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<br /> MW-2 -�- Monitoring well location EXPLANATION 2:80
<br /> MW-1 Groundwater extraction well location �.�,�x Groundwater elevation contour,in / e°
<br /> X feet above mean sea level(msl) "A
<br /> DW-2 Deeper monitoring well location , �.., NA r
<br /> (not used in contouring) /Well designation Port of ' 2,71 /
<br /> I_AII-1 X Destroyed well location ELEV. Stockton 2.55 No
<br /> Groundwater elevation in feet above msl Progeny / / NO
<br /> �E Overhead electrical line OE TP€id , :` N° 2'59 '
<br /> ( } TpN9 \ ND ND 2.17
<br /> eamsae TPHd,TPHg,benzene, MTBE,and TBA ! ND ND S' NO
<br /> -- E Electrical line(E) UWE concentrations are in micrograms per liter ND NO ND
<br /> r13A /
<br /> -- Unknown utility line(?) ♦ NA
<br /> NA NA 2,64 NO
<br /> Notes., # 3,100 NA I
<br /> 1 iz ,e 3,30o
<br /> Sanitary sewer line(SAN) J=Analyte was detected at a concentration below the , �g 73 ni
<br /> reporting limit and above the laboratory method detection limit.
<br /> �0 r Y%/ s.e 2
<br /> - - Water line(W) Reported value is estimated, o ♦ 3,00 ! j
<br /> -- — P - Product piping line(P) NA_Not available or not analyzed ! 1No7 „"r zaa°°0ao 1.53
<br /> - ,
<br /> ND Not detected ! NO r,! ,� Y.. 11,000 1,700
<br /> NDa=Elevated reporting limit;see laboratory report for details NO "' S7 ' "^ B2° 7,em 71;12Feneeline P g Y P 1a ! i� - y14,000 770 /
<br /> NS=Not sampled t 1.53 ril ; 510 r Nn
<br /> 570 /!v GI NDa , ND
<br /> — - Groundwater extraction *=Hydrocarbon result partly due to individual peak(s)in r 280
<br /> system piping quantitation range.
<br /> 4 _
<br /> ! ! f � NO
<br /> n o
<br /> h 1.42 L
<br /> 1300
<br /> 1.35 ' i ' -
<br /> /, /uu 90
<br /> 270 11/! � 1.7 `� 73/ 12
<br /> 310 iq, ND 1,800
<br /> ND �/r»r ND 2r4O i00 1180
<br /> 14 r 9180 ND ! lire 6,2 G 1/7, 5 3 Iia 0 1.92
<br /> r l l i 93 �/ /illi T NDa trees i/ ND i8o
<br /> 7 0.08 /+ r , ! NO V� Ntla 8.o 1 NO
<br /> ! t 94~1.13 < lire
<br /> 4 800 ! 1 1 8.7 i� / 1. !� NO
<br /> s 4,3ao 1,42 . NA
<br /> t_ 98 ! r!,! �� , tit '� 1.32 1.6my iso 4.75 \ ! NA
<br /> ti I I I 4 '4� 3,300 a} F�10 13,000 Ulf�' E
<br /> '`\ 70
<br /> ND r. N©r� hous 45E10 �_,. .`- /_ 101
<br /> 17 NO i
<br /> 12-1.00 -0. Sen!7,'fa
<br /> Pla OQ,s
<br /> NO0 50 10oft 110 ' 1,40 Load
<br /> 3,700 saA
<br /> ND 59 -�S5
<br /> D.OO N
<br /> 90
<br /> ND 1 r \ r L 3000
<br /> Tosco j
<br /> `
<br /> 1.07t �. \. NA 0.76 0.78
<br /> NO
<br /> t �C1UV-1 2,000 NS 71100
<br /> -0.16
<br /> ND O . t 2.300 4,200 r�; 0.91 i
<br /> ��
<br /> ND PJA
<br /> Port of }t lea -0.21 -17.03 ND8 - 1, �p
<br /> 250 —. r
<br /> Stockton 't 3 2140 450 ��l - _ . 1 4.50 A ' I
<br /> Property �101 1za 13
<br /> Port of
<br /> tt Stockton ssoo
<br /> 040
<br /> i
<br /> n 1 t19�v-27 ?: Property
<br /> -0
<br /> �v�a
<br /> . Tuser
<br /> -4.54 39
<br /> t ND -0.13
<br /> _ ND
<br /> N° N° # 120
<br /> Figure 2
<br /> —
<br /> NO 20 ND ND
<br /> No �' ' ___ _ 9NA 1
<br /> NO Groundwater Contour and j
<br /> i — --
<br /> NO t ..� Faced hS8 _—.— —
<br /> nSAN-17 --�
<br /> NA - --------_ __ ...- ---- Chemical Concentration Ma
<br /> y --_ September 7-9, 2011
<br /> . -0.97
<br /> 52 Shell Stockton Terminal
<br /> ND
<br /> 3515 Navy Drive
<br /> cap t
<br /> Stockton, California j
<br /> I:1SheII16-chars12417--1241729-Stockton 3615 Navy Drive1241729-REPORTS1241729-RPT32-3Q11 &4Q1 11241 729 3QM11-GW.DWG(0113112012) TT�
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