CAJ | 학술논문

实践证明，实施煤炭保水开采，不但可以保护矿区水资源，而且可以大大减小因为矿井水排放对矿区生态环境的污染，兼顾了经济、社会、生态三大效益。本文系统分析了台格庙矿区的水文地质条件、含隔水层特征及导水裂隙带发育高度，确定首采煤层顶部隔水层为煤矿保水开采的隔水关键层，提出了安定组隔水层以上的含水层坚决保护，安定组隔水层以下的含水层充分利用的思路进行保水开采工作。
실천증명，실시매탄보수개채，불단가이보호광구수자원，이차가이대대감소인위광정수배방대광구생태배경적오염，겸고료경제、사회、생태삼대효익。본문계통분석료태격묘광구적수문지질조건、함격수층특정급도수렬극대발육고도，학정수채매층정부격수층위매광보수개채적격수관건층，제출료안정조격수층이상적함수층견결보호，안정조격수층이하적함수층충분이용적사로진행보수개채공작。
Practice has proved that, implementation of water retention coal mining not only can protect Mine Water Resources but also can greatly reduce the pollution of ecological environment by discharge of mining water. It takes into account the economic, social and ecological benefits. This paper systematically analyzes the hydrogeological conditions, aquifer and aquifuge characteristics and the development height of Water Flowing Fractured Zone of the Taigemiao mining area. Determine the First-mined Seams of aquifuge as the key stratum of aquifuge in coal mining water conservation. This paper puts forward that the aquifer above the diazepam group should strongly protect, the aquifer under the diazepam group should make full use of it.