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0 i <br /> will be processed on site or be disposed off site. <br /> The soil fed into the thermal processing unit will be heated to <br /> 300-500 degrees Fahrenheit to vaporize both the moisture and the <br /> petroleum hydrocarbon contaminants contained in the soil . The <br /> vapors are cleaned and condensed by a series of scrubbers and <br /> condensers. The combined condensate will be processed through an <br /> oil/water separator from which the recovered fuel will be sent to <br /> a commercial recycler. The water from the oil/water separator <br /> will be treated to remove trace concentrations of organics, then <br /> used for dust control on the treated soil . The operation and <br /> performance of the thermal processing unit is further described <br /> by the enclosed description of general capabilities and the <br /> piping and instrument (P&I) diagram. <br /> The performance of the unit and the quality of the recovered soil <br /> will be monitored as described in the attached Waste Analysis <br /> Plan. Each day' s production of recovered soil will be kept <br /> segregated pending confirmation by a State certified lab that <br /> clean-up levels as specified by the regulatory agencies have been <br /> met. After confirmation, the soil will be transferred to the <br /> recovered soil stockpile area and will be available for recycling <br /> and reuse. <br /> Although the unit may operate seven dabs per week, receipt of <br /> contaminated soils will be limited to normal business hours, five <br /> days per week. <br /> The facility staffing requirements are as follows: <br /> 1 - Facility Manager <br /> 1 - Lab Technician <br /> 2 - Facility Operators per shift <br />