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TABLE 1.1 (Continued) <br /> Impacts Mitigation Measures <br /> CULTURAL RESOURCES <br /> A small , prehistoric site identified Prior to issuance of any construc- <br /> on site would be directly affected tion permits, the site should be <br /> by building the proposed project. formally tested to determine whether <br /> Direct impacts would result from or not an intact subsurface deposit <br /> grading and excavation associated is present. If cultural features <br /> with construction. Indirect impacts are shown to be present, certain <br /> would arise from the movement of measures should be taken, including <br /> heavy vehicles across the site. one of the following: site avoid- <br /> ance, the placement of a protective <br /> earthen cap, or data recovery. <br /> Consideration should be given to <br /> having a professional archaeologist <br /> monitor previously unsurveyed areas <br /> during the construction period. <br /> AIR QUALITY <br /> The operation of the proposed Hydrocarbon emissions from the waste <br /> project would result in emissions of oil evaporator should be controlled <br /> air pollutants. through the use of a condenser/ <br /> activated charcoal filter system. <br /> Hydrocarbon emissions from waste oil <br /> handling should be minimized through <br /> the use of vacuum trucks and a <br /> vacuum delivery system. Emissions <br /> from reclaimed oil storage should be <br /> minimized by using fixed-roof stor- <br /> age tanks. <br /> Fuel use should be controlled to <br /> ensure combustion emissions would <br /> remain below acceptable levels. <br /> Particulate emissions from the dryer <br /> should be controlled using a <br /> cyclone. <br /> Particulate emissions from the <br /> briquette and pelletizer cooling <br /> operations should be controlled by <br /> using a cyclone. <br /> All biomass handling/processing <br /> equipment (except the reclaim hop- <br /> per) should be fully enclosed during <br /> 1-8 <br /> 104-8.R4 4/13/89 <br />