Compressed air – Its time has come for improved efficiency

Canadian Institute of Mining, Metallurgy and Petroleum
Lanny Pasternak
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
3
File Size:
256 KB
Publication Date:
Jan 1, 1996

Abstract

"This article is directed at plant production, engineering and maintenance personnel. Seldom does any industrial operation take the time to study the costs involved in the generation of what is probably their most expensive plant utility energy source.IntroductionIn the typical industrial plant in Canada, a 200 hp, 900 cfm, air compressor costs about $60,000* per year to operate (Fig. 1). In 1989 when BC Hydro embarked on their industrial energy management program Airflow Energy Ltd. were asked to spearhead the “Efficiency Compressed Air” portion of that program with a mandate to perform onsite overview surveys and physical hands-on testing of some 300 selected industrial plants throughout British Columbia for compressor efficiencies and wasteful air leaks (Fig. 2). The program duration lasted until 1995, during which time a tremendous amount of data were amassed relating to equipment types, clients’ operating habits, end-use applications and operating costs.During the past six years, Airflow Energy also performed somewhat similar surveys but on a smaller scale in Alberta, Ontario, the United States and the Republic of China. It was no surprise to find some inherent equipment concerns related to efficiency as well as neglected energy wasteful air leaks, so British Columbia was not alone and the problems appear somewhat universal."
Citation

APA: Lanny Pasternak  (1996)  Compressed air – Its time has come for improved efficiency

MLA: Lanny Pasternak Compressed air – Its time has come for improved efficiency. Canadian Institute of Mining, Metallurgy and Petroleum, 1996.

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