河岸渗滤系统对污水具有净化功能。
Wastewater can be purified by a riverbank filtration system.
最后提出了今后研究河流渗滤系统的方向。
Further research directions of a river filtration system are also presented.
对地下渗滤系统处理生活污水的氮磷去除机理进行了研究。
Nitrogen and phosphorus removal mechanism in subsurface wastewater infiltration system treating domestic wastewater was studied.
介绍了河岸渗滤系统的除污功效，为实现城市污水资源化提供依据。
The pollutants removal efficiency of the riverbank filtration system was discussed. It can provide a basis for utilization municipal wastewater resource.
采用地下渗滤系统处理滇池流域的村镇生活污水，进行了工程的设计和建设。
Subsurface infiltration system has been designed to treat rural domestic wastewater in Dianchi valley.
本文模拟河岸渗滤系统，进行室内动态土柱实验，探讨了氨氮和苯胺的环境行为。
In this paper, we simulated riverbank filtration system, and made room dynamic experiments, reviewed the environmental behavior of NH4 + -n and aniline in the column.
介绍了现有的地下渗滤系统工艺类型及其应用现状，并对国内工程实例进行了总结。
Types of technology for underground infiltration system and their current application were introduced, and the domestic project cases were summarized.
以人工快速渗滤系统处理污水为例，分析了污水土地处理中nh3 - N去除率的影响因素。
The factors of effluent NH3-N removal rate of wastewater land treatment was analyzed as an example of artificial rapid infiltration system.
地下渗滤系统中通过硝化、反硝化作用可以去除约50%的进水总氮，是地下渗滤系统去除氮的主要途径。
Biological nitrogen removal through nitrification and denitrification was the main removal mechanism of nitrogen, which could remove about 50% of influent total nitrogen.
河流渗滤系统对入渗的地表水有一定的净化作用，过去人们很少从理论上研究河流渗滤系统对污染河水的净化作用。
River filtration systems purify surface water flowing through this system to some extent, but degree of purification is not known.
本研究通过对复合垂直流渗滤系统的模拟揭示了该系统非生物机制与生物机制对有机污染物、营养元素的降解效果。
The system's non-biological and biological degradation mechanism for organic pollutants and nutrient elements was revealed through the simulation of integrated vertical flow infiltration system;
结果表明，新型混合填料渗滤系统对受污染河水的净化效果较好，系统的水力负荷也较单独以河砂为填料的渗滤池有大幅提高。
The results show that the system using new combined fillers has better purification effect on polluted river water and higher hydraulic loading than the system using only river sand as fillers.
堵塞问题是污水渗滤土地处理系统经常遇到的。
Clogging problem is often met in wastewater infiltration land treating systems.
本文主要探讨了慢速渗滤污水土地处理系统的设计，以及设计中植物选择、场地适宜性、土地面积及水力负荷设计等内容。
This paper mainly discussed the design of slow rate land treatment system and plants choosing, fitting field