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• The proce <br />a. <br />b. <br />c. <br />d. <br />e. <br />ssing sequence will consist of: <br />ore fed to the storage hopper <br />water and ore added to the rotating trortmel <br />finely screened material channeled to the recovery bowls <br />trt3terial larger than '/, inch passed through the trotrmel <br />to the waste rock piles, and <br />concentrated sarrl further reduced to separate gold frrxn <br />other material. <br />The processing rate will be approximately 50 tons per day. Water <br />for processing will be purchased from a company which has excess <br />water. Water requiranents will be approximately 3 acre feet per <br />year. <br />Waste Roclc Disposal <br />Waste rock froth the processing operation will be stockpiled for <br />backfilling of the pit once sufficient space is available. The <br />• material will not be crushed, and no chenicals will be added during <br />processing. <br />When the waste rock is backfilled, it will be graded to resemble <br />the surrounding topography. Slopes will average no more than 3:1, <br />which should enhance revegetation. <br />Mining Sequence <br />The penrut area will maintain a 50-foot buffer along the river. The <br />initial pit will start at the north side of the permit area and pro- <br />ceed south into the hill at the southern end of the permit area. The <br />material from the initial cut will be stockpiled after processing. <br />Material from the second cut, also starting at the north end of the <br />permit area and working south, will be used to backfill the first cut. <br />The second cut will be on the west side of the initial cut. See the <br />maps in EXI-IIBIT C for detail. <br />• <br />