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<br /> <br />' EXIIIBIT G ~ <br />WATER INFORMATION <br />' TDELTA PAiZNG GRAY~L PTT <br />' The historic drainage of those areas identified as Phases 1, lII; V,. VI and L'III shown on Exhibit C <br />are from southeast to northwest to drainage ditches. Phases II. N and VII drains to the Gunnison <br />' River. When ruining is completed. five ponds will be created. See Exhibit F. Surface drainage <br />around the perimeter of the ponds will drain into the ponds. The surface elevation of the ponds <br />will be four to five feet beiow the elevation of the present ground elevation. <br />The sit is located neat the Gunnison River which contributes to the water table being <br />approximately five feet below the existine grotmd elevation. Dewatering will be required to mine <br />' the gravel deposit. Ground water will be pumped during the mining operation to the drain ditch <br />adjacent to the site of the Gunnison River. Dewater-;ng of the pits will be done to meet the <br />requu'ements of the Discharge Permit issued by the Colorado Department of Health. Depending <br />' at the silt contem of the gravel, a settling pond may be required prior to dischazge to the River. <br />' Besi manaeement practices such as the use of silt fences and straw bails wiil be used durine <br />dewatering and around overburden piles to control sediment durine muting and reclamation. <br />' A Well Permit will be applied for form the Colorado Division of Water Resources. <br />The estimated flow of water during dewatering will be from 200 to S00 gpm dependine on the <br />' time of year and [he amount of previsouly mined area requiring dewatering. <br />The estimated quantity of water required durine the mining operation is 3000 gallons per day and <br />' approximately 180,000 gallons annually. Ground water will be filed for as pan of the Well Permit <br />for this water. <br />1 <br />1 <br /> <br />1 <br />1 <br /> <br />1 <br />