Electrical Energy Management Inco Metals Company Shebandowan Mine

Canadian Institute of Mining, Metallurgy and Petroleum
Joseph H. Harris
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
7
File Size:
4383 KB
Publication Date:
Jan 1, 1979

Abstract

Shebandowan Mine presents a unique opportunity for the mining industry to demonstrate its willingness and ability to use electrical energy effectively. The mine is a typical 250D-ton/day operation supplied by a i5-MVA power transformer. it is a recent, up-to-date design and operates on a four-day/week, two-shift/day basis. The paper outlines an energy profile based on historical data. It accurately describes the individual and total energy input For: (1) production and non-productive junctions; (2) production and down-time periods; (3) peak and average activity levels; and (4) principal energy utilization equipment. A comparison is then made of production data to electrical data, and production and electrical data to design data. The paper concludes that energy management has an important benefit for the mining industry by assisting in maintaining a competitive operation through reduced costs and fewer production slow-downs in the event of energy shortages.
Citation

APA: Joseph H. Harris  (1979)  Electrical Energy Management Inco Metals Company Shebandowan Mine

MLA: Joseph H. Harris Electrical Energy Management Inco Metals Company Shebandowan Mine. Canadian Institute of Mining, Metallurgy and Petroleum, 1979.

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