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J <br /> TTT <br /> 1 1IR <br /> it <br /> 2.7 Soil Analyses <br /> The soil samples will be sealed and stored on ice 'until transported to a <br /> California-registered laboratory. Soil samples will be analyzed for gasoline <br /> according to modified Method 8015. This method speciates and quantifies <br /> gasoline compounds by a solvent extraction of,hydrocarbons from the soil <br /> matrix, injection of the solvent into the capillary column of a gas <br /> chromatograph, and flame ionization detection of hydrocarbons. Also, soil <br /> samples will be analyzed for BTEX using method 8020. In addition total lead <br /> f <br /> will be analyzed by Atomic Absorption. <br /> i� <br /> 3.0 Presentation of Results and Recommendations! <br /> The results of the investigation will be presented in a report stating the k <br /> general geology, field procedures, analytical results, conclusions and (if <br />} : appropriate) recommendations for further investigation or remediation. The <br /> following outline will be used in the report. <br /> li <br /> 1.0 INTRODUCTION <br />� 1.1 Purpose of Work plan F <br /> 1.2 Site Background <br /> L� ,I <br /> 1.2.1 Site Description' ' <br /> 1..2.2 Site History <br /> I� <br /> it <br /> 2.0 PHYSICAL CHARACTERIZATION OF THE SITEI <br /> Il <br /> 2.1 Site Geology <br /> 2.2 Surface Water Hydrology <br /> 2.3 Population and Land Use i{ <br /> 3.0 NATURE AND EXTENT OF CONTAMINATION�j(if any) <br /> 3.1 Sources and Type of Contamination <br /> 3.2 Ground Water Impact <br /> k. 4.0 POTENTIAL CONTAMINANT FATE AND TRANSPORT <br /> 4.1 Potential Routes of Migration(if any) <br /> I' <br /> 4.2 Contaminant Persistence(if any) 1 <br /> k Work Plan :f Page 3 <br /> Custom Food Machinery <br /> I� July 1, 1992 <br />