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Table 3 Groundwater Analytical Results - Volatile Organic Compounds - Chevron Service Station #9-6171, 6633 Pacific Avenue, Stockton, California <br /> continued <br /> EXPLANATION ANALYTICAL LA ORATORIES <br /> 1,2-DCA= 1,2-Dichloroethane APPL= Agriculture&Priority Pollutants Laboratories,Inc of Fresno,California <br /> L,I-DCA= I,1-Dichlomethane SAL= Superior Analytical Laboratory of San Francisco,California <br /> TCE=Trichloroethene GTEL= Groundwater Technology Environmental Laboratories Inc ,of Concord, California <br /> PCE=Tetrachlomethene SEQ = Sequoia Analytical Laboratories of Redwood City,California <br /> B -Benzene Quanterra = Quanterra Environmental Services of West Sacramento,California <br /> T=Toluene <br /> E=Ethyibenzene NOW <br /> X—Xylenes <br /> VOCs=Volatile Organic Compounds ' Well has been dry since December 15, 1989 sampling event <br /> ppb—Parts per billion 3 Chloroform detected at 14 ppb Other VOCs not detected at detection limits of 0 5 to 10 ppb <br /> ND=Not detected Not detected at detection limits of 0 5 to 10 ppb <br /> Not detected at detection limits of 3 to 20 ppb <br /> ANAL=rAl.MUTI-Inns ° BTEX concentrations included on Table 2 Other VOC's not detected at detection limits of 5 to 50 ppb <br /> ` All other VOC's were non-detectable with detections limits ranging from 40 to 200 ppb <br /> VOC=EPA Method 8240/EPA Method 624& ' All other VOC's were non detectable with detection limits ranging from 100 to 700 ppb <br /> EPA method 8260 ; All other VOC's were non detectable with detection limits ranging from 22 to 110 ppb <br /> Volatile Tentatively Identified Compounds not present at estimated detection limits of 100 ppb Positive <br /> identification or specification between isomers cannot be made without retention time standards <br /> 10 Volatile Tentatively Identified Compounds not present at estimated detection IMES of 250 ppb Positive <br /> identification or Specification between isomers cannot be made without retention time standards <br /> " Volatile Tentatively Identified Compounds not present at estimated detection limits of 56 ppb Positive <br /> identification or specification between isomers cannot be made without retention time standards <br /> 12 Split samples taken by Levme-Fncke-Recon,analyzed by Quanterra Environmental Services of West <br /> Sacramento Analytical results supplied by Levine-Fncke Recon <br /> Cts-1,2-Dichloroediene was detected at 16 ppb All other constituents were non-detectable <br /> All other constituents were non-detectable <br /> 's Cts-1 2-Dichloroethene was detected at 10 ppb All other constituents were non-detectable <br /> Benzene and toluene were detected at 13 and 12 ppb, respectively All other constituents were non- <br /> detectable <br /> " Toluene was detected at 2 1 ppb All other constituents were non-detectable <br /> is Cis-1 2-Dichloroethane was detected at 19 ppb Chloroform, t,1,I-Tnchloroethane,benzene,and toluene <br /> were detected at 1 7,7 6, 1 6,and I 1 ppb,respectively <br /> " Chloroform, 1,1,1 trichloroethane, benzene, and toluene were detected at 3 3, 9 0, 1 3, and 16 ppb, <br /> respectively <br /> 10 Cis-1,2-dichloroethane and 1,1,1,2-tetrachloroethane were detected at 19 and 1 8 ppb,respectively <br /> 512tvoC TQM <br /> 2 <br />