The Affect Of Surface/Ground-Water Interactions On Zinc Concentrations In Groundwater Along Silver Creek, Summit County, Utah

Society for Mining, Metallurgy & Exploration
Gary Colgan James Fricke Kerry Gee
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Society for Mining, Metallurgy & Exploration
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6
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831 KB
Publication Date:
Jan 1, 2005

Abstract

Introduction Elevated zinc concentrations are observed in groundwater within alluvium adjacent to Silver Creek east of Park City, Utah. The study area is located in a small valley one and one-half miles northeast of Park City, Utah in Summit County, Utah (Figure 1). Although surface water concentrations in Silver Creek are typically less than 1 mg/l, groundwater concentrations have been measured as high as 85 mg/l in a near neutral pH environment. The elevated zinc concentrations in groundwater result from several factors including: (1) dissolution of zinc from tailings exposed at the surface and within the alluvium, (2) oxidizing conditions created by surface/ground-water exchange, and (3) ideal geochemical conditions for the dissolution of zinc-containing minerals. These ideal conditions include readily soluble minerals, available anions for complexation, and lack of available surface adsorption sites.
Citation

APA: Gary Colgan James Fricke Kerry Gee  (2005)  The Affect Of Surface/Ground-Water Interactions On Zinc Concentrations In Groundwater Along Silver Creek, Summit County, Utah

MLA: Gary Colgan James Fricke Kerry Gee The Affect Of Surface/Ground-Water Interactions On Zinc Concentrations In Groundwater Along Silver Creek, Summit County, Utah. Society for Mining, Metallurgy & Exploration, 2005.

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