Development of Autoclave Processing Pox Technology for Olimpiada Sulphide Concentrates and Biooxidized Feedstocks

Canadian Institute of Mining, Metallurgy and Petroleum
B. A. Zaharov J. M. Shneerson L. V. Chugaev M. T. Zhunusov S. V. Drozdov A. M. Markelov
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
11
File Size:
857 KB
Publication Date:
Jan 1, 2014

Abstract

The main direction of research was the application of autoclave technology for the flotation concentrates or biooxidation feedstocks. The industry modernization also expects the possibility of increasing the yield of the flotation concentrate, to allow an increase in gold extraction in flotation circuit. This paper provides brief description of results obtained for concentrates with the yield of 4 and 8%, as well as corresponding biooxidation feedstocks. Technological efficiency of autoclave oxidation is shown for both concentrates and biooxidation feedstocks. The process has been evaluated on a laboratory and a continuous pilot plant scale. Gold extractions from POX discharge are ranging from 94-97% for each product, with only 5-7 kg/t cyanide consumed.
Citation

APA: B. A. Zaharov J. M. Shneerson L. V. Chugaev M. T. Zhunusov S. V. Drozdov A. M. Markelov  (2014)  Development of Autoclave Processing Pox Technology for Olimpiada Sulphide Concentrates and Biooxidized Feedstocks

MLA: B. A. Zaharov J. M. Shneerson L. V. Chugaev M. T. Zhunusov S. V. Drozdov A. M. Markelov Development of Autoclave Processing Pox Technology for Olimpiada Sulphide Concentrates and Biooxidized Feedstocks. Canadian Institute of Mining, Metallurgy and Petroleum, 2014.

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