Pilot-scale study of effect of mineralogy and particle size on flash smelting of nickel sulphide concentrates

The Institute of Materials, Minerals and Mining
J. G. Dunn L. C. Mackey I. R. Stevenson T. N. Smith
Organization:
The Institute of Materials, Minerals and Mining
Pages:
5
File Size:
3199 KB
Publication Date:
Jul 1, 1991

Abstract

An experimental flash reactor has been developed to simulate the operation of an industrial flash-smelter reaction shaft. Four concentrate materials of differing mineralogical compositions were characterised and then oxidised in the reaction shaft. The products were examined by chemical analysis to determine the extent of oxidation and by electron-probe microanalysis to determine the fate of individual particles. This programme of work enabled the influence of mineralogical composition and particle size on the extent of oxidation to be assessed
Citation

APA: J. G. Dunn L. C. Mackey I. R. Stevenson T. N. Smith  (1991)  Pilot-scale study of effect of mineralogy and particle size on flash smelting of nickel sulphide concentrates

MLA: J. G. Dunn L. C. Mackey I. R. Stevenson T. N. Smith Pilot-scale study of effect of mineralogy and particle size on flash smelting of nickel sulphide concentrates. The Institute of Materials, Minerals and Mining, 1991.

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