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stations, and garages. Important to the project's oil recycling <br /> component is that used lubricants brought to the site will be sampled <br /> and tested to ensure that unknown and "off spec" contaminants are not <br /> present. In addition, only lubricants received under contract will be <br /> accepted; off-spec shipments will be returned to the generator or <br /> taken to a Class I disposal site. The water recovered in this process <br /> will be evaporated; any generated sludges will be disposed of at a <br /> Class I facility. <br /> The resulting biomass (after drying) would be made into biomass fuel <br /> briquettes. These in turn would be sent to local biomass-fired and <br /> cogeneration plants to be used as an energy source in their daily <br /> operations. The annual maximum capacity of this proposed system is <br /> 216,000 tons of biomass converted into briquettes, and 15,000 tons of <br /> waste oil recycled. The briquettry system will require 10 acres to <br /> accommodate equipment and storage; the oil recovery system would <br /> require less .than an acre. <br /> The proponents of the proposed recycling facility have been granted a <br /> 1-year variance to collect and transfer used motor oils. The used oil <br /> will be shipped to an out-of-state cement kiln where the oil will be <br /> used as fuel . <br /> The other proposed facility would impact petroleum-contaminated soil <br /> (unleaded gas, diesel, and unused motor oil ) and utilize a several - <br /> stage bioaugmentation process to render the soil nonhazardous. When <br /> it arrives at the site, the contaminated soil would be spread on an <br /> 8,000-square-foot by 1 .5-foot-deep concrete slab and fertilized with, <br /> nitrate (> 20 ppm) and phosphorous (> 5 ppm) . The soil would be <br /> wetted to bring its field moisture to 30 to 70 percent, then sprayed <br /> with a prepared bacterial additive. The soil would then be thoroughly <br /> mixed daily, until Federal and State regulatory standards are met. <br /> Laboratory testing of soil samples would be conducted every 2 weeks to <br /> determine the stage of the bioaugmentation process. Once the soil is <br /> PJ9 9390502D.00D 7-2 Rev. 1 11/08/88 <br />