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0 0 <br /> Therefore, the eliminator 1000 is sized sufficiently to treat the <br /> leachate quantities predicted under the worst case scenario <br /> predicted by the HELP model. The system can also be upgraded to <br /> filter 2 , 000 gallons per 24 hours if needed in the future. <br /> The County has experimented with the eliminator 1000 by testing <br /> leachate for selected metals and VOC's before and after filtration. <br /> The results show that certain VOC's and metals detected before <br /> filtration were reduced to non-detect or near non-detect levels <br /> after the leachate passed through the system. For example, one <br /> sample taken from the sump contained the following VOC's at varying <br /> levels: Chloromethane, Chloroform, 1, 1-Dichloroethane, 1, 1- <br /> Dichloroethylene, Methylene Chloride, 1, 1, 1-Trichloroethane, <br /> Trichloroethylene, Trichlorofluoromethane, and Vinyl Chloride. <br /> After filtration with the eliminator 1000, all VOC's listed above <br /> were reduced to non-detect levels (See attachment 1 - Test <br /> Results) . Aluminum, iron, and zinc were also tested before and <br /> after filtration, and all three were reduced significantly when <br /> passed through the eliminator 1000 (Attachment 1) . <br /> All future modules will have a liner and Leachate Collection and <br /> Removal System. In addition, winter operations will be similar to <br /> that described above, so this plan will be followed in the future. <br /> In summary, surface runoff from surrounding terrain and Module 1 & <br /> 2 will be stored in the Surface Runoff Storage Basin to be used for <br /> 6 <br />