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Warren H. Go a lm=vatinq <br /> Herman G Helea'e Marina <br /> November 18, 1991 Page-3- <br /> 294Q-TK2-S-11, 294Q-TK3-N-9 , and 294Q-TK3-S-9 . The last number <br /> in each sample identification indicates the depth in feet at <br /> which the sample was collected. The samples were collected by <br /> driving a clean brass sleeve into freshly exposed soil brought to <br /> the surface in a backhoe bucket. A seventh sample was collected <br /> from the stockpile at a depth of approximately eight inches by <br /> driving a clean brass sleeve into freshly exposed soil (See . <br /> Figure 3 for sample locations) . <br /> All soil samples were sealed at both ends with aluminum <br /> foil, capped, wrapped with duct tape, labeled, placed in a cooler <br /> chilled with Blue Ice and delivered under chain-of-custody <br /> procedures to GeoAnalytical Laboratories, Inc . , in Modesto, <br /> California, for chemical analysis . The soil samples collected <br /> beneath TK1 and TK2 were analyzed for benzene, toluene, ethyl <br /> benzene, and xylene (BTE%) by EPA Method 8020, total petroleum <br /> hydrocarbons quantified as gasoline (TPH-G) by Method 5030/LUFT, <br /> ethylene dibromide (EDB) by EPA Method 504, and total lead by EPA <br /> Method 7420 . The samples collected from beneath TK3 were <br /> analyzed for BTE% and total extractable petroleum hydrocarbons <br /> quantified as diesel (TEPH) by EPA Method 3550/LUFT. The sample <br /> collected from the stockpile was analyzed for all the above <br /> constituents . <br /> CONDOR <br />