The use of gravity and magnetic separation to recover copper and lead from Tsumeb flotation tailings

The Southern African Institute of Mining and Metallurgy
R. N. Guest J. Svoboda W. J. C. Venter
Organization:
The Southern African Institute of Mining and Metallurgy
Pages:
6
File Size:
414 KB
Publication Date:
Jan 1, 1988

Abstract

The use of gravity or magnetic separation followed by upgrading on a shaking table recovered about 25 per cent of the copper and lead minerals, at a combined metal grade of 20 per cent, from the final flotation tailing at the Tsumeb Mine. Magnetic separation recovered the copper minerals more efficiently than the lead minerals; it also recovered finer particles more efficiently than standard gravity separators. However, the grade of the concentrate produced by magnetic separation was not of sufficiently high grade, and further upgrading by gravity separation was necessary. It was decided to install an 'all-gravity' plant, which would have the added advantage of acting as a monitor or 'policeman' on a plant that receives a fairly variable feed.
Citation

APA: R. N. Guest J. Svoboda W. J. C. Venter  (1988)  The use of gravity and magnetic separation to recover copper and lead from Tsumeb flotation tailings

MLA: R. N. Guest J. Svoboda W. J. C. Venter The use of gravity and magnetic separation to recover copper and lead from Tsumeb flotation tailings. The Southern African Institute of Mining and Metallurgy, 1988.

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