Developments And Innovations In Bacterial Oxidation Of Refractory Ores

Society for Mining, Metallurgy & Exploration
P. C. van Aswegen M. W. Godfrey D. M. Miller A. K. Haines
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
4
File Size:
251 KB
Publication Date:
Jan 1, 1992

Abstract

The Bacterial Oxidation [(BIOX)] process for the pre-treatment of refractory ores for gold recovery developed by Genmin, the mining division of Gencor, has been operating successfully at the Fairvew Mine since October 1986. The continuous operation of a pilot plant at Genmin Process Research has resulted in further process developmenst to improve plant operating efficiencies. These new developments, which include a higher solids content of the pulp feed to [BIOX], lower retention times, higher operating temperatures, lower power utilizaton for oxygen dispersion and reduced nutrient addition, have all been successfully implemented on the Fairvew plant. It has furthermore been confirmed that the arsenic precipitate formed in the neutralization of effluent solutions complies to the United States of America EPA standards. Contineous cyanidation pilot plant work conducted on [BIOX] product has indicated that cyanide consumption can be drastically decreased if a continuons flowsheet is implemented in preference to a batch leaching system.
Citation

APA: P. C. van Aswegen M. W. Godfrey D. M. Miller A. K. Haines  (1992)  Developments And Innovations In Bacterial Oxidation Of Refractory Ores

MLA: P. C. van Aswegen M. W. Godfrey D. M. Miller A. K. Haines Developments And Innovations In Bacterial Oxidation Of Refractory Ores. Society for Mining, Metallurgy & Exploration, 1992.

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