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' 1 filo]#rW 50 Bho, f-w nonnic iit if <br /> R4 UK(11 111LISSJ)J1ty ha 1 RCI)OH I'dwi u% 2 , 200, <br /> ' at depths of approximately 20, 30,and 50 feet bgs, respectively The lead brass sample sleeve from each <br /> sample depth was properly sealed, labeled, and placed in a storage container on ice for delivery to the <br /> ' analytical laboratory <br /> 32 1 Soil Laboratory Analysis <br /> Each soil sample was transported to Del Mar Analytical, Inc in Irvine, California for analysis Each soil <br /> ' sample was analyzed for a Level I bioassay and total petroleum hydrocarbons with volatile organics <br /> Soil laboratory analytical results are discussed in the bio-feasibility analysis section of this report <br /> (Section 4 4) A copy of the soil laboratory analytical report is provided in Appendix C <br /> 3 2 2 Soil Disposal <br /> Excess soil cuttings generated during the drilling program were contamcnzed in 27 Department of <br /> ' Transportation (DOT) 17H 55-gallon steel drums The soil drums were labeled and left on-site pending <br /> proper treatment and/or disposal One composite soil sample was collected from the drums for waste <br /> • profiling The sample was analyzed for extractable fuel hydrocarbons (diesel range), volatile fuel <br /> hydrocarbons (gasoline range), and benzene, toluene, ethylbenzene, total xylenes (BTEX), and fuel <br /> ' oxygenates The soil laboratory analytical results are summarized to Table 1 A copy of the laboratory <br /> analytical report is presented in Appendix D <br /> On May 29, 2002, the drummed soil was transported by Belshire Environmental Services of Lake Forest, <br /> ' California to TPS Technologies, Inc soil recycling facility located in Adelanto, California for disposal <br /> A copy of the shippers transportation manifest is provided in Appendix E <br /> ' 6 <br /> 1 <br />