Three-dimension geological modeling and its application of Wangjialing coal mine

Jianjun Wu, Mei Li, Zhenming Sun
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Abstract

Building a refined 3D geological model of coal mines and major hazard pre-warning based on the geological models are new challenges and new topics of the coal mine safety. This paper established a 3D geological model of the Wangjialing coal mine. This paper introduced the work flow of 3D Geological Modeling in the Wangjialing Coal Mine. 175 drill holes, 22 faults, 11 stratigraphic layers, 11 subsidence pillars, 10 goafs and water goafs, 6 abnormal areas, and 7 abandoned shafts were input into GIS system and the 3D model was established. Based on that, a series of professional applications, such as hazard warning of drifting face, design of work face, and calculation of reserves were realized.
王家岭煤矿三维地质建模及其应用
建立精细化的煤矿三维地质模型及基于该地质模型的重大灾害预警是煤矿安全研究的新挑战和新课题。建立了王家岭煤矿三维地质模型。本文介绍了王家岭煤矿三维地质建模的工作流程,将175个钻孔、22个断层、11个地层、11个沉陷柱、10个采空区和水采空区、6个异常区、7个废弃矿井输入GIS系统,建立三维模型。在此基础上,实现了采动工作面危险预警、工作面设计、储量计算等一系列专业应用。
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