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- BoringID. Depth Dale T'PF{as TPli as MTBF Brnznne l'oluenc henzdne Xyl-
<br /> Gesuline LDesel
<br /> Ttelk Yl J,BW __ 1,5 4.2 2A 22
<br /> SDI�
<br /> 60
<br /> 71d N! 5- - '1,000 - <I 3A It - f7
<br /> s" 8
<br /> DI t I - •nos I Lan65 4.03'1 1(� inlet tJ
<br /> Pipe 20' //V����////
<br /> 5-31-90 ._ ( 120 Y ---r- x I 0.<
<br /> eNAI..\"'IC•�I_: Su1TS OF SOIL SAMPLES r•Ipe 41Y 1
<br /> V/FSI Clay PIDPCRieB - 1.02 10.04 <0 M �
<br /> 639 W est'-lay Street,Stockton,California P-1 5 10-7-93 4 9 __-- V(
<br /> (Mg/kg) P-2 5 10-7-93 6 2 - 1.02 0.04 0.07 d5 J
<br /> 11.3 5 10-7-93 <I <I - 1.005 '0.005 '0.005 10
<br /> P2-R 6 3-4-94 <I .005 '0.005 1.005 1.005
<br /> Hoang 1 D. DoPO, Uma G aline U11esc1 MTBF. Brnzcne Toluene henzene Xylrncs __ -
<br /> '0
<br /> 1%1 38 3-4-94 53 <1 - <0 <
<br /> ,
<br /> .i 0.2 12 Li
<br /> Hr - H.-n1-99 1 _ -0.0`. --n.0o5 1o.00s OA46 0.0x4 -
<br /> ,• 6 '0.005 '0005 '0.005 QL005
<br /> IU-2o-99 Ltl <I 1.05 031 0.009 0.11 0.051 T-3 20 3-4.94 <I
<br /> ISIG 40 c]
<br /> 0.20-99 '-1
<br /> q 1.05 '0.005 '0003 '0.005 •=0906 't'� 20 34-94 5,200 <1 - <5 53 95
<br /> 616 6o 1540
<br /> 3-4-94 2,100 <l 4.8 23
<br /> MW9 20 10-21-99 <I <I
<br /> '0.03 '0005 '0.005 '0.005 'O.g05 T-6 l6 - 0..5 130
<br /> 0.005 '0.005 <
<br /> MW9 ?U 10.21.99 11 <I '0.05 10.005 N.005 '0.005 '0.005 T-8 16 3-494 'I ci
<br /> MW9 45 10-21-99 <1 <1 '0.05 <0205 <0.-5 1.005 '0.005 BI 31.5 3-28-94 10 <5x - O.IS 0.04 O.tO 032
<br /> „a,tg.®wp.sw eba�.ws•ranaamm.lnw,,oPm BI 36.5 3-26-94 <1 <5 - 0.04 0.05 10.02 '0.02
<br /> BI 41.5 3-28-94 21 <5" - 0.12 0.10 0.25 1.1
<br /> TABLE 6
<br /> ANALN'nCAL RESULTS OF HISTORICAL GROUND WATER SAMPLES-8015m,602 B2(MW-1) 36.5 3-28-94 <I <5a -- 0.03 <0.02 1.02 N.02
<br /> West Clay Property 2(MW-q 41.5 3-28-94 2.0 15a - 0.29 -0.02 0.08 0.03
<br /> 639 West Clay Street,Stockton,California
<br /> 2(MW-1) 463 3-28-99 8.8 <Sx - 0.42 0.06 0.84 '0 02
<br /> 33(NIW-2) 31.5 3-28-94 <1 <5a - 0.08 0.02 SAO 0.20
<br /> Well Uale Depth to TPH as IPI{as TT'3i as I Fli as MTBE Ff
<br /> Toluene Etbvl- Xylenes 3(MW-2) 36.5 3-28.94 240
<br /> <5x - 0.46 0.84 13 5,9
<br /> (Se3een GW C-01111 Diesel Mot-Oil CIII& benzene tl 48 15 86
<br /> interval (_reasc
<br /> 3( .2)1 41.5 3-28-94 1,200 10°
<br /> MW-10 to/28199 ?_ It,OOo 20.000 --- -- 66 640 76 84n 200.1. l.D. Depth D41q 1PH as TPH as MTBE B,-., "folueae Ethyl- X;lents
