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Mine fires - measuring the efficacy of gas-enhanced foam

机译:矿井火灾-测量气体增强泡沫的功效

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摘要

The National Institute for Occupational Safety and Health (NIOSH), with US Foam Technologies, Inc. and On Site Gas Systems, Inc., conducted research on the remote application of extinguishing agents with the intent of improving deployment strategies to limit miner exposure and to help ensure the best possible outcome during a mine fire. Full-scale in-mine were conducted at the NIOSH Lake Lynn Experimental Mine to determine the flow characteristics, stability and fire-suppression capability of gas-enhanced foam. The in-mine experimental work was designed to evaluate movement of gas-enhanced foam through mine workings closely simulating an underground coal mine environment and how long gas-enhanced foam would remain stable. This paper presents results of the experiments and provides valuable insight into mine fire deployment strategies for gas-enhanced foam technology.
机译:美国职业泡沫与健康研究所(NIOSH)与美国泡沫技术有限公司和现场气体系统有限公司共同进行了关于灭火剂远程应用的研究,目的是改进部署策略,以限制矿工的暴露并减少对矿工的危害。帮助确保在发生地雷火灾时可能的最佳结果。在NIOSH Lake Lynn实验矿进行了大规模的矿井测试,以确定气体增强泡沫的流动特性,稳定性和灭火能力。矿中实验工作旨在评估紧密模拟地下煤矿环境的矿井工作过程中气体增强泡沫的运动,以及气体增强泡沫保持稳定的时间。本文介绍了实验结果,并提供了有关气体增强泡沫技术的矿井火灾部署策略的宝贵见解。

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