2013-12-19_REVISION - M1980244 - Laserfiche WebLink

Home Browse Search

-101 -- s December 19, 2013 Cripple Creek & Victor Gold Mining A Joint Venture - ANGLOGOLD ASHANTI (COLORADO) CORP., Manager Operations Office P.O. Box 191 - 100 North 3rd Street Victor, Colorado 80860 (719) 689 -2977 — Fax (7191689 -3254 SENT CERTIFIED, RETURN RECEIPT REQUESTED 70110470-0000-4833-9018 Mr. Timothy Cazier, P.E. Environmental Protection Specialist Colorado Departinent of Natural Resources Division of Reclamation, Mining and Safety Office of Mined Land Reclamation 1313 Sherman Street, Room 215 Denver, Colorado 80203 %-V.uL.tPc111y L %'%' .V ), %- AGSJUll r1UJUI.A, — 1GG111LLQat A-VV1S1U11 t 1lt -U7 J aquL Radio Relay Tower and Access Road Land Release for swap of Disturbed Land Dear Mr. Cazier: As per our previous correspondence of December 9, 2013, CC &V proposes Technical Revision No. 69 ( "TR -69 ") to Amendment No. 10 of Permit M- 1980 -244 C AM10' ), to authorize relocating a radio relay tower from the South Cresson portion of the Main Cresson mining area to Squaw Mountain, just north of the city of Victor. This relocation of the existing radio relay tower was not included in the original application for AM 10. In response to your correspondence of December 16, 2013 on TR -69 and subsequent phone conversations on the need to exchange an equivalent parcel from the disturbed category to compensate for the new tower site please find enclosed with this letter our Request for the Partial Release of Permitted Area, Exhibit I which shows the 0.5 acre release area and 3 updated copies of permit drawing C -4 showing the revised line of the South Cresson mintis the 0.5 acres, the radio tower and an updated key which includes the VLF boundaty. We believe that the enclosed application will meet the need DMRS identified to swap an equivalent amount of land from the existing disturbed category to cover the 0.41 acres needed for the radio tower, which while outside the disturbed area of the South Cresson portion of the Main Cresson mining area is within the AM 10 boundary.