Experience of coalbed methane extraction in the Karaganda coal basin

M. Rabatuly, R.A. Musin, N. M. Zamaliyev, N.D. Dzhusupov, Sh.Е. Usupaev
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Abstract

This article discusses the issues of ensuring the safe conduct of mining operations in coal mines. Ensuring the safety of coal industry workers is an urgent problem today. The gas content of the layers increases with the depth of their occurrence and is a deterrent factor in the extraction of minerals. Sudden methane emissions can provoke a large number of human casualties, financial losses, and other consequences. In recent years alone, such accidents have claimed more than 157 human lives in the mines of the Karaganda coal basin. However, by solving this important problem, you can get associated gas. It is not easy to reduce the gas content using existing degassing technologies. The formations have almost zero gas permeability and low gas output at the current depths of their development. That is why it is necessary to have an impact on the coal seam as early as possible in order to ensure the release of methane. This process will make it possible to obtain associated gas, which can be used for the needs of industry or the national economy. As a result, reducing the gas content of coal seams will reduce the risks of mining operations and increase labor safety.
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卡拉干达煤炭盆地煤层气开采经验
本文论述了煤矿安全生产的保障问题。确保煤矿工人的安全是当今迫切需要解决的问题。地层中的气体含量随其出现深度的增加而增加,这是开采矿物的一个阻碍因素。突然的甲烷排放会造成大量人员伤亡、经济损失和其他后果。仅在最近几年,这类事故就在卡拉干达煤田的矿井中夺去了157人以上的生命。然而,通过解决这个重要的问题,你可以得到伴生气。使用现有的脱气技术降低气体含量并不容易。在目前的开发深度,这些地层的渗透率几乎为零,产气量很低。这就是为什么要尽早对煤层进行冲击,以保证甲烷的释放。这一过程将使获得伴生气成为可能,可用于工业或国民经济的需要。因此,降低煤层含气量将降低采矿作业的风险,提高劳动安全。
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