摘要
阐述了神东矿区地表水资源、地下水资源及矿井水水资源条件,通过富水系数法建立各矿煤炭产量与矿井涌水相关关系,并用此法预测了各矿未来12年矿井涌水量,同时用充水系数法计算了采空区积水量。在对矿井水水质进行评价的基础上,分析了矿井水开发利用潜力,提出加大矿井水利用效率,科学、合理的开发利用矿井水是解决神东矿区未来水资源短缺的问题的重要途径。
The paper stated the surface water resources, underground water resources and mine water resources in Shendong Mining Area. The rich water coefficient method was applied to establish the related relationship between the each mine production and mine water inrush. The rich water coefficient method was applied to predict the mine water inrush values of the future 12 years. The water filling coefficient method was applied to calculate the water accumulated values in the goal. Base on the evaluation of the mine water quality, the paper analyzed the development and utilization potential of the mine water and provided to enhance the utilization efficient rate of the mine water. The science and rational development and utilization of the mine water would be the important access to solve the shortage of the future water resources in Shendong Mining Area.
出处
《煤炭工程》
北大核心
2010年第1期95-98,共4页
Coal Engineering
基金
"十一五"国家科技支撑项目中"矿井水害快速治理技术与装备"课题中水质测试调查一部分(2007BAK24B05-01)
关键词
矿井水
水质评价
开发利用
mine water
water quality evaluation
development and utilization
