Computer-Aided Mine Fire Sensor Data Interpretation In Real Time

Society for Mining, Metallurgy & Exploration
L. W. Laage
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
11
File Size:
681 KB
Publication Date:
Jan 1, 1989

Abstract

Throughout recorded history, underground fires have plagued mining operations. Compared with other hazardous situations in underground mining, a fire can become a global problem by swiftly spreading deadly carbon monoxide and other products of combustion (POC's) throughout the whole mine, often without warning. Experience has shown that when fires are detected and located in their early stages, they are much easier to control and proper escape routes can be more intelligently selected. Recent advances in sensor and data communication technology have made reliable mine fire .detection system installations possible. Unlike building construction. in a mine, it is impractical to install detectors at every desired location. Abandoned workings and unsafe locations preclude sensor installations from both safety and economic standpoints. The net effect is that some fires are detected and located early while the location of others, even if detected early, remains unknown too long for effective evacuation and fire fighting.
Citation

APA: L. W. Laage  (1989)  Computer-Aided Mine Fire Sensor Data Interpretation In Real Time

MLA: L. W. Laage Computer-Aided Mine Fire Sensor Data Interpretation In Real Time. Society for Mining, Metallurgy & Exploration, 1989.

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