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1 <br /> TABLES <br /> GROUNDWATER SAMPLE ANALYTICAL RESULTS <br /> U-HAUL FACILITY 8707-50 <br /> STOCKTON CALIFORNIA <br /> IAnalylcal Method EPA 8015M EPA 82008 <br /> Well ID Sample IDSamoan 7PHd TPHg Benzene Toluene Ethybanzene xyoa MTBE TBA(WR-) DIPE ETBE TAME 1 1 DCA 1.2 DCA <br />■■■ Oats (ug1Ll (u91L) OWL) (19L) {udL) (ug1LI ILVL) (W1U WWI.) (1.1911L) fLvk) <br /> t 1 < —7r— -20 0 A NA <br /> MW 108 12!5102 <O 50 <50 -20 -20 <2 0 -40 -50 <50 <5 0 -50 -50 NA NA <br /> MW 108 MW 108 3!25!03 013 J 15 J K2 0 -20 c2 0 -40 -50 K50 c5 0 <50 -50 NA NA <br /> MW 100 5/&03 ea <50 c0 56 -050 :0 50 i0 50 c0 50 K20 <0 50 KO 50 -050 0 50 -050 <br /> MW <br /> 1 2 1 < < < < <br /> I MW 10C 9/24102 :050 :50 :2 0 Q 0 -20 -40 430 150 -50 :5 0 <5 0 NA NA <br /> MW toc 12!5!02 0 11 c 50 <2 0 c2 0 -20 <40 c5 0 K50 -so -50 <5 o NA NA <br /> MW ice MW toc 3125103 011 J 15 J <20 K20 <20 <40 <50 <50 <50 40 150 NA HA <br /> MW 10C 518103 130 <50 to 50 -050 -050 060 -050 120 <050 <0 50 <0 50 <0 50 <0 50 <br /> MW 10C &70103 130 c50 c050 :050 <050 Q50 <050 <50 <050 c050 <050 <050 <050 <br /> MW 11 11 E it < < < A <br /> MW 118 MW 119 5!&03 140 :50 <D 50 <050 -050 <050 <050 <20 <050 -050 -050 -050 :050 <br /> MW 11 < 1t c4 < < <5 0 NA NA <br /> MW 11C MW 77C 5!8!03 88 50 :050 <050 <050 1050 <050 <20 c050 <050 c050 <050 c050 <br /> MW lie 9110'03 58 so <050 to 50 c0 S0 <050 c050 t50 :050 K050 <050 <050 K050 <br /> MW 128 MW 1,26 518703 77 <50 1050 <0 50 c0 50 -050 t051) c20 c0 50 <0 50 <0 50 <0 50 -050 <br /> t < < < < C <s 0 <br /> MW 12C MW 72C 51&03 <48 c50 -050 c0 50 -0513 <Q 50 :0 50 <20 -050 -050 <0 50 <0 50 <O 50 <br /> MW 12C 9110103 51 <50 KO 50 <0 50 "Oso -050 <0 50 -50 -050 -050 -050 .050 :0 50 <br /> ole <050 ---Tr t2 0 < < < < 1 J <br /> Fmnuer Domestic 103 Well 4115 K47 <50 <0 50 <0 50 <0 50 <0 50 <0 50 20 NA <0 50 NA 051 13 <br /> M01al Domestic Waif 5!8103 <48 <5o -050 -050 c0 50 -050 c0 50 <20 -050 -050 -050 to 50 to 50 <br /> ODmesdc Wellhead 5127103 NA NA -050 <0 50 -0 50 Ko 50 -30 NA <3 0 <3 0 -30 -050 30 <br /> Well Wellhead 8127103 NA NA -050 <0 50 <0 50 <0 50 .30 NA -30 -30 K3 0 -050 -050 <br /> 515/03 550D 120000 1 4 <50000 t 1200 <t -1200 <br /> 1 <br /> 103 <br /> 918NA 200000 13000 15000 3800 111000 <200 `2000 <2D0 :200 <200 NA 390 <br /> H2rrys HA MW 2 SIEU03 550 4 < < :t -to tto 300 <br /> Auto <br /> Monitoring 5/5103 -050 to 50 -0 So -050 to 50K < < <br /> Wens <br /> -4 DO al 7 <t <t —Ir- i1 --Tr- 13 <br /> 71&03 NA 7000 59 89 97 t40 c20 :200 <20 <20 <21) NA 49 <br /> OOHS primary maximurn ODntaminant Mono 10 150 700 1750 so nllne none riona 5 0 0 5 <br /> concentration for drinking Ester listed listed nsted listed 9stetl <br /> Notes <br /> TPHd Hydrocarbons Petroleum Hytlearbons as Diesel MTBE Methy ter Butyl Ether <br /> TPI-IgTotal Petroleum Hydrocarbons as Gasolene TBA tort Bt9yl A1Cehol <br /> ug1L miaograms per leer RIPE Diisopmpyl Ether <br /> K50 Analytical result fess than the indicated detection limit for the spedac analyte ET9E Ethyl ten Butyl Ether <br /> — Analysts not perforated due to bottle broken duraq transport to the lab TAME terl Anal MEthyi Ether <br /> NA Not analyzed J Flap indicates COnCelraW level above,the Method Detection <br /> COHS Calhomta Department of Neakh Services Limit(MDL) yet below the laboratory reporting iunit Estimated <br /> Volatile organic compounds analyzed using EPA Method 82808 concentrations In this range are,of unknown Oualky See <br /> Sample MW OD-0701 was a duollcate of sample MW 8.0701 laboratory analytical report for Individual MDL and RL for each <br /> Sample MW 8D 0901 was collected from the bottom of Well MW a sample <br /> Estimated value sample was re-analyzed after fold lime at a lower detection 9miL RL Laboratory Reponlrt0 Umh <br /> MDL Laboratory Method Oele*ion LufW <br /> I <br /> • <br /> 7aa50 hd OC XIa3 0MR T�I«rd< Papp 4 N4 <br />