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West Elk Mine <br />As coal or coal mine waste may be hauled on the above roads, all of the roads have been designed, <br />constructed and certified as haul roads. These as-built certifications are provided in Exhibit 8A. <br />There are three roads that aze considered access roads only. They aze the Three-Sided Building <br />access road, the Portal access road, and the Materials Storage Bench access road. These roads have <br />been certified as access roads and the certifications are also provided in Exhibit 8A. <br />Vertical grades on the hauUaccess roads vary. The middle-mine haulaccess road has an overall <br />grade of 5.68 percent. This road is paved. The new silo hauUaccess road has a maximum grade of <br />10 percent and is gravel-surfaced. The Sylvester Gulch hauUaccess road has been designed to have <br />an average grade of 7.6 percent with a maximum grade of 10 percent. This road is surfaced with 12 <br />inches of compacted Class 6 road base. <br />The mine roads require relatively little surface maintenance. Holes and ruts are patched in the early <br />stages with a cold mix of composition similar to the original road mix. In addition to pavement <br />maintenance on roads, maintenance operations include shaping and sealing of shoulders, cutting <br />back or chemically treating weed and bush growth, maintaining ditches and drains, removing litter, <br />and repainting stripes. Snow and ice removal during the winter months aze a roadway maintenance <br />priority. Parking and side azeas aze similazly maintained for safe and efficient use. <br />Light-Use Roads <br />A gravel surfaced light-use road has been constructed azound the southern and eastern perimeter of <br />the MB-2R sedimentafion pond and azound the base of the lower refuse pile for occasional <br />construction and maintenance equipment uses. Two short roads (approximately 150 ft. long) and <br />associated pads have been constructed from existing mine site roads to provide access: for <br />emergency repair and maintenance along the C-1 conveyor, to the water tank topsoil pile, to the <br />switchgeaz buildings above the portals, and to the power-poles located along the west side of <br />Sylvester Gulch HauUAccess road and north of the Sylvester Gulch F-Seam fan. When these roads <br />and pads aze no longer required for operations, the roads will be graded back to approximate <br />original contour and reclaimed. The road between the ROM coal stockpile pad and the product coal <br />stockpile has been designated as alight-use road. The overall grade of the road is 7.6 percent. The <br />road is surfaced with asphalt or roadbase. An existing road in the Lone Pine Gulch area has been <br />widened and graveled as alight-use road to access the Lone Pine Gulch fan site. This road will be <br />left in place at final reclamation to allow continued access for the landowners and lessees of the azea <br />and is consistent with the approved post-mining land uses of rangeland and wildlife habitat. <br />Light-use roads to the water tank and to the Sylvester Gulch high-voltage transmission line <br />were constructed in the Spring of 1997. Other light-use roads for the Sylvester Gulch <br />Facilities Area include the electric borehole road, the ventilation shaft #3 road, the <br />degasi£ication borehole road, and the powerline light-use road. <br />Light-use roads are also used in association with methane drainage well drilling and operations. <br />These roads will be reclaimed upon completion of methane drainage well operations. <br />Existing roads constructed prior to the mine, which provide access to monitoring stations, and other <br />existing site roads, not otherwise designated, will be utilized and maintained aslight-use roads. <br />Some existing public roads (e.g. USFS roads, etc.) aze utilized for access to monitoring sites, etc. <br />A Road Use Permit, with annual updates as necessary, was issued by the USFS, which authorizes <br />1.03-15 Revised June 1005 PRIO; Rev. Jamrory 1006; Rev. March 1006; Rev April 1006 PRIG, May 2006 PRIO <br />