ARCHIVED REPORTS XR0006513 - Laserfiche WebLink

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ENV TABLE 1 3ROUNDVATER MONITORING AND CHEMICAL RESULTS FORMER REGAL STATION 603 6425 PACICIC AVENEUE STOCKTON CALIFOAHIA WELL 9 CASING TOP OF DATE DEPTH TC PPOD VACUUM vORRECTEITOTAL PET BENZENETOLUENE ETHYL XYLENESMethyl tert-ButyDISSOLVED ELEVATION SLOT TOP OF THICV AT WELL GW ELE7 HYDROCARB BENZENE Ether OXYGEN FEET AMSIFEET AMSL WATER HEAD FT AHSI GAS--RANGE 8020 8260 IN FEET IN FEET IN FEET PPB PPS PPB PPB PPB PPS PPB PPM MW-1 8 92 -26 08 12 07 88 49 3 0 -40 38 20000 400 400 2017 300 MW-1 8 92 -26 08 04,12/89 49 08 0 -40 16 MW-1 -3S 05.0419 0 90000 3000 6300 1300 5400 MU-1 8 92 -26 08 05 22,89 49 08 0 02 -40 14 MW-1 8 92 -26 08 09,24183 53 81 1 26 -43 88 IIW-1 8 92 -26 08 10 t0 as 53 78 0 125 -44 76 MW-1 -35 10 <8 89 0 00 MW-1 8 92 -26 08 1101 39 54 12 0 04 -45 17 MW-1 8 32 -26 08 11.30 31 53 2 0 -44 28 M3J-1 832 -26 OB 01,12 3a S2 08 0 -43 1F 55000 8y0 6200 720 11 000 HW-1 8 32 -26 08 v t8.a0 51 92 0 -43 00 MW-1 8 92 -26 08 02 s/l0 51 `12 0 -43 00 MW-1 8 91 08 as >s S2 ill a -43 09 35000 2600 5600 290 4300 MW-1 d 92 -26 C8 tt _� 10 53 b6 0 08 -44 62 no sample tas en product is clear ellow lits-1 8 42 -24 Ota 13 w3+ S6 bb A -44 74 sheen of ficating product MIJ-1 8 82 -26 08 0e 31 54 24 0 -45 32 Sheen of floatinj product MW-1 10 12 -24 88 04 1s 31 56 21 0 02 -46 0% f lci5tinci product 1fV]-1 10 12 -24 88 t' 1 54 06 A 005 -43 =4 f 1oat nqproduct MW-1 10 12 -24 88 0121 _ 54 1 0 0 38 -44 3b tloating proditct-sheen MW-1 10 12 -24 89 0204 2 54 09 9 125 0 -43 8, flootlnproduct-sheen MW-1 10 12 -24 88 0310 az 53 b8 0 01 0 46 -44 01 01 FEET OF FLOATING PRODUCT - CLEAR YELLOW MW-1 10 12 -24 88 0429 _ 53 6 0 0 00 -43 48 WATER IS CLEAR NO PRODUCT M61-1 10 12 -24 88 0518 54 8 0 0 00 -44 68 SHEEN OF FLOATING PRODUCT - CLEAR YELLOW HW-1 10 12 -24 83 071p 55 0 0 35 -45 23 SHEET OF FLOATING PRODUCT - CLEAR YELLOW MW-1 10 12 -24 88 0114,12 S5 55 0 0 00 1 -45 43 SHEEN OF FLOATING PRODUCT - CLEAR YELLOW MW-1 10 12 -24 88 0, z 55 b8 0r226 830000 S80 3500 7511 26000 tiW-1 10 12 --24 88 01 .s �, 55 85 0 -46 98 MW--1 12 45 -�22 5S 10 08 9. S5 86 0 -44 75 MW-1 12 45 -22 SS 1111,12 55 b2 0 -44 84 MW-1 12 45 -22 S5 1, 09»2 55 34 0 -46 36 730 <0 3 <0 3 <0 3 17 MW-1 12 45 -22 5S 01 Is 43 55 72 0 -43 27 MW-1 12 45 -22 5S 0) 09 93 54 72 0 -44 27 MW--1 12 45 -22 55 a3 u 41 53 5 0 -43 67 1900 3 3 <3 4SO MU-1 12 45 -22 5S 03 11 3 53 5 0 2 62 -43 67 2200 t3 c3 <3 470 2fW-1 12 45 -22 5S 04 I5 31 S2 7 0 3 84 -44 Oa MW-1 12 45 -22 55 0s 18 A3 49 62 0 2 91 -40 08 MW-1 12 45 -22 SS at 14 =; 51 4 0 4 12 -43 07 1200 4 A 8 5 .3 0 130 MW-1 12 4S -22 S5 0> » 13 51 8 0 4 22 -43 57 MW-1 1? 45 -22 55 02, 0 q3 51 13 0 4 22 -43 75