Advances In Application Driven Design Of Flotation Cells

The Minerals, Metals and Materials Society
Jouko Kallionen
Organization:
The Minerals, Metals and Materials Society
Pages:
11
File Size:
288 KB
Publication Date:
Jan 1, 1999

Abstract

Advanced Flotation Technology is the application driven design of flotation cells to achieve the optimum performance for each type and grind of flotation. This can be applied to roughers, scavengers, cleaners and specialty cells such as those to float hydrocyclone underflows in both primary and regrind circuits in order to reduce overgrinding. Standard, engineered, components are matched to provide mechanism design and cell dimensions for each case according to feed parameters and flotation type. Advances in process control have been achieved with high level controls and operator information data. This has gained a higher degree of understanding of cell operation and ore type being processed. Excellent results of this Advanced Flotation Technology in large scale porphyric copper ore have been achieved and designs through 7000 cu ft (200 m3) are currently available for high capacity concentrators. This paper will detail how flotation cells are more responsive to the exact requirements of the duty specified.
Citation

APA: Jouko Kallionen  (1999)  Advances In Application Driven Design Of Flotation Cells

MLA: Jouko Kallionen Advances In Application Driven Design Of Flotation Cells. The Minerals, Metals and Materials Society, 1999.

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