Solving The Flocculation Problem

Society for Mining, Metallurgy & Exploration
M. P. Corriveau
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
11
File Size:
1454 KB
Publication Date:
Jan 1, 1960

Abstract

This is the case history of how two nearby plants in Southwest Virginia solved their water clarification problems. While the solutions should not be considered applicable industry-wide, the methods used in arriving at the answers deserve consideration. When Clinchfield's Moss No. 2 Preparation Plant, the first ever built in Tiller Seam coal, was started in the fall of 1956, the clays in the raw coal soon posed a flocculation problem, Laboratory sedimentation tests were initiated; and as a result, lime was adopted as the flocculant for the clays, With lime, a pH of 11.2 was required. As the plant tonnage increased, it became evident that the amount of coal fines produced in the mining and preparation was greater than had been estimated and that the 90-foot thickener was inadequate in providing sufficient settling time to effect a clarified overflow for reuse. Testing showed that Separan 26105 (NP10)1/, when used with lime, was the most satisfactory coal flocculant available,
Citation

APA: M. P. Corriveau  (1960)  Solving The Flocculation Problem

MLA: M. P. Corriveau Solving The Flocculation Problem. Society for Mining, Metallurgy & Exploration, 1960.

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