Jinsheng Yixin Coal Mine Co., Ltd., Jinneng Holding Group
Department of Earth Science and Engineering, Shanxi Institute of Technology
Department of Earth Science and Engineering, Liaoning Technical Univeristy
Shanxi Jinmei Group Technology Research Institute Co., Ltd.

为了预防亿欣煤业水害事故发生,在充分收集亿欣煤业已有水文地质资料基础上,结合煤矿现场水文地质特征调查成果,对亿欣煤业充水因素进行分析评价。亿欣煤业充水水源有地表水、顶板含水层水、底板奥灰水、采空区积水和构造水,充水通道为构造破碎带、导水裂隙带、封闭不良钻孔、废弃井筒及井巷,充水强度属于弱-中等矿井,防治水工作难易程度为中等。此外,通过三维可视化、物联网、云计算、大数据、人工智能、移动互联网等技术构建亿欣矿井三维可视化矿井水预测预报系统,为亿欣煤业防治水工作提供科学依据,确保亿欣煤业安全生产。

In order to prevent the occurence of water disaster accidents in Yixin Coal Mine, based on sufficient collection of hydrogeological data in Yixin Coal Mine and combined with the investigation results of hydrogeological characteristics on the coal mine site, the water filling factors in Yixin Coal Mine are analyzed and evaluated. The water sources of water filling in Yixin Coal Mine include surface water, roof aquifer water, floor ordovician limestone water, goaf accumulated water, and structural water. The water filling channels include structural fracture zones, water conducting fissure zones, sealed poor boreholes, abandoned wellholes, and well roadways. The water filling intensity belongs to weak-moderate mines, and the difficulty level of water prevention and control work is moderate. In addition, through three dimensional visualization, Internet of Things, cloud computing, big data, artificial intelligence, mobile Internet and other technologies, the three dimensional visualization mine water prediction and forecast system of Yixin Mine is constructed, which provides scientific basis for water prevention and control work of Yixin Coal Industry and ensures safe production of Yixin Coal Mine.