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双狮岭煤矿水文地质条件复杂,吨煤排水量可达720m~3,在全国也是罕见,治水是当务之急。本文试从系统论的角度出发,从宏观上考虑到地下水、地层岩性、地质构造、沉积环境等因素之间的相互关系,把矿区整体的认为是一个岩溶构造裂隙地下水系统,分析了自然状态与人为因素影响下的系统不同的特征,得到了矿区现在处于一个相对稳定时期的结论。目前的巷道开采还没有达到能使系统被破坏的程度,在这个前提下提出预测新开拓水平的涌水量稳定流的方法,指出防治水的根本途径是组隔径流带。
Shuangshiling coal mine hydrological and geological conditions are complex, tons of coal displacement up to 720m ~ 3, is also rare in the country, water is a top priority. This paper attempts to consider the relationship between groundwater, formation lithology, geological structure, sedimentary environment and other factors macroscopically from the perspective of system theory. The mining area as a whole is considered as a karst structural fissure groundwater system, and the natural state The different characteristics of the system under the influence of human factors have led to the conclusion that the mining area is now in a relatively stable period. The current tunneling has not yet reached the level that can make the system destroyed. Based on this premise, we propose a method of predicting the steady flow of water inflow at a newly developed level, and point out that the fundamental way to prevent and control water is to separate the runoff zones.