Development of Pneumatic Flotation Incorporating Centrifugal Separation (ABSTRACT PAGE)

International Mineral Processing Congress
Rainer M. Imhof Michael J. G. Battersby Julian V. Brown Rainer M. Lotzien Jan Kleefeld
Organization:
International Mineral Processing Congress
Pages:
1
File Size:
141 KB
Publication Date:
Jan 1, 2003

Abstract

A new flotation system has been developed to improve the generally slow separating differentials of fine bubbles and fine particle suspensions. The new technology is based on established pneumatic flotation designs called Imhoflot which use intensive in-line pre-aeration to aerate the flotation pulp prior to its introduction to the separating cell. In the new system (see figure 1) this separation is speeded up dramatically by the introduction of centrifugal motivation in the separating vessel, without the use of internal moving parts. The design focuses on providing increased differential forces on buoyant mineralised bubbles and hydrophilic fines. The commercial benefit to industry is much reduced residence time, less than 30 seconds, which offers considerable cost savings in equipment and infrastructure.
Citation

APA: Rainer M. Imhof Michael J. G. Battersby Julian V. Brown Rainer M. Lotzien Jan Kleefeld  (2003)  Development of Pneumatic Flotation Incorporating Centrifugal Separation (ABSTRACT PAGE)

MLA: Rainer M. Imhof Michael J. G. Battersby Julian V. Brown Rainer M. Lotzien Jan Kleefeld Development of Pneumatic Flotation Incorporating Centrifugal Separation (ABSTRACT PAGE). International Mineral Processing Congress, 2003.

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