摘要
根据灵新煤矿矿井水水文地质条件、涌水量和涌水水质资料等综合考虑,对灵新煤矿高矿化度矿井水提出了井下分级处理技术和浓盐水封存技术,改变了在地面建设传统的矿井水处理模式,有效的实现了"地面清水零入井、井下污水零升井"的双零目标,节约了地面生活水,保护了地下水资源,有效保障了矿区的可持续发展,为矿井水的处理利用技术开辟了新的技术途径。
According to the hydrogeological conditions,water inflow and water quality data of Lingxin Coal Mine,the underground grading treatment technology and concentrated brine storage technology for the high salinity mine water of Lingxin Mine are proposed, and the traditional mines on the ground have been changed. The water treatment mode effectively achieves the double zero goal of ＂no clean surface water intaking and no underground mine water up-going＂,which saves ground living water,protects groundwater resources,effectively ensures the sustainable development of mining areas,and opens up new technological approaches for processing and utilizing mine water.
作者
蒋斌斌
虎晓龙
郭强
刘新杰
JIANG Bin-bin;HU Xiao-long;GUO Qiang;LIU Xin-jie(State Key Laboratory of Groundwater Protection and Utilization by Coal Mining,Beijing 100011,China;Shenhua Ningxia Coal Group Lingxin Coal Mine,Lingwu 751410,China)
出处
《煤炭工程》
北大核心
2018年第8期83-85,共3页
Coal Engineering
关键词
高矿化度矿井水
井下分级处理技术
浓盐水封存技术
涌水量
highly mineralized mine water
underground classification treatment of mine water
storage technology for concentrated brine
water inrush amount
