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<br /> <br />Gold VIII MILL Storm Water Maeaeeweat Plae Oelobar 7A,199S <br />STORM WATER DLSCAARGES ASSOClATID WITH MININIG ACTIVIITFS <br />Iadushial A Dlrectloa d Fbw PaOaatlal Pallolaots Pnaseot <br />Ara 1 <br />E 1 ee P See Extnbit B sotida <br />Mme waste dum area See Exhibit B Hea m solids <br />Area 2 <br />Tailings dmpoeal Pond. See Exhibit B Tadu~gs send, heavy metals. oHs, xs~e0e, pule oil, <br />soda solids <br />Ara 3 <br />Equipment Mainter~arrce <br />Area See Exhibit B Oil, suspended solids <br />Ara 4 <br />Road 8c disoubed areas See Exhibd B dad solids <br />Ara 3 <br />Undishubed area See Exhibit B solids <br />Ez<isting.Storm Water Diseharge Sampling Data <br />No data <br />5. Storm WdQ totality Conb~olr <br />a SWMPAdminiabator <br />Tim Hartley, ctin8 Mill ManaBa <br />P.O. Box 19255 <br />Boulder_ CO 80308-0304 <br />Phone: 303-541-9584 <br />b. RiskldeatiJlcation andAsatsamort <br />Sources potentially contributing pollutarrty to stone water disclmtgas were covered in <br />detail in Section 4 <br />The Gold Hill Mill can process a relatively small quantity of ore (maximum 50 tons per <br />day) and produces a limited amount of tailings. The concentration and toxicity of <br />chemicals that would be found in stone water in the event of a spill would be minimal. <br />The potential pollutants are not nonnelly toxic in a diluted form. <br />Any tailings that could be released in case of a spill would be more of a visual thmr e <br />toxic pollutant Storm waters or receiving waters would have to be relatively acid to <br />leach any heavy metals out of the tailings. <br />