Development Of The Choking-Free Cyclone And Its Classification Performance

The American Institute of Mining, Metallurgical, and Petroleum Engineers
H. Sakamoto T. Moro M. Yamamoto T. Kokubo K. Masuda T. Sekimoto
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
27
File Size:
583 KB
Publication Date:
Jan 1, 1980

Abstract

The choking-free cyclone was developed primarily to remove solid particles suspended in a slurry containing fibrous materials, such as municipal solid waste. This cyclone is characterized by a screw conveyor at the underflow side of the cyclone. The screw conveyor has a hollow rotational shaft for air supply and is driven by a variable speed motor for discharge control. Even if the underflow discharge is highly concentrated, this type of cyclone can be stably operated without nozzle choking. High classification efficiency similar to that of a conventional cyclone can be obtained as a result of air introduction through the hollow rotational shaft. The recovery of organic matter and the removal efficiency of inorganic matter were actually improved by the application of this cyclone to municipal solid waste. After applying this cyclone to the desliming of fine sand, sand product of low water content was recovered.
Citation

APA: H. Sakamoto T. Moro M. Yamamoto T. Kokubo K. Masuda T. Sekimoto  (1980)  Development Of The Choking-Free Cyclone And Its Classification Performance

MLA: H. Sakamoto T. Moro M. Yamamoto T. Kokubo K. Masuda T. Sekimoto Development Of The Choking-Free Cyclone And Its Classification Performance. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1980.

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