矿井疏干水水量分析与计算
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摘要
本文结合建设项目所在地区水资源条件,针对抚顺热电厂取用水要求,采用西露天矿矿井疏干水作为水源,按照97%保证率年排水量与逐日最小疏干水量两种方法,分析计算矿井疏干水排水量,考虑损失与其他用水户,计算了矿井疏干水可利用水量,并进行了可靠性分析,为抚顺热电厂取用水提供了保证。
In the paper,water resources condition in the construction project location is combined. Xilutian mine drainage water is adopted as a water source aiming at water consumption requirement of Fushun thermal power plant. Two methods of97% assurance rate annual displacement and day-by-day minimum drainage water quantity are adopted for analyzing and calculating mine drainage water displacement. Loss and other water users are considered for calculating available water quantity of mine drainage water. The reliability thereof is analyzed to provide guarantee for water acquisition of Fushun thermal power plant.
In the paper,water resources condition in the construction project location is combined. Xilutian mine drainage water is adopted as a water source aiming at water consumption requirement of Fushun thermal power plant. Two methods of97% assurance rate annual displacement and day-by-day minimum drainage water quantity are adopted for analyzing and calculating mine drainage water displacement. Loss and other water users are considered for calculating available water quantity of mine drainage water. The reliability thereof is analyzed to provide guarantee for water acquisition of Fushun thermal power plant.
引文
[1]王淑梅.白山市中心区地下水资源评价[J].水利建设与管理,2010(2):74-76.
[2]李玉涛,林卫东.新郑市浅层地下水资源研究[J].水资源开发与管理,2015(2):65-68.
[2]李玉涛,林卫东.新郑市浅层地下水资源研究[J].水资源开发与管理,2015(2):65-68.