Mine Ventilation: Waste Heat Recovery (830d90bc-8c73-43f8-9df0-b4fbfeff736c)

Society for Mining, Metallurgy & Exploration
L. Henry Smith David C. Arthur
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
5
File Size:
282 KB
Publication Date:
Jan 1, 1997

Abstract

The Williams Mine is Canada's largest gold producer, with annual production of 14,000 Kg (450,000 ounces) from 2,300,000 tonnes of ore. Highly mechanized and automated underground mining practices are employed in order to achieve and maintain high levels of productivity and minimize costs. The Mine Ventilation System is modified to include a new Vent Raise and Variable Pitch Vane-Axial Fan. This addition allows several fan installations underground to be decommissioned. A substantial net savings in installed horse power is achieved. Heating costs associated with underground ventilation air are a significant portion of mine operating costs. Air heating costs are substantially reduced by recovering heat from upcast exhaust air, mine water and compressor cooling circuits. This waste heat is used to supplement propane fired air heating systems for underground ventilation air. An additional benefit is the availability of a heat sink for summer cooling of the compressors. System design, energy savings data and payback calculations are presented.
Citation

APA: L. Henry Smith David C. Arthur  (1997)  Mine Ventilation: Waste Heat Recovery (830d90bc-8c73-43f8-9df0-b4fbfeff736c)

MLA: L. Henry Smith David C. Arthur Mine Ventilation: Waste Heat Recovery (830d90bc-8c73-43f8-9df0-b4fbfeff736c). Society for Mining, Metallurgy & Exploration, 1997.

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