Recovery of molybdenum as molybdic oxide from Rakha molybdenite, India, by soda-ash roasting

The Institute of Materials, Minerals and Mining
V. D. Shah R. H. Rakhasia J. C. Sehra D. K. Bose
Organization:
The Institute of Materials, Minerals and Mining
Pages:
4
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2741 KB
Publication Date:
Jun 18, 1905

Abstract

A series of experiments was conducted to determine the effects of roasting temperature, soaking period and quantity of soda ash added. At a laboratory scale, under optimum conditions of roasting at 873 K for 2 700 s with soda ash 10 wt% in excess of stoichiometric, molybdenum recovery was 99%. The investigations indicate the technical feasibility of producing high-purity MoO3 by combining the roasting process with carbon adsorption/desorption. The process uses low-cost chemicals, can be scaled up readily and is free of the SO2 pollution generated by conventional roasting, as the sulphur content of the concentrate is converted to sodium sulphate
Citation

APA: V. D. Shah R. H. Rakhasia J. C. Sehra D. K. Bose  (1905)  Recovery of molybdenum as molybdic oxide from Rakha molybdenite, India, by soda-ash roasting

MLA: V. D. Shah R. H. Rakhasia J. C. Sehra D. K. Bose Recovery of molybdenum as molybdic oxide from Rakha molybdenite, India, by soda-ash roasting. The Institute of Materials, Minerals and Mining, 1905.

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