<br /> i10-30) Gasoiine Diesel i b-
<br /> B4, 11-19-96 -- <50 140 -.- '1,000• 15 <0.5 N5 0.8h H4(MW-3) 26.5 3-29-94 ,I 15" _-. 0.07 0.03 '0.02 '0.11),
<br /> B-8 11-19-9h -5n 7J --- '1,000• 15 10.5 10.5 ,1'. 1.4 114(MW-3) 31.5 3-29-94 <I 6a - 0.03 10.02 1-0.02 <o.02
<br /> B'1 10-6-99 --- 240.000 270.000 - - .40n 590 28,000 7,10, hh1x.On0 114(MW-3 36.5 3-19.94 <1 <5a -_ 0.03 '0.02 10.02 1.02
<br /> -- /\' B5 25 11-19-96 <I <I 1.05 1.005 '0.005 '0.005 <0.005
<br /> S
<br /> Well I.D. ample DIPS ELBE MT4E T'AML• tertiary `
<br /> Date _ to tanol B6 25 11-19-96 <I <1 1.05 1.005 <0.005 1.005 10.005
<br /> <0.005 N.005 1.005
<br /> MAA 9 It,28199 -10 10 170 10 tip �,� B6 }0 I1-19-96 <I <I <0.05 1.005? '- Z 67 10 11-19-96 <1 <t '0.05 <0.005 <0.005 10.005 10.005
<br /> MN'-IU 10128/99 70 > 35
<br /> -- < 0 B7 25 11-19-96 <I cl 1.05 0,005 <0.005 -A005 <0.005
<br /> B9 _ 10/6/99 SEL 131E
<br /> Sa le B01y1- Tbml B7 30 II-19-96 <1 <I 1.05 0.023 1.005 0.032 0.050
<br /> Sample ID '7'PH-g TPI I-d nen<ene Tnlucne brn l;,ocv
<br /> B8 20 11-19.96 <1 <1 -0.05 1.005 1.0(15 '0.005 '0.005
<br /> am
<br /> C PP11 r7$I IMI LAW 1'JO5U I2 E7 2.8 12,1
<br /> B8 30 11-19-96 <1 Q 1.05 1.005 '0,005 '0.005 '0.005
<br /> CPT01193.5-97.5 On/02'04 J,400 NA 180 1,300 350 1.750
<br /> MW4 25 5-23-97 cl <1 '0.05 1.005 1.005 '0.003 '0.005
<br /> CMM 1141 IN 0O' N 7,600 6.200• 27 490 230 1,270
<br /> MWS 25 543.97 <I <1 <0.05 '0.005 '0.003 1.005 '0.008
<br /> I:PT02,13-.141 Utv03/04 30.000 25,000• 170 2.300 1,x00 6.600
<br /> MW6 30 8-26.98 <I <1 <1 10.005 x1.005 N.005 1.0(15
<br /> CPT03;5654 OBmVO4 27,000 BA00• 21 1,000 1,700 6,200
<br /> MW6 45 8-26-98 <I -I <I '0.005 1.005 1.005 1.005
<br /> CPr03(7479 ONOM04 110 '50 -0.5 10 11.6 38 /450 150 2.4 29 I7 103 -
<br /> GPTTIJ,U7-137 06iCwrn4 [� MW7 20 8-26-98 <1 <I <O.Oo5 '0.005 <0.005 1.005
<br /> <1 '0.005 1-005 1.005 '0.0(18
<br /> CrMV176180 060"04 5,400 3.000• 23 330 200 1,180 MW7 25 8-26-98 11 -
<br /> CPT04/80-84 0610748 150 150 '0.5 10.5 <0.5 10.6 MW7 30 8-26.98 <1 <1 <1 1.005 1.005 10.005 1.005
<br /> CT 704/166470 OW0744 150 '50 10.5 <0S 10.5 <0.6 MW8 30 8.27-98 <l <I <1 <0.005 1.005 1.005 10.005
<br /> CHBU1,78-02 0607.04 --50 150 10.5 10.5 <0.5 10.66 MW8 45 8-27-98 <i <l <I 0.012 1.005 '0.005 0.012
<br /> snrpk to .sa -- UQ'E PnIF Mrae TAME rOrt F0a 1=-IX'A munol McMno1 B9 15 10.6-99 71000 31000 <10 <0,5 180 190 1.100
<br /> <YTOIT.p OigLM <l <i <I <I <w 163 10.5 150 11,0x1 B9 20 10-6-99 3,100 4,100 <Z /3 210 130 650
