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* Air emissions from the Facility will be limited. <br />* There will' * be no exterior deposit or storage of waste <br />materials.Numerous design features will prevent the acci- <br />dental contact of waste materials with on -site soils. <br />Specialized vessel and tank construction, internal storage <br />and diking, and specialized concrete flooring will be <br />incorporated. A dike system will be placed around the <br />Facility building. <br />* Proven state of the art technology will be utilized in all <br />equipment and process design. Processes will be largely <br />automatic, limiting human operator contact to a minimum. <br />Treatment and recovery processes will not utilize steam or <br />other forms of heat. <br />* Storage capacity will be strictly limited. Processed materials <br />will be moved off -site via specialized transport within <br />approximately one month. The main process residual will be <br />cleaned water which will be disposed to the sanitary sewer <br />system. <br />The Facility will provide numerous environmental benefits. it will <br />reduce the cost of pollution abatement and control facilities and <br />services. It will reduce the amount of heavy metals discharged on <br />or under the Earth' <br />s surface and will reduce heavy metal discharges <br />from sewage treatment plants to the rivers in the Twin City area. <br />It will recover and recycle strategic metals and thereby reduce <br />derp%ndence on foreign metal and the energy needs for the production <br />or virgin metals. The Fae `*y will improve the potential beneficial <br />use of sewage sludge from m4--.:ropolitan waste water treatment plants <br />and will reduce water consumption by recycling process water in <br />metal finishing plants. <br />. t <br />