Dewatering Of Fine-Particle Slurries Using A Compound-Beach Decanter With Cake-Flow Control

Society for Mining, Metallurgy & Exploration
W. –F. Leung A. H. Shapiro
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
8
File Size:
558 KB
Publication Date:
Jan 1, 2003

Abstract

A decanter centrifuge of novel design was developed for the dewatering of fine-solids slurries having micrometer-range particles that form pastelike, flowable, hard-to-dewater cakes. The design combines a compound beach with a cake flow control structure that allows expressed liquid, from the cake in the dry beach region to be returned to the liquid pool while maintaining a high-solids throughput. To provide optimal performance with various operating parameters (i.e., feed rate, centrifugal gravity, pool, differential speed, concentration of feed solids and slurry type), the cake flow control is adjustable. The second part of the beach is preferably at a zero angle. Tests showed that the new design allows increases in solids dryness and solids throughput. Key words: Dewatering, Centrifuge, Slurry, Fine particles, Beach decanter, Cake-flow control
Citation

APA: W. –F. Leung A. H. Shapiro  (2003)  Dewatering Of Fine-Particle Slurries Using A Compound-Beach Decanter With Cake-Flow Control

MLA: W. –F. Leung A. H. Shapiro Dewatering Of Fine-Particle Slurries Using A Compound-Beach Decanter With Cake-Flow Control. Society for Mining, Metallurgy & Exploration, 2003.

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