SELF-HEATING AND SPONTANEOUS COMBUSTION ANGREN BROWN COAL

M. Israilov, T. Akbarov, Y. T. Nurboboyev
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引用次数: 1

Abstract

The article presents the issues of prevention and prevention of processes related to ensuring safe and comfortable working conditions in the development of coal deposits, namely the study of spontaneous combustion of coal Angren deposit. Chemical activity of coals at low temperatures contributing to spontaneous combustion is emphasized, as well as the influence of hot climate in the region on the increase in chemical activity of coals. In this connection, climatic conditions of the region have been studied, i.e., increased temperature (from +250 to +500C) gives a sharp increase in the chemical activity of Angren coal. The main parameter that characterizes reservoir properties and filtration coefficient, showing the ability of the reservoir to let fluid through under the influence of the applied pressure gradient, is determined. The causes of spontaneous combustion are studied, depending on the rate of oxygen sorption by coal, reducing its pre-injection of water into the coal bed before excavation, the method of calculation of determining the incubation period of spontaneous combustion of coal is given
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褐煤自热自燃
本文介绍了煤矿开发过程中与确保安全舒适工作条件有关的预防和预防问题,即安仁煤矿自燃问题的研究。强调煤在低温下的化学活性有助于自燃,以及该地区炎热气候对煤化学活性增加的影响。在这方面,研究了该地区的气候条件,即温度升高(从+250℃到+500℃)使安仁煤的化学活性急剧增加。确定了表征储层性质的主要参数和过滤系数,表明储层在施加压力梯度的影响下让流体通过的能力。研究了煤的自燃原因,根据煤的吸氧速率,减少煤层开挖前预注水,给出了确定煤自燃潜伏期的计算方法
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