<br /> -Pros u3.3•m5 64USN4 <I n <I n •an 10.5 mos 150 -4000 B9 23 10-6-99 160 200 10.1 0.033 1.3 4.0 13
<br /> crT02l1ana 04r01W <I <I <7 <I <lo 10.5 ms <w '4606 gq 4U 10.699 12 -'1 <0.05 •:0.005 0.08 0.044 0.24
<br /> CP'fUL137141 060MN <I <I <I 11 110 10.5 105 150 '1.000 69 55 10-6-99 25 11 <0.1 -X0.(107 0.61 0.46 3.0
<br /> C'Pim/So:V 04oLo4 <r <I <I <I -l0 10.5 105 150 <I,oOo B9 65 10.6-99 <I.0 <I <0.05 10.005 •'0.005 1.005 10.0W
<br /> -I'3n3,7a7g o6104,D4 <I <I <I <I <IO 105 10.5 150 '1,000
<br /> B10 20 10-6-99 320 650 1.2 10.01 10.01 0.96 2.1
<br /> C"N IW'133437 060404 <I <I <I <I :to ca5 10.3 <50 '1,000
<br /> r (9703I17&IW 060M <I <I <I <I 110 <0.5 4).5 <50 '1,000 BIO 35 10-6-99 13 3.0 1.05 0.56 1.7 0.34 1.6
<br /> CPn1480-84 060)N4 <1 <1 <1 11 B10 43 10-699 1,100 200 <] 9.1 45 19 96
<br /> crr0u166-t7o o6ntro4 <I <1 <1 <1 to 163 10.5 150 <I.W B10 63 1 10-699 1.1 <I <0.05 0.011 0.042 0.021 U nub
<br /> t.nn,u�A-82 o 7- <I <I --1 < <u1 X0.5 m5 150 <1 i>M, O BIO 80 10.7.99 6.4 1.8 1.05 0.045 0.20 0.097 (1.1(1
<br /> 4
<br /> Sample ID. Porosity Permeability Specific Gravity Percent /
<br /> efcenl (Cm/sec) Or anics S( BIO 90 10-7-99 17 4.0 10.05 0.081 035 0.20 1.0
<br /> �,
<br /> IU-6 x
<br /> 3 '-`> Bit 45 10-7-99 85 29 10.1 039 2.2 L4 _7 0
<br /> B9-50 41.47 ,
<br /> B10-25 42.61 3 It.10.7
<br /> 2.75 2.3 Bit 60 10-7.99 3.1 IA '0.05 0.12 0.024 0.074 0.15
<br /> h 45.32 2x 10.6 2.72
<br /> B10-30
<br /> 1 2 111; 70 lox-99 7.6 23 10.05 0.410.099 0.20 0.46
<br /> isll 90 I0.7-99 <I <I '0.05 0.009 0.019 0.012 0A52
<br /> Bit-35 40.00 6x10-3 2.69 0'3 Hu 95 10-7-99 <1 <l '0.05 1.005 -coos '0.005 '0.00'
<br /> 811-55 33.98 2 x 10-7 2.07 I.I
<br /> B12 1 45 10.8.99 2.8 <I '0.05 0.068 0.02e 0.13 0.19
<br /> MW9 15 3.48 3.,10-0 2.72 B12 55 10.8-Y9 <1 <I <0.05 0.02 0.005 0.060 0.036
<br /> B12 80 10.8-99 <I 11 1.05 '0.005 101005 <0.005 '0.008
<br /> H13: 30 10-8-99 <l <I <0.05 '0.005 1.005 1.005 10,005
<br /> 1113 40 10.8439 <1 <I '0.03 -0.005 '11005 1.005 -`0.005.
<br /> 111435 111-19-99 <I <I <0:05 <0.005 <0015 1.005 1,005
<br /> "4 50 10.19-99 12 23 <0.2 1.1 0.64 034 IA
<br /> 614 55 10-19-Y9 <t <1 1.05 0.063 10.005 0.014 0,06
<br /> BI5 i0 10-19-99 3.9 <1 0.09 0.71 "22 .17 0.57
<br /> B9-99 is 65 10-1 <1 <1 10.05 O.M O.M 0.012 0.29
<br /> BIS 75 10-19-99 I i <I <0.05 00.005 1.005 '000$ '0.005
<br />
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