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Section 816.50 (b) Continued. <br />•~ water systems in the discussion under Section 780.21. The analyses <br />of overburden material set forth under Section 774.14 demonstrate <br />that there are no acid, toxic or otherwise harmful materials of a <br />soluble nature which could cause adverse changes to baseline ground <br />water quality. In addition, ground water samples analyzed for <br />trace constituents contained no detectable amounts of toxic <br />chemicals as documented in Table 6, Summary of Energy Fuels <br />Corporation Ground Water Quality Characteristics. Therefore, no <br />adverse impacts on ground water systems or on proposed postmining <br />land uses have been found in relation to toxic discharges, and the <br />proposed mine plan represents the best technology currently avail- <br />able to control the effects of mine drainage. <br />Section 816.51 Hydrologic balance: Protection of ground water <br />recharge capacity. <br />• Surface mining activities shall be conducted in a manner that facilitates <br />~ reclamation which will restore approximate premising recharge capacity, <br />through restoration of the capability of the reclaimed areas as a whole, <br />excluding coal processing waste and underground development waste <br />disposal areas and fills, to transmit water to the ground water system. <br />The recharge capacity shall be restored to a condition which-- <br />(a) Supports the approved postmining land use; <br />The recharge capacity of the ground water system described in <br />Section 779.15 will be modified by excavation of the overburden <br />aquifer downdip from the outcrop in the Ecl~an Park area of the <br />permit area. Since recharge to the overburden aquifer normally <br />occurs at and near the outcrop area, aquifer recharge capacity <br />will be directly affected. The probable consequences of modified <br />recharge capacity is discussed under Section 780.21. One of the <br />effects of the proposed mining operation will be increased per- <br />• meability and storage capacity in the semi-compacted overburden <br />816-57 <br />