Methods to Reduce Steel Wear in Grinding Mills (5b7ff282-7e69-411b-ada1-61b555dbe15a)

The American Institute of Mining, Metallurgical, and Petroleum Engineers
S. G. Malghan
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
7
File Size:
586 KB
Publication Date:
Jan 1, 1983

Abstract

Steel consumption forms a significant part of the operating cost of a minerals processing plant. An estimated 250 kt (276, 000 tons) of steel in the US and over 500 kt (551, 000 tons) worldwide are consumed each year in wet grinding alone. The depletion of ore grades and the need for finer grinding of abrasive ores are expected to increase steel consumption even more. Through continued research and development by the mining industry and the suppliers of steel products, several methods to reduce steel consumption have evolved. This paper critically reviews the mechanisms involved in steel wear and the currently available methods, materials. and operating conditions for reducing steel consumption. Particular attention is given to liner design modifications and substitution of rubber liners for steel liners.
Citation

APA: S. G. Malghan  (1983)  Methods to Reduce Steel Wear in Grinding Mills (5b7ff282-7e69-411b-ada1-61b555dbe15a)

MLA: S. G. Malghan Methods to Reduce Steel Wear in Grinding Mills (5b7ff282-7e69-411b-ada1-61b555dbe15a). The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1983.

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