COMBINED PUMPING TEST - STEP 2

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TEST CT2, WELL RW-1S9.5

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COMBINED PUMPING TEST - STEP 3

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TEST CT3, WELL RW-1S30

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APPENDIX C

AMBIENT CONDITIONS MONITORING ANDATMOSPHERIC DATA

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MW—111 Response to Barometric Pressure Changes1006

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MW—10D Response to Barometric Pressure Changes0.05 ,—————————————————————————:——————————————————i 1006

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MW—11D Response to Barometric Pressure Changes1006

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MW-15VD Response to Barometric Pressure Changes1006

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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

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APPENDIX D

TYPE CURVES

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RW-1S - PUMPING WELL RECOVERY

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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

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RW-1S - PUMPING WELL RECOVERY

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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

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

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.WELL tCENTFKATION

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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)

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RW-1 D : COMBINED TEST RECOVERY

tog t (mlh)

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log 1/U

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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

RW-1 VD PUMPING WELL RECOVERY

log t (mln)

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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 ,

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tog t (mfh)

-2.00 -1.00 0.00 1.00 2.00 3.001.64

fi- 0.6-*MolehPoint

-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

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

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

-1.00«*

-1.77 -0.77 0.23 1.23 2.23 3.23

teg 1/U

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

AR302629

MW-111: RECOVERY - RW-1D

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

Match_Q _ Point , , ,

£• * ~ j ^

1 X^S> <9•2 -1.15 - ^

. ,- 9-3.51 -2.51 -1.51

O - Data

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

gjgtfP"1*"

EiaiWW1' - o.oo 5-<D

- -1.00 3

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

+ - 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

-1.99 -0.99 0.01 1.01 2.01 3.01

teg 1/U

O - Data+ — Type Curve

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

AR30263!

0.000.49 ———

M^ -0-51 - P<W

' DKO)^ -1.51 -

<G(3JQD

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

]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

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

-1.001.03 ———

Mi.£> 0.03 - P<vi.

-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

1.00 5-

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

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

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

•s- -1.00 §

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

RR302636

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

-1.001.13 ———

MST °-13 ~ P<\k_

•£ -0.87 -

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

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

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

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

1.00 f

-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

AR302639

M-0.41 - *

i*•* -1.41 -

-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

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

-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 -

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

-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

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

MatchPoint ra

-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

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

AR3026U3

0.01.16

^ 0.16

-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

1.00 5-

-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

"""^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

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

0.00 5-4Q

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

giL rn J U 1 6 k 6

iCP4OS

11 ii PI TII I ir r i I H II11 i I I in 111 i i i

c I— £

r- *• S i~ -H CD CO Vp

E 8D W• • • • CO p^CD *H CD CO C? Tt"II II II II II II

* W» «**M CO «rt

111 MI i i Inn i i i i lin 11 i i » ini 11 i i_i_ ~

MW-18S : RW-1D RECOVERY

log t (min)

0.00 1.00 2.00 3.00 4.00 5.00

5-,.:05

MatchPoint

-0.79 0.21 1.21 2.21 3.21 4.21

tog 1/U

Conf. Leaky: r/B = Theis

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

recycled paper coolopv nntl environmentrecycled paper ecology and environment

0.000.46 ———

Mfi- -0.54 - P<

f01•2 -1.54 -

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

_ __ *CF

0 zwCO o "

_ _ C5-cis

PL, _—s

111 i i i TIN i i i i mi F

CD in -H co s in oo. II II II II II II

__ \mm*

hi 1 1 i i i i INI 1 1 i i i liii 1 1in i i i » i 1 1 i i i i NI 1 1 i i i iii 1 1 i i i

R 3 0 2 6 S (1

D)•2 -0.9B

MW-18VD : RW-1VD RECOVERY

log t (mln)

-1.00 0.00 1.00 2.00 3.00 4.00

-0.51 0.49 1.49 2.49 3.49 4.49

teg 1/U

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 ^

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——————— ZJOO

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• §- 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

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Table E-l

TEMPORARY TREATMENT SYSTEM INFLUENT(Results in pg/L)

SampleIdentification

ASI-TSS-1

ASI-TSS-2

ASI-TSS-3

ASI-TSS-4

9-16-92

9-19-92

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

9-21-92

9-22-92

9-21-92

9-22-92

9-23-92

9-24-92

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

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

9-25-92

9-26-92

9-27-92

9-28-92

< 1,000 D

1,500 D

1,200 D

1,250 D

1,200 D

1,000 D

D = Diluted sample result.

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

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

10-2-92

10-3-92

10-4-92

1,100 D

1,600 D

1,100 D

1,500 D

1,200 D

1,100 D

1,200 D

D «= Diluted sample result.

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

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

10-06-92

104)6-92

10-06-92

104)6-92

10-06-92

104)6-92

1,000 D

1,300 D

1,100 D

1,200 D

1,100 D

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

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

10-06-92

10-07-92

10-08-92

10-10-92

1,000 D

1,200 D

D = Diluted sample result.

m.-revm D4I37-OZTC/W-D1

E'14 15R3G2665

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

9-16-92

9-23-92

9-27-92

10-4-92

10-6-92

10-7-92

1,2-DCA

1,1-DCA

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

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

9-16-92

9-19-92

9-22-92

9-23-92

9-24-92

9-27-92

9-28-92

10-2-92

10-4-92

10-6-92

10-7-92

10-10-92

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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