The design and scale-up of a new flotation cell

The philosophy behind the design of a rougher cell for the handling of coarse feed and for the maximization of recovery within a given time is presented. The application of this philosophy in cells of 22-litre, 320-litre, and 3 m3 capacity is outlined, and the results of the process testing of these...

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Bibliographic Details
Published in:Journal of the South African Institute of Mining and Metallurgy 1984-02, Vol.84 (2), p.33-44
Main Author: Lloyd, P.J.D., Hinde, A.L. & Hebden, D.
Format: Article
Language:English
Subjects:
Applied sciences
Energy
Exact sciences and technology
flotation-cell design
flotation-cell scale-up
Fuels
mineral recovery
Nuclear fuels
process testing
Radioactive ore
turbulence
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Summary:The philosophy behind the design of a rougher cell for the handling of coarse feed and for the maximization of recovery within a given time is presented. The application of this philosophy in cells of 22-litre, 320-litre, and 3 m3 capacity is outlined, and the results of the process testing of these cells are given. In this testing, particular accent was placed on the recovery of water as a guide to the recovery of the finest size of particles, and the rate of recovery of various mineral species. It is concluded that a promising concept has been identified, but that further testing is needed for the firmer establishment of optimal operational parameters in a production environment.
ISSN:0038-223X