Hydrometallurgical Extraction Of Precious, Rare And Base Metals Using An Oxidizing Acid Chloride Heap Leach

The Minerals, Metals and Materials Society
David Dreisinger Niels Verbaan Charlotte Forstner Ralph Fitch
Organization:
The Minerals, Metals and Materials Society
Pages:
13
File Size:
474 KB
Publication Date:
Jan 1, 2015

Abstract

A process has been developed to extract gold, silver, indium, gallium, lead, copper, zinc, and other metals from a large resource using an oxidizing acid chloride heap leaching technology. The ore is crushed and/or ground to improve reactivity and then contacted with a solution containing NaCl-HCl-NaOCl. The value metals are leached into solution as chloro-complexes. The leachate is treated in a series of separation and recovery processes to produce separate saleable or disposable products. The paper will provide a summary of process development and application to a silver-indium ore from Bolivia. The possible application of the process to other ore types will be presented for discussion.
Citation

APA: David Dreisinger Niels Verbaan Charlotte Forstner Ralph Fitch  (2015)  Hydrometallurgical Extraction Of Precious, Rare And Base Metals Using An Oxidizing Acid Chloride Heap Leach

MLA: David Dreisinger Niels Verbaan Charlotte Forstner Ralph Fitch Hydrometallurgical Extraction Of Precious, Rare And Base Metals Using An Oxidizing Acid Chloride Heap Leach. The Minerals, Metals and Materials Society, 2015.

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