

ASE-TSS-4

ASE-PT-1

ASE-A1-6

ASE-A1-7

ASE-A1-8

ASE-A1-9

ASE-A2-7

ASE-A2-9

ASE-A3-7

ASE-A3-9

ASE-CT-7

ASE-CT-9

ASE-CT-15

ASE- T-17

Date

—

9-16-92

—

9-19-92

—

9-22-92

9-23-92

9-23-92

9-24-92

9-27-92

9-28-92

10-2-92

10-4-92

10-6-92

10-6-92

10-7-92

10-10-92

Time

1145

1639

1455

1530

—

1,900

0300

1200

1050

0505

1432

0148

0948

1439

1539

0639

-

DCA

—

-

—

3 J

—

—

—

—

—

-

—

—

—

—

—

—

-

DCE

-

-

4 J

3 J

—

—

—

2 J

—

4 J

3 J

2 J

3 J

-

3 J

3 J

2 J

TCA

43

34

93 D

140 D

8

8

8

39

23

59 D

38

90 D

69 D

16

87 D

68

47

Key:

D = Diluted sample result.J = Estimated result (below quantitation limit).

OiZQTO D4t3Tfl2*2/93-Dl

E'16 SR302667

combined pumping test - step 2

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