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<br /> <br />i , <br /> <br />L1 <br /> <br /> <br />11 <br /> <br /> <br /> <br /> <br /> <br />I~ <br /> <br />1 <br /> <br />1 <br />as <br />1 cobbles and a pipe network, and the pipe network, <br />2 this sits above the liner, and it runs through the <br />3 embankment and into a collection pond system. The <br />4 collection pond system and the ditch that leads to <br />5 the collection pond system are also both lined <br />6 facilities. The collection pond is double-lined <br />7 with an upper liner of 60 mill HDPE and a~ lower <br />9 liner of 40 mill, very low density polyethylene. <br />9 The collection pond has been designed <br />10 based on the drainage layer, capacity of the <br />11 drainage layer to transmit flows to the collection <br />12 pond and a 100-year, 24-hour design storm to hold <br />13 9.4 million gallons of water. <br />14 From the collection pond, there will be <br />15 a pump and pump-back system which will pump the <br />16 water from the collection pond back up to the <br />17 tailings facility. The tailings facility will have <br />18 a free water pool on top of it which will allow <br />19 reclamation of the water from the tailings to be <br />20 recycled back through the mill to minimize the <br />21 amount of makeup water needed in the system. <br />22 It's a closed system and you are <br />23 constantly recycling the same water back into the <br />24 mill and then out into the tailings facility. <br />25 In addition, there are diversion ditches <br />AGREN, BLANDO & BILLINGS <br />