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Research on Application of Hydraulic Fracturing Enhanced Technology in Coal Mine

机译:液压压裂增强技术在煤矿中的应用研究

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Coal and gas outburst accident is one of the critical disasters restricting the safety production of coal enterprises in China. To solve the problems of low permeability and difficulty in gas extraction, a hydraulic fracturing test was carried out according to the occurrence characteristics of coal and rock gas in Pingdingshan Coal Mine No. 12; and the change law of the gas concentration and flow rate after hydraulic fracturing were obtained through long-term monitoring. Based on the test results, the effect of hydraulic fracturing on gas permeability enhancement of coal and rock was analyzed. The results have shown that the gas content decreases obviously and yet the water content increases since the hydraulic fracturing test completed, which makes the effect of gas displacement remarkably. It not only provides a reference for implementing hydraulic permeability enhancement and enhanced extraction in deep high outburst mines but also provides safe and efficient production in mining.
机译:煤炭和天然气突发事故是限制中国煤炭企业安全生产的关键灾害之一。 为了解决气体提取的低渗透性和难度的问题,根据平顶山煤矿12号煤和岩气的发生特征进行液压压裂试验; 通过长期监测获得液压压裂后气体浓度和流速的变化规律。 基于测试结果,分析了液压压裂对煤与岩石渗透性增强的影响。 结果表明,由于液压压裂试验完成,气体含量明显降低,但含水量增加,这使得气体位移显着效果。 它不仅为实施液压渗透性增强和增强的深度爆发矿山提取而提供了参考,而且还提供了在采矿中安全有效的生产。

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