1) groundwater recharge
地下水回灌
1.
Technology of groundwater recharge against saltwater intrusion: a case study on Guangrao County,Shandong Province;
地下水回灌补源防治咸水入侵技术研究——以山东省广绕县为例
2.
Advanced treatment of reclaimed wastewater by nanofiltration for groundwater recharge
用于地下水回灌的再生水纳滤深度处理
3.
In recent years, groundwater recharge in Shanghai has been confronted with more difficulties incurred by municipal engineering construction and adjustment of industrial structure, etc.
近年来上海由于受市政建设、产业结构调整等因素影响,地下水回灌工作面临较大困难。
2) artificial recharge of groundwater
地下水人工回灌
1.
Based on the analysis of the present situation of the supply and demand of water resources, and its developing trend in the urban area of Anyang city, the article puts forward the necessity and feasibility of implementing artificial recharge of groundwater.
通过对安阳市区水资源的供需现状和发展趋势分析,提出实施地下水人工回灌的必要性和可行性;在对地质构造、水文地质条件、水源条件、工程效益等进行分析后,认为在安阳市区实施地下水人工回灌是可行的,并提出了4条合理化建议。
3) geothermal water reinjection
地下热水回灌
4) artificial groundwater recharge
人工地下水回灌
1.
In the process of artificial groundwater recharge with secondary effluent from wastewater treatment plant, the remove and transfer of the pollutant and the health risks caused by potentially health hazardous compands were the focus in this study.
本课题重点研究了城市污水处理厂二级生化出水深度处理后在人工地下水回灌过程中,水中的污染物在土壤中的迁移和去除规律以及水中的化学污染物引起的健康风险。
5) underground wastewater recharge
地下废水回灌
6) groundwater recharge
地下回灌
1.
The advanced treatment technology of secondary effluent for groundwater recharge;
城市污水地下回灌深度处理技术
2.
The secondary effluent from Gaobeidian Sewage Treatment Plant was treated with the DGB tertiary process for groundwater recharge.
以北京高碑店二级出水为对象 ,进行了二级出水地下回灌的DGB深度处理工艺的风险评价。
3.
s: To enable the secondary effluentt to be used for groundwater recharge, chlorine dosages for two advanced treatment processes were determined to meet the disinfection requirement.
针对城市污水厂二级出水用于地下回灌的两种深度处理工艺 ,确定了达到消毒要求的加氯量 ,并且研究了加氯消毒对有关水质参数DOC、AOX、CHCl3、CCl4 、UV2 54 等的影响。
补充资料：地下水回灌
简称“回灌”、“人工引渗”。降雨径流、河流来水、灌溉退水、经处理后的城市生活污水和工业废水等，通过地面入渗或水井注入对地下水源的人工补给工作。可控制地面沉降，防止海水入侵含水层，改善地下水水质，调节地下水温，保持地热水、天然气和石油地层的压力等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条