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Mr. Laduca <br /> June 2 , 1987 <br /> Page 2 <br /> ° Conduct laboratory analysis of the two soil samples <br /> from each boring which exhibit the highest <br /> concentrations of hydrocarbon contamination as deter- <br /> mined by field inspection. The samples will be <br /> analyzed for total petroleum hydrocarbons (TPH) by EPA <br /> Method 3550/418 . 1 , and total volatile hydrocarbons <br /> by EPA Method Modified/8015 . <br /> Install monitoring wells in the three soil <br /> borings to assess any impact on the groundwater below <br /> the site. <br /> ° Develop and sample the three monitoring wells . The <br /> samples will be analyzed for total petroleum hydro- <br /> carbons by EPA Method 418 . 1 , and total volatile <br /> hydrocarbons by modified EPA Method Modified 602 . <br /> ° Provide a copy of the laboratory analysis and a copy of <br /> a drill log showing well construction and the materials <br /> encountered in the soil boring. <br /> BACKGROUND <br /> Groundwater Technology, Inc. was formed specifically to <br /> provide consulting hydrogeologic, engineering and management <br /> services to identify and remediate groundwater pollution <br /> problems. Groundwater Technology, Inc. has since become a <br /> recognized leader in aquifer restoration. Our research, design, <br /> engineering, manufacturing, and analytical laboratory <br /> capabilities enable us to complete all phases of a project from <br /> start to finish, anywhere in the world. <br />