Laserfiche WebLink
To Michael A. Cunningham, Environmental Protection Specialist, State of Colorado, <br /> Division of Reclamation, Mining and Safety �/ <br /> From Dana J. Caccamise II, President Sierta LLC _ 2 7A"'``',�' <br /> Y <br /> Re: Response to Notice of Deficiencies, NOI Red Cone: File No. P-2014-4003 <br /> Date May 29, 2014 <br /> Dear Mr. Cunningham. <br /> Enclosed are my responses to requests for clarifications and/or additional information as <br /> per your letter of April 02, 2014. The item numbers correspond to the numbers in your <br /> letter, and the action item(s) are listed in italics. <br /> 1. Please provide the Division with documentation the Sierta LLC has been registered <br /> with the SOS <br /> See attached Sierta LLC's "Articles of Organization" and Confirmation. <br /> 2. Please revise the Title field on Page 9, of both Form 1 and Form Z from 'Individual'to <br /> 'President of Sierta LLC'. <br /> See attached, revised page 9 for both Forms 1 & 2 <br /> 3. Please clarify the intent of this project and specify if, in addition to searching for <br /> sources of metal contamination, the prospector will be investigating a mineral deposit <br /> with the intent of developing or extracting said mineral deposit. <br /> Our Studies and those of the U.S. Geological Survey (Open-File Report 2007-1020: <br /> Ground- and surface-water chemistry of Handcart Gulch, Park County, Colorado, <br /> 2003-2006) have convinced us that metal contamination continues to seep from <br /> slopes along Handcart Gulch, and probably has done so for millions of years. Iron <br /> oxide and hydroxide precipitates continue to cement slope debris and stream <br /> sediment throughout the valley; and sulfate loading plus elevated concentrations of <br /> copper and zinc (Figure 12, Open-File 2007-1020) indicate metals are moving <br /> within groundwater and stream drainage waters. <br /> There is no doubt that significant metal contamination continues, and we believe <br /> these chemical reactions also are producing elevated concentrations of <br />