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i <br /> soil samples ESPE--1 and SPE-23 were collected from within the <br /> eastern excavation stockpile at 3 feet below the surface. One <br /> I <br /> soil sample LSFIW7 was collected from within the western <br /> E <br /> _ F <br /> excavation stockpile at 3 feet below the suY-face. <br /> E <br /> All gasoline samples were analyzed using California DOHS LUFT <br /> methods for gasoline and diesel, for the fuel constituent <br /> volatile aromatics, benzene, ethylbenzene, toluene and total <br /> xylene EHTEXJ using USEPA Test Method 8020, halogenated <br /> hydrocarbons using USEPA Test Method 8010 and for EDB using <br /> i <br /> USEPA Test Method 504. The waste oil sample was tested for <br /> PCSs using U SEPP Method 8080, for^ total petroleum <br /> hydrocarbons as oil and grease using USEPA Method 418. 1, and <br /> for CAM Title 22 metals. <br /> TPH as gaso3 ire was detected in sample FAN--i at 3 feet beneath <br /> the north end of the product pipelines and adjacent to the <br /> three dispensers at a concentration of 50 mg/kg. Benzene was <br /> in this sample at 1. 2 mg/kq, and total lead was detected in <br /> this sample at 84 mg/kg. TPH as gasoline and volatile were <br /> not detected at or above the minimum detection levels in <br /> samples FSS--2, and FSC-3. TPH as gasoline was detected in <br /> sample TK-1S at a depth of 12 feet beneath the south end of <br /> the 51000 gallon leaded gasoline tank at a concentration of <br /> 21 mg/1;g, but not beneath the north end of the tank in sample <br />• <br /> TK-IN. Lead was detected in these samples at 6. 4 mg/kg and <br /> -3- <br />