ARCHIVED REPORTS XR0006513 - Laserfiche WebLink

Home Browse Search

TABLE 1 GROUNDWATER MONITORING AND CHEMICAL REM LTS FORMER REGAL STATION 603 6425 PACIFIC AVENEUE STOCKTON CALIFORNIA BELL I CASING TOP OF DATE DEPTH TC PROD VACUUM :QRRECTEITOTAL PET BENZENETOLUENE ETHYL XYLENES Methyl tert—Bucy DISSOLVED ELEVATION SLOT TOP OF THICK AT WELL GW ELEV HYDROCARB BENZENE Ether OXYGEN FEET AMSIFEET AMSL 14ATER HEAD FT ANSI,GAS--RA14GE 8020 8260 IN FEET IN FEET IN FEET PPB PPB PPB PPB PPB PPB PPB PPM MW11 12 81 —37 19 1aov9z 57 2 0 0 00 —44 39 MW11 12 81 —37 19 LQ,aa,9z 57 2 0 0 00 —44 39 <50 e0 3 <0 3 <0 3 <0 9 MWII 12 81 —37 19 11,11.92 56 84 0 0 00 --44 03 MW 11 12 81 —37—1—,) 12,09,92 56 4 0 0 00 —43 59 <50 <0 3 <0 3 <0 3 <0 9 MT<11 12 81 —37 19 01,15 93 55 78 0 0 00 —42 97 MU11 1 12 B1 —37 1a o2 00,93 54 78 0 0 00 —41 97 MW11 12 81 —37 19 03nv93 54 65 0 0 00 —41 84 <50 <0 3 0 3 <0 3 <0 9 Mull 12 81 —37 19 04,13.93 53 82 0 0 00 —41 01 MW11 12 81 —37 19 as.13.93 51 83 0 0 00 —39 02 MW11 12 81 —37 19 ab 14 93 53 08 0 0 00 —40 27 <SO <0 3 <0 3 <0 3 <0 9 MWil 12 81 —37 19 47.13,g3 51 84 0 0 06 —39 03 MWil 12 81 —37 19 as 20,93 53 42 1 0 00 —40 61 MW11 12 81 —37 19 0a-z3 53 42 0 0 00 --40 61 MW11 12 81 —37 19 u4 15 �3 53 5 0 0 00 —40 79 MULL 12 84 —37 19 0� _9 33 53 6 0 0 00 —40 79 MWi1 12 81 —37 19 09 53 6 0 0 00 —40 79 <50 <0 3 0 3 <0 3 <0 9 MW11 12 81 —37 19 11,05 33 53 19 0 0 00 —40 38 myll 12 81 —37 19 12 >> >3 52 53 0 0 00 —39 72 MW11 12 81 —37 19 0, 10 34 52 48 0 0 00 —39 67 <50 <0 5 0 5 —<0S <0 5 MW11 12 81 —37 19 03 34 50 96 0 0 00 —38 15 3010 = all com ottnds below detection 1>.mits Mull 12 81 —37 19 03 404 50 4 0 0 QO —37 59 50 1 0 5 <0 5 <0 5 -2 MW11 12 81 —37 19 03 „34 49 64 0 0 00 —37 03 MWii 12 81 —37 19 0519,34 s0 1 0 0 00 —37 29 MW 11 12 81 —37 19 db 44 49 48 U 0 00 736 67 <50 <0 5 <0 S <0 5 12 MWII 12 81 —37 19 98 1?.a4 51 64 0 0 00 —38 83 MW11 12 81 —37 19 03 14,34 50 5 0 0 00 —37 69 <50 <0 5 <0 S <0 5 <2 MWlI 12 Bl —37 19 10 b,94 SO 7 0 0 00 1 —37 89 MW11 12 81 —37 13 1111b q4 50 25 0 0 00 1 —37 44 <50 <0 5 <0 S <0 5 <2 MW11 12 81 —37 19 01, 5.35 49 64 0 0 00 —36 83 MW11 12 81 —37 19 03,15.95 48 73 0 0 00 —35 92 <50 <0 5 <0 5 <0 5 <2 MWI1 12 81 —37 19 04 1. q5 48 97 0 0 00 —36 16 MWil 12 81 —37 19 as L? as 47 58 0 0 04 —34 77 MW11 12 81 —37 19 0621,35 47 26 0 0 00 —34 45 <50 <0 5 <0 5 r0 5 <2 M4i11 12 81 —37 19 08 01 as 47 36 0 0 00 —34 55 MWii 12 81 —37 19 09, b,95 47 65 0 0 002 —34 84 TT;11 12 81 —37 19 10 17,as 47 37 0 0 00 —34 56 MW11 12 81 —37 19 L1 14 �5 47 05 0 0 00 —34 24 MWIl 12 81 —37 19 L 1145 46 55 0 0 80 —33 74 MWIl 12 81 —37 19 01 _ 9b 45 62 0 0 00 —32 81 MW11 12 81 —37 19 03 03 ,Ib 44 36 0 0 00 —31 55 <5fl 70 5 <0 5 <0 5 <2 MWI1 12 81 —37 19 04 n,.o6 43 02 0 0 00 —30 21 MW11 12 81 —37 19 05 aqb 42 05 0 0 00 —29 24 Mull 12 81 —37 13 06 0,�b 41 94 0 0 00 —29 13 <50 <0 5 <0 5 �0 5 <2 <50 3 MW11 12 81 —37 19 07 30,+� 42 62 0 0 00 —29 81 MWII 12 81 —37 19 09 L4.96 43 28 0 0 00 —30 47 X50 <0 5 <0 5 <0 5 <2 32 MWil 12 81 —37 19 1. 10,96 41 64 0 0 00 —26 83 Milli 12 81 —37 19 33 13 9? 39 06 0 0 00 —26 25 <50 <0 S. <0 5 <0 5 <2 15 20 1t�11I 12 81 —37 19 0b 11 9? 33 02 Q 0 00 —26 21