Integrated Gold And Cyanide Recovery With Vitrokele And Cyanosave

Society for Mining, Metallurgy & Exploration
Bruce E. Holbein Dennis K. Kidby Ann L. Huber
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
10
File Size:
1169 KB
Publication Date:
Jan 1, 1998

Abstract

World gold production figures and the processes used for gold production indicate a high dependence on both cyanide leaching and carbon adsorption metallurgies. Problems associated with the use of carbon in the treatment of refractory ores as well as economic and environmental considerations associated with the use of cyanide point to the advantages that can be realized through the use of more efficient gold adsorption media and with cyanide recovery. We have developed a process termed AurosaveTM-1 which provides a number of advantages through the use of a new synthetic robust gold adsorption medium, termed Vitrokele TM V-911. This process allows further recovery of gold from a variety of ores and allows for a simplified process for use not involving thermal regeneration or high pressure elution. We have also developed a cyanide recovery process termed Cyanosave ™ which uses Vitrokele TM V-911 and allows efficient recovery of cyanides from decants or tailings and re-use of recovered cyanide. This obviates the high chemical expenses for cyanide destruction where environmental issues require such water and tailings management.
Citation

APA: Bruce E. Holbein Dennis K. Kidby Ann L. Huber  (1998)  Integrated Gold And Cyanide Recovery With Vitrokele And Cyanosave

MLA: Bruce E. Holbein Dennis K. Kidby Ann L. Huber Integrated Gold And Cyanide Recovery With Vitrokele And Cyanosave. Society for Mining, Metallurgy & Exploration, 1998.

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