Hydrodynamic Influences In Flotation Machine Design

Society for Mining, Metallurgy & Exploration
V. R. Degner
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
15
File Size:
1553 KB
Publication Date:
Jan 1, 1985

Abstract

The minerals industry trend toward very flotation machines, exceeding 10 m3, began in the late 1960's and responds to the continuing desire to achieve better plant economics through improved plant floor-space utilization, power requirements, and operational /maintenance manpower heeds. In general, as process design tonnage increases, the benefits of the larger flotation machine becomes more evident. The development of the larger flotation machine can be distingushed from earlier, smaller, machines in demanding a rational "scale-up" procedure to guide the basic design, thereby producing a machine prototype capable of satisfactory-operational evaluation at minimum cost. Proven flotation machine "hydrodynamic" scale-up consideration, successfully applied in the development of both the WEMCO No. 164 (28.3 m3) and No. 190 (42.5 m3) machine will be reviewed, and the resulting economic benefits of large flotation machines in high tonnage applications will be summarized.
Citation

APA: V. R. Degner  (1985)  Hydrodynamic Influences In Flotation Machine Design

MLA: V. R. Degner Hydrodynamic Influences In Flotation Machine Design. Society for Mining, Metallurgy & Exploration, 1985.

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