Dredge Pump Life Increased By Hard Alloy, Water Cushion, Double Casing

The American Institute of Mining, Metallurgical, and Petroleum Engineers
George T. Bator
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
2
File Size:
225 KB
Publication Date:
Jan 9, 1950

Abstract

If confronted with the problem of pumping a mixture of slime-free sand, gravel and boulders up to six in. in diameter, at the rate of 175 tons per hr in one single-stage pump against a static head of 90 ft and a total head of 140 ft, of which 20 is on the suction side, an engineer might be forgiven for backing away from the job, especially if he were also told that the pump wearing parts must have a minimum hardness of 550 Brine11 for the sake of abrasion resistance. Yet precisely that feat has been accomplished in the gravel pit of John B. LaGarde, Inc., near Anniston, Ala. The pump used is of decidedly novel design and its successful operation since installation 1.5 years ago suggests that it may be of timely interest in numerous other applications in the mining industry, such as pump transportation of coal washer refuse or rock from open-pit's without unduly fine crushing.
Citation

APA: George T. Bator  (1950)  Dredge Pump Life Increased By Hard Alloy, Water Cushion, Double Casing

MLA: George T. Bator Dredge Pump Life Increased By Hard Alloy, Water Cushion, Double Casing. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1950.

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