摘要
煤炭的开采过程中又离不开水的供应,根据晋华宫矿井下煤层涌水量较大的特点,该矿采取"就地取材、实时利用"的办法,利用煤层间的采空区和含水层的矿井地下水,通过排水系统将其排至地面,实现矿井水循环利用,保证在煤炭开采过程中实现矿井水"零"排放,又体现了矿井效益最大化。
Water supply is the necessity in the process of coal mining. According to the characteristics of large underground water inflow in the coal seam, Jinhuagong Mine adopted the approach of "local materials, real-time utilization", used the underground water in goal and aquifer in coal mines and drainaged it to the ground by the drainage system so as to realize the recycle use of underground water and realized "zero discharge" of underground water in the process of coal mining and reflected the maximum benefits of coal mines.
作者
高翔
GAO Xiang(Jinhuagong Coal Mine, Datong Coal Mine Group, Datong 037016, Shanxi, China)
出处
《能源与节能》
2017年第2期55-56,61,共3页
Energy and Energy Conservation
关键词
矿井水
综合利用
“零”排放
探讨研究
mine water
comprehensive utilization
"zero" discharge
exploration and study