肥城矿区水资源分析及其调水概念模型设计  

Analysis for Water Resources of Feicheng Diggings and Design of an Water-transfer Conceptual Model

作　　者：廖爱民[1] 黄鑫磊[2] 

机构地区：[1]南京水利科学研究院,江苏南京210029 [2]中国矿业大学资源与地球科学学院,江苏徐州221008

出　　处：《地下水》2011年第5期183-186,共4页Ground water

摘　　要：本文从水资源保护利用的角度,提出了"负水"和"压郁水"的概念,通过对肥城矿区水资源量的评价和矿井涌水量的研究,认为,肥城矿区水资源潜力很大;通过对矿井水水质的评价,认为:肥城矿区"压郁水"水量大,直接排放将成为影响环境的"负水"。针对肥城矿区"压郁水"的现状,通过改造塌陷坑,利用生物净水技术,并结合地下水和地表水联合调度,合理配置水资源,本文设计了调水概念模型;最后,给出了矿区水资源合理利用的建议,以期为矿区水资源的合理高效利用提供参考。This paper puts forward concepts of ＂negative water＂ and ＂depressed water＂ from the view of protection and utilization of water resources.it evaluates the quantity of water resources studies yield of the mine well in Feicheng diggings.It thinks there is a big potential of water resources.Through evaluation of the mining water quality,it reveals that most ＂depressed water＂ does not attain to appropriate treatment and flows directly to the surface to be ＂negative water＂ which impacts environment.According to the status of ＂depressed water＂,the paper designs a water-transfer conceptual model by transforming collapse crater,using biological purification technology,combining groundwater with surface water,and the reasonable allocation of water resources.Finally,it puts forward some reasonable suggestions to offer reference for the reasonable utilization of water resources of the mining areas.

关 键 词：肥城矿区 压郁水 负水 调水概念模型 

分 类 号：TV211.1[水利工程—水文学及水资源]