Electrochemistry: The Key To Understanding Hydrometallurgical Reactions

The Minerals, Metals and Materials Society
Matthew Jeffrey
Organization:
The Minerals, Metals and Materials Society
Pages:
16
File Size:
1639 KB
Publication Date:
Jan 1, 2003

Abstract

Leaching, cementation, electroplating and flotation are all electrochemical phenomenon. They are also key processes in the hydrometallurgical treatment of metals. Unfortunately electrochemical methods tend to be under-utilized when studying these processes and one possible reason for this is the confusion surrounding the large number of electrochemical techniques available. In this paper four former PhD students of Professor Ian Ritchie present an insight into how one electrochemical technique can be used to compliment rate/kinetic studies. The paper details how to perform the experiments, interpret data, and recognize complications with the results. Examples where this approach has been highly successful are presented, and include: cementation of zinc by aluminium, cementation of copper by nickel, cyanide leaching of gold and the cementation of gold thiourea by mild steel. The examples illustrate that this universal approach adopted by Ian Ritchie provides the key to understanding the mechanism of many hydrometallurgical reactions.
Citation

APA: Matthew Jeffrey  (2003)  Electrochemistry: The Key To Understanding Hydrometallurgical Reactions

MLA: Matthew Jeffrey Electrochemistry: The Key To Understanding Hydrometallurgical Reactions. The Minerals, Metals and Materials Society, 2003.

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