Laserfiche WebLink
~ ~ III IIIIIIIIillll III ~ <br />~~-t OF ~fy~ 999 <br />%~ti;~,o/I °°~~;~Oe~ ~~.onr: RIO BLANCO COUNTY DEPARTMENT OF DEVELOPMENT <br />~' ~~ ~ ~ CounTy Courthouse <br />~~ ~ Posf Office Box 599 <br />~o°o c <br />,D° °,~~ Meeker, CO 81641 <br />~ ~°°°u•• <br />Oe<4NC0 G~J~ (970) 878-5081 <br />/ /~ / / FAX (970) 878-5796 <br />CaG jfa,KQ : Q~ p ~la.,c m Cp/n.'~ y ~.E,r q ~G~-I ,'~7 ~y~~ PcZ,~~ /-e~al-ems <br />March 9, 1999 <br />Carl B. Mount RECEIVED <br />j O: Division of Minerals and Geology MAR 11 1999 '~ <br />Colorado Department of Natural Resources <br />1313 Sherman St., Room 215 ~..~iSi~~olMineralsgGeologY <br />Denver, CO 80203 <br />RE: American Soda L.L.P. Yankee Gulch Mineral Project, File No. <br />M-99-002 <br />Dear Mr. Mount: <br />Rio Blanco County would like to provide the following comments <br />for the American Soda L.L.P. Yankee Gulch Minerals Project. We have <br />serious concerns with reference to the hydrogeologic characterization and <br />proposed water-monitoring plan. The information provided in the <br />reclamation permit application, Draft Environmental Impact Statement <br />(DEIS), and other submittals for this project could lead to erroneous <br />conclusions by regulatory agencies and others about existing conditions <br />in Piceance Basin. <br />Significant data in the water-quality characterization in the DEIS <br />and reclamation permit application appear anomalous when compared <br />with the large database that exists for the Piceance Basin. In the <br />redarnation permit application, constituents in the grettndwater <br />identified as having high concentrations such as chromium, strontium, <br />mercury, cadmium, etc. (page G-3) are not found in high concentrations <br />in U.S.G.S. and other databases in the area. In addition, these <br />conclusions are inconsistent with values identified in the submitted data <br />on page G-6. For example, mercury is identified as having elevated levels <br />which, on average, exceed drinking water standards on page G-3, but <br />values on page G-6 show levels of 0.00005 which are below detectable <br />limits. Similar problems are found throughout the application. <br /> <br />