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t r a n s p o r t <br /> clarified water <br /> from the H22O <br /> plant to the 028 <br /> discharge. <br /> g. Design, fabricate, install <br /> a building to house the H2O <br /> plant. <br /> 1 . Concrete <br /> 2 . Steel framework <br /> 3 . Insulation <br /> 4 . Siding <br /> 5. Heat <br /> 6. Lighting <br /> h. Design and install <br /> electrical system to power <br /> the H2O plant. <br /> 1 . Breakers. <br /> 2 . Three phase <br /> starters. <br /> 3 . Lighting and 120 <br /> control power <br /> transformer. <br /> 4 . All wire runs <br /> (power & control) <br /> to a junction <br /> box located in <br /> the new building. <br /> 5. All electrical <br /> w o r k i n <br /> accordance with <br /> NEC. <br /> i . Install additional <br /> instrumentation to control <br /> system process. <br /> 1 . Clarometer at the <br /> thickener. <br /> 2 . Chemical floc <br /> pump. <br /> 3 . Chemical feed <br /> line (80 ft. ) <br /> 4 . P o r t a b l e <br /> turbidity meter <br /> to monitor <br /> system. <br /> 2. Estimated Expenses for work completed: <br /> 3 <br />