Selective Extraction and Recovery of Gold, Copper, and Other Base Metals from Mine Leach Cyanide Solutions Using Molecular Recognition Technology (MRT)

Canadian Institute of Mining, Metallurgy and Petroleum
Ronald L. Bruening
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
9
File Size:
91 KB
Publication Date:
Oct 1, 2003

Abstract

IBC has developed a cost effective MRT process for the selective extraction and recovery of gold, copper, and a mixture of other base metals from mine leach cyanide solutions. This is a two-stage system in which the gold is first recovered selectively as a high purity salt. The copper is then recovered separately as a sulfate salt. The other base metals are then collected as a cyano anion concentrate. Three different SuperLig® materials are used. The first stage can be used alone on gold leach solutions where copper and other base metals are not a problem. The two or three stage system is used when the base metals build up in the leach solution, resulting in increased costs. The cyanide or cyanide/cyano anion concentrate can be recycled back to the leach solution until the build-up of other salts, etc. becomes too high, or this too can be controlled with a percentage bleed stream.
Citation

APA: Ronald L. Bruening  (2003)  Selective Extraction and Recovery of Gold, Copper, and Other Base Metals from Mine Leach Cyanide Solutions Using Molecular Recognition Technology (MRT)

MLA: Ronald L. Bruening Selective Extraction and Recovery of Gold, Copper, and Other Base Metals from Mine Leach Cyanide Solutions Using Molecular Recognition Technology (MRT). Canadian Institute of Mining, Metallurgy and Petroleum, 2003.

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