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Theoretical research and practice on coal mine methane extraction and ground development design

机译:煤矿瓦斯抽采与地面开发设计的理论研究与实践

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This paper, starting with the existence of general introduction of associated coal bed methane (CBM) with coal, expatiates in five parts on the transferrules CBM changing with time in three-dimensional rock space of the coal mine under the effect of mining activity and ventilation; On the basis above, the principle having been validated in practice is also pointed out for us to follow in methane extraction from coal mines. Finally, it draw conclusion that mining areas with high gas concentration(including coal and gas outburst), low permeability, and composite coal seams can realize the coal mine methane (CMM) extraction and ground development in a high efficient way as long as we follow the miming activities and the gas migration rules under the effect of negative pressure ventilation.
机译:本文从对煤伴生煤层气(CBM)的普遍引入开始,阐述了在开采活动和通风作用下,煤矿三维岩空间中煤层气随时间变化的传递规律的五个部分。 ;在此基础上,还指出了已在实践中得到验证的原理,可以指导我们从煤矿中提取甲烷。最后得出结论,只要我们遵循,高瓦斯浓度(包括煤和瓦斯突出),低渗透性和复合煤层的矿区就可以高效地实现煤矿瓦斯的提取和地面开发。负压通风作用下的开采活动和瓦斯迁移规律。

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