城市建筑
城市建築
성시건축
URBANISM AND ARCHITECTURE
2014年
12期
386-386
,共1页
煤矿%高矿化度%反渗透处理
煤礦%高礦化度%反滲透處理
매광%고광화도%반삼투처리
coal mine%high salinity%reverse osmosis treat-ment
煤炭开采过程中会产生大量的矿井水,而我国西北煤炭矿区水资源匮乏,因此对矿井水进行深度处理后回用是解决矿区水资源短缺的主要途径。对矿井水进行反渗透处理,是未来矿井水深度处理的发展方向。
煤炭開採過程中會產生大量的礦井水,而我國西北煤炭礦區水資源匱乏,因此對礦井水進行深度處理後迴用是解決礦區水資源短缺的主要途徑。對礦井水進行反滲透處理,是未來礦井水深度處理的髮展方嚮。
매탄개채과정중회산생대량적광정수,이아국서북매탄광구수자원궤핍,인차대광정수진행심도처리후회용시해결광구수자원단결적주요도경。대광정수진행반삼투처리,시미래광정수심도처리적발전방향。
The coal mining process wil produce a large am-ount of mine water, and coal mining area of northwest China lacking of water resources, so the mine water depth reuse after processing is the main way to solve the water shortage in mining area. Doing reverse osmosis treatment of mine water, is the future development direction of mine water treatment.