Innovations In The Design Of Super-Large Flotation Cells

Society for Mining, Metallurgy & Exploration
George A. Lawrence
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
4
File Size:
192 KB
Publication Date:
Jan 1, 1995

Abstract

A new super-large 100 m3 (3500 ft3) pneumatic mechanical flotation cell is now available to meet today's mineral processing challenges. Several innovative design concepts represent a marked departure from conventional flotation cell designs. The radial discharge from the pump action rotor and the overhung vane type stator is contained in a conical bottom round tank with no dead comers. Peripheral launders collect froth overflowing the entire circumference of the tank and these launders are of a hexagonal design permitting cells to be nested together in a honeycomb fashion. The mechanism drive is either a customized right angle gear reducer or a conventional Vee belt drive. Both drive systems are available with an optional variable frequency control system that permits infinite speed adjustment of the rotor in each flotation cell or group of cells. Results of side-by-side comparative testing between three major manufacturers of super-large pneumatic mechanical flotation cells are discussed. These results were obtained at a large copper concentrator in Chile during several weeks of commercial scale testing.
Citation

APA: George A. Lawrence  (1995)  Innovations In The Design Of Super-Large Flotation Cells

MLA: George A. Lawrence Innovations In The Design Of Super-Large Flotation Cells. Society for Mining, Metallurgy & Exploration, 1995.

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