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within the block. This overburden will be placed in a temporary stockpile located outside of the <br /> pit. The sandstone product will be removed by the excavator and crushed by a portable drag <br /> mounted Feeder Breaker (the crushing system will include one generator and a stacker belt) to <br /> produce a product 6-inch minus for transport oft of the mine-site. Over-the-Road (OTR) trucks <br /> will be loaded in pit by a loader from the subsequent 6-inch minus pile and transported to an off- <br /> site processing facility. There will also be a Raw Product stockpile located outside ofthe mining <br /> area for maintaining OTR transport of the product when mining is not active. For the second pit <br /> of mining. overburden will be placed into the previous excavation to facilitate concurrent <br /> reclamation. Once a pit is backfilled. topsoil stockpiled in berms beside the backfilled excavation <br /> w ill be redistributed over the backfilled pit in preparation for final reclamation. Mining is expected <br /> to take approximately two}ears. <br /> Form APCD-101 provides general facility and project information. including identification <br /> and contact information of the facility operator. mine location. and other required information. <br /> Attachment A contains Figure 1 and Figure ?. shoN\ing the Project Location and Facility Layout <br /> respectively. Attachment B contains Forms APCD-?_'1 Crusher/Screen APEN. APCD- <br /> 222_Mining Operations APEN. and APCD-3 33_Compression Ignition Engine APEN. Appendix <br /> C contains detailed emission calculations for the various activities and equipment proposed for the <br /> Skull Creek Sand Project. <br /> Please feel free to contact me if you have any duestion regarding the enclosed application <br /> package. <br /> Since elv. <br /> 6 arry '. Johnson <br /> Manager <br /> Cell: 435-691-2983 <br />