Energy Conservation In Cement Plants - I. Reducing Cement Consumption - Not Likely

Society for Mining, Metallurgy & Exploration
Hoke M. Garrett
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
25
File Size:
715 KB
Publication Date:
Jan 1, 1974

Abstract

The domestic cement industry demands about 550 trillion Btu annually, at a time when reduced fuel use has become a necessity due to the energy shortage. In terms of the overall power picture, that 550 trillion Btu, which includes both fossil and electrical energy, means about 0. 870 of all energy consumed in the U. S. The various factors influencing reduction of this energy consumption are the subject of this paper. Nationally, the energy shortage is being tackled on two fronts--increasing supply and reducing demand. Making cement consumes energy; therefore, the industry cannot join the effort to increase the energy supply except indirectly as noted later. Demand can also be attacked on two fronts--by reducing cement consumption or by reducing the amount of energy required to make cement. The following discussions on reducing cement industry energy consumption center briefly on the prospect of reducing cement consumption followed by a broad evaluation of the potentials for improving cement-making thermal efficiency.
Citation

APA: Hoke M. Garrett  (1974)  Energy Conservation In Cement Plants - I. Reducing Cement Consumption - Not Likely

MLA: Hoke M. Garrett Energy Conservation In Cement Plants - I. Reducing Cement Consumption - Not Likely. Society for Mining, Metallurgy & Exploration, 1974.

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