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Results 31 - 40 of 55
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11/1/2007 - Conference papersThis paper presents a summary of remote mine firefighting technologies used in U.S. underground coal mines and the results of completed NIOSH research in that area.
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3/1/2007 - Peer reviewed journal articlesNIOSH conducted large-scale experiments to evaluate the effectiveness and safety of various concentrations of an inert gas mixture for preventing and suppressing cab fires. This has led to the choice of an optimum gas mixture concentration.
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6/1/2006 - Conference papersNIOSH conducted research with U.S. Foam Technologies, Inc. and On Site Gas Systems, Inc., on the remote application of extinguishing agents to improve deployment strategies, and limit miner exposure and ensure the best outcome during a mine fire.
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6/1/2006 - Conference papersNIOSH is conducting full-scale underground experiments at its Lake Lynn Experimental Mine to identify and remedy existing shortcomings of remote sealing technology in order to develop new and improved technologies for the mining industry.
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9/1/2004 - Peer reviewed journal articlesReports on the evaluation of water mist for the suppression of underground mine fires, such as fires in diesel fuel storage areas.
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5/1/2004 - Conference papersDiscusses implementation of a real-time neural network which can discriminate mine fires from nuisance diesel emissions as part of an atmospheric mine monitoring system in NIOSH's Safety Research Coal Mine.
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12/1/2003 - Peer reviewed journal articlesResearchers determined that different types of fire sensors could distinguish mine fires from nuisance emissions produced by diesel equipment. A neural network was developed for coal, wood, & conveyor belt fires in the presence of diesel emissions.
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10/1/2002 - Conference papersResults of experiments to train a neural network to detect coal and styrene-butadiene-rubber conveyor belting fires. Six of the seven experiments were conducted in the presence of diesel exhaust.
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9/1/2002 - Technology NewsIn an effort to determine the effectiveness of multiple types of fire sensors for early and reliable mine fire detection, NIOSH has evaluated multiple sensors for early mine fire detection and nuisance signal discrimination.
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6/1/2002 - Peer reviewed journal articlesExperiments were conducted to determine the optical scattering properties of diesel particulate matter (DPM) and various combustion aerosols from both flaming and smoldering combustion sources at discrete angles of 151 and 301 in the forward direction...
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Content source: National Institute for Occupational Safety and Health, Mining Program