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TABLE A(Continued) <br /> Constituent B 7 L X MTBE+ TPH-G <br /> EPA Method (602) (602) (602) (602) (602)/ (5030) <br /> Detection Limits (8260) <br /> 03 03 03 06 10 005 <br />' ]x€11 µg/1 µg/1 µ€l1 µ€/1 mg/l <br /> SV-1 1116/97 41,000 17,000 3,300 6200 [1,4001 120 <br /> SV-2 4/23!98 49,000 66,000 3,200 17,000 26000.1 270 <br /> SV-3 7/]8197 71 000 73 000 3 900 19 000 [35 000] 280 <br /> SV-4 7/22/98 71,000 47,000 1,700 9,400 170,000*1 F 390 <br />' SV-5 10/22/97 55,000 73,000 3 900 19 000 37,000*1 290 <br /> S V-7 811196 91,000 75,000 3,000 18,000 7,800 360 <br />' <br /> 30/23/98 90,000 77 000 3 300 18,000 1 8001 360 <br /> SV-8 1/21198 87000 67000 3200 17000 6,400'1 310 <br />' SV-9 4/2/97 25,000 ND 1,500* 2,300 1,900 [79 0001 53 <br /> B,T E X=benzene,toluene,eth)l benzene and xylene ND=none dLtecled at or above laboratory reported detection ltmit <br />' TPH-C,=total petroleum hydrocarbons,quantified as gasoline ND X=none detected to a level of X <br /> MT1SE—methyl tertiary butyl ether *=detection limit raised due to elevated petrolcum hydrocarbon result <br /> NA=not tested for this analyte <br /> [xl=EPA Method 602 analysts indicates a concentration of x,result is not confirmed by EPA Method 8260,however Future analysis by EPA <br /> Method 8260 may indicate that MTBE is not present <br /> 1=other oxygenates/additives were analyaed by EPA Method 8260 and were not detected at or above the laboratory reported detection limits <br /> 1 <br /> Page-5- <br /> 1 <br />