The Industrial Non-Cyanide Hydrometallurgical Recovery Of Silver And Gold Utilizing Nitrogen Species Catalyzed Pressure Oxidation

The Minerals, Metals and Materials Society
Corby G. Anderson
Organization:
The Minerals, Metals and Materials Society
Pages:
23
File Size:
1124 KB
Publication Date:
Jan 1, 1998

Abstract

In the majority of industrial operations recovering gold and silver by hydrometallurgical means, cyanide is the predominant lixiviant. However, as an economic alternative, production of massive quantifies of silver chloride was done on an industrial scale in the nitrous-sulfuric acid pressure leaching of a refractory precious metals concentrate. This proven process required no cyanide. Thus, because of the large volumes encountered during day-to-day plant operation, the need for efficient and low cost methods of silver chloride precipitation, reduction and materials handling was mandatory. As such, this paper covers the evolution of plant scale precipitation, filtration, washing, reduction and control of silver chloride processing. As well, an in-depth description of the unique leaching system is included.
Citation

APA: Corby G. Anderson  (1998)  The Industrial Non-Cyanide Hydrometallurgical Recovery Of Silver And Gold Utilizing Nitrogen Species Catalyzed Pressure Oxidation

MLA: Corby G. Anderson The Industrial Non-Cyanide Hydrometallurgical Recovery Of Silver And Gold Utilizing Nitrogen Species Catalyzed Pressure Oxidation. The Minerals, Metals and Materials Society, 1998.

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