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地下水同井抽回井施工技术与应用研究
引用本文:吴烨,卢予北,牛建设,陈莹.地下水同井抽回井施工技术与应用研究[J].探矿工程(岩土钻掘工程),2011,38(9):33-36.
作者姓名:吴烨  卢予北  牛建设  陈莹
作者单位:河南工程学院,河南省深部探矿工程技术研究中心,河南省深部探矿工程技术研究中心,河南省深部探矿工程技术研究中心
基金项目:河南省科技攻关项目课题资助(102102310360)
摘    要:地下水同井抽回井主要应用于浅层地热能开发。细颗粒地层中地下水抽回井的比例模式多数为1∶3~1∶6,不仅增加建设成本,而且造成占地面积大、管理不便和回灌困难等问题。针对该问题,通过分析和研究,利用钻探理论和水文地质条件设计了"同井抽回两用系统",实现了在同一口井内抽水和回灌之目的,并在实际工程中取得了较好的效果。就钻井设备选择、成井工艺及应用效果进行了详细阐述。

关 键 词:同井抽回井  地下水  浅层地热能  设备选择  成井工艺
收稿时间:7/28/2011 8:44:02 AM
修稿时间:7/28/2011 8:44:02 AM

Construction Technology and Application Research in Groundwater Pump and Re-injection in Same Well
WU Ye,LU Yu-bei,NIU Jian-she and CHEN Ying.Construction Technology and Application Research in Groundwater Pump and Re-injection in Same Well[J].Exploration Engineering:Rock & Soil Drilling and Tunneling,2011,38(9):33-36.
Authors:WU Ye  LU Yu-bei  NIU Jian-she and CHEN Ying
Affiliation:Henan Institute of Engineering,Henan Engineering Research Center of Depth Exploration,Henan Engineering Research Center of Depth Exploration,Henan Engineering Research Center of Depth Exploration
Abstract:Groundwater pump and re-injection in the same well is mainly applied in shallow geothermal development.For GSHP system,the proportion between pump well and re-injection wells is 1∶3~1∶6,for fine particle formation,it not only means more construction cost,but also means large site area,management inconvenience and difficult re-injection.According to the analysis and research,"pump and re-injection in the same well" system was designed according to the drilling theory and hydrogeology conditions,pump and re-injection in the same well was realized with satisfied effects.The paper explained "pump and re-injection in the same well" about equipment selection,well completion technology and application effect.
Keywords:pump and re-injection in the same well  groundwater  shallow geothermal energy  equipment selection  well completion technol
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