陕北矿区煤层稳定性及环境治理技术研究

    Study on coal seam stability and environmental treatment technology in Northern Shaanxi Mining Area

    • 摘要: 在煤矿开采过程中,常因地质因素导致开采难度较大,同时煤矿的开采又对生态环境造成了污染,因此,本文针对陕北矿区煤层稳定性及环境治理技术进行研究。本文以陕北榆林市某煤矿作为研究对象,采用定性评价方法对该区域的可采煤层进行稳定性评价;为提升评价结果的客观性,进一步使用定量评价方法对煤层稳定性进行评价,计算煤层的平均厚度、可采指数、变异系数和变概比指标结果,由此得到煤层的稳定性评价结果。通过分析评估结果可以发现,该煤矿的5号煤层和3-2号煤层属于稳定性煤层,而4号煤层属于较稳定煤层,该煤矿的开采前景良好。针对研究区域存在的水污染、生态污染、固体材料污染等情况,提出污水处理、生态种植、矸石处理等方面的治理技术,合理治理该研究区域由于煤矿开采造成的环境污染。通过本文研究以期为煤层稳定性和矿区生态环境保护研究提供一定的理论支撑。

       

      Abstract: In the process of coal mining, it is difficult to mine due to geological factors, and the coal mining has caused pollution to the ecological environment.Therefore, it is proposed to study the coal seam stability and environmental control technology in Northern Shaanxi Mining Area.Taking a coal mine in Yulin City of Northern Shaanxi as the research object, the stability of minable coal seam in this area is evaluated by qualitative evaluation method.In order to improve the objectivity of the evaluation results, the quantitative evaluation method is further used to evaluate the stability of coal seam, and the average thickness, recoverable index, coefficient of variation and variable probability index results of coal seam are calculated, thus the stability evaluation results of coal seam are obtained.Through the analysis and evaluation results, it can be found that coal seam 5 and coal seam 3-2 belong to the stable coal seams, while the coal seam 4 belongs to relatively stable coal seams, so the mining prospect of this coal mine is good.In view of the water pollution, ecological pollution and solid material pollution in the study area, this paper puts forward some treatment technologies such as sewage treatment, ecological planting and waste rock treatment, and reasonably controls the environmental pollution caused by coal mining in the study area.It is expected to provide some theoretical support for the study of coal seam stability and ecological environment protection in mining area.

       

    /

    返回文章
    返回