Solid Bowl Centrifuges How they Closed the Water Circuit at Union Carbide ? Introduction

Society for Mining, Metallurgy & Exploration
James A. Bloom
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
14
File Size:
355 KB
Publication Date:
Jan 1, 1975

Abstract

To operate the Morris Fork Preparation Plant with a closed water circuit has been an elusive goal for Union Carbide. The benefits of a closed circuit have never been questioned. The removal of fine solids from washery water makes possible the recirculation and reuse of the water. Heavy media drag tanks and other separating machines perform better and more consistently with washery essentially free of fine solids. Finally, the production of a clarified effluent makes unnecessary the sludge ponds usually associated with a coal preparation plant. Why then do I say elusive? Because, since plant design was completed in 1970 we have been in hot pursuit of an ever-growing fine solids problem. In four years the minus 28 mesh material in the plant feed has nearly doubled. The replacement of conventional sections with continuous mining machines has led to a lowering in size and quality of product from the mine. In addition, increasing emphasis underground on roadway clean-up has contributed to the fines problem.
Citation

APA: James A. Bloom  (1975)  Solid Bowl Centrifuges How they Closed the Water Circuit at Union Carbide ? Introduction

MLA: James A. Bloom Solid Bowl Centrifuges How they Closed the Water Circuit at Union Carbide ? Introduction. Society for Mining, Metallurgy & Exploration, 1975.

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