Activated Carbon for Precious Metals Recovery

Society for Mining, Metallurgy & Exploration
William D. Faulkner John E. Urbanic Robert W. Ruckel
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
8
File Size:
465 KB
Publication Date:
Jan 1, 1986

Abstract

Guidelines are presented for the selection, handling and regeneration of activated carbon used in gold recovery operations. The guidelines are based on Calgon Carbon Corporation's own investigations and experience gained in working with gold mine operators all over the world. Gold adsorption rate and adsorption capacity are shown to be independent variables thereby requiring testing of both properties when selecting activated carbon. Means of measuring these properties are provided. Historical activity tests on activated carbon are shown to be minimally useful in selecting carbon for gold recovery. Proper thermal regeneration techniques to maximize recovery of adsorption rate without weakening the carbon structure are suggested. Simple positive means of measuring efficiency of regeneration are presented. The subject of hardness measurement as a predictor of "in process" abrasion is discussed. The cost/benefit issue of carbon activity level is addressed.
Citation

APA: William D. Faulkner John E. Urbanic Robert W. Ruckel  (1986)  Activated Carbon for Precious Metals Recovery

MLA: William D. Faulkner John E. Urbanic Robert W. Ruckel Activated Carbon for Precious Metals Recovery. Society for Mining, Metallurgy & Exploration, 1986.

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