因此，开展地下水回灌的研究和应用也日益重要。
Therefore, it is very important to study and apply the technology of groundwater recharge.
开展污水回灌地下水应用研究和适宜地区地下水回灌与储存应用研究。
Recharging groundwater with treated wastewater and combination of recharging and storage will be studied.
此分析也为把地下水回灌作为控制沉降的一个有效措施提供了有力的理论依据。
This analysis also provides a sound basis for suggesting groundwater recharging as an effective means to control the subsidence.
本研究推荐的用于人工地下水回灌的城市污水深度处理工艺是DGB吸附与聚合氯化铝混凝沉淀协同处理。
The recommended advanced treatment technology before artificial groundwater recharge in this study was DGB adsorption combined with coagulation by PAC .
采用地下水回灌系统来消除基坑阵水对周围环境的影响具有施工方便、经济性好等优点，但目前回灌系统的设计基本上还处于经验摸索状态。
It is convenient and economical for us to use the groundwater recharge system to avoid the influence of dewatering. But at present, the design of recharge system still depends on experience.
藁城市利用地下储水空间蓄水，进行地下水人工回灌试验，取得了一定成果。
The fine results are achieved by the artificial groundwater recharge experiment and using the underground storing space for water storage in the Gaochen City.
反滤回灌井是地下水库中一种有效的回灌设施，它由回灌井和井口反滤层组成。
Recharge well with a filter layer is a kind of valid recharge facilities in groundwater reservoirs.
论文系统地研究了山东省不同水源条件、不同类型水文地质区和不同工程型式的地下水人工回灌补源模式。
This dissertation investigates the artificial ground water recharge mode in Shandong province under different water sources, hydrological conditions and engineering types.
预测分析了济宁市未来时期雨水洪水利用、回灌补源、污水处理利用等多水源开发的前景，并对济宁市地下水库的调度运用进行了规划。
The foreground of multi-source utilization of rain water and flood, recharge and replenishment, water reuse, and the method of operation and scheduling rule of groundwater reservoir were established.
目前，用人工回灌补充地下水，可以快速、有效地阻止地下水水位的持续下降，防止各种地质灾害的发生。
Now, artificial recharge of groundwater is an effective way to control the declining level of the groundwater and hold back the geologic disasters.
结合成都金沙遗址博物馆地源热泵地下水换热系统工程的施工实践，介绍了选择适宜的管井结构、合理布置抽水井和回灌井、对井口装置进行密闭、二次洗井等施工关键技术。
The advanced technologies such as water source heat pump and double well reinjection used in the geothermal water heating project in the Xiong County of Hebei Province were introduced.
结合成都金沙遗址博物馆地源热泵地下水换热系统工程的施工实践，介绍了选择适宜的管井结构、合理布置抽水井和回灌井、对井口装置进行密闭、二次洗井等施工关键技术。
The advanced technologies such as water source heat pump and double well reinjection used in the geothermal water heating project in the Xiong County of Hebei Province were introduced.
应用推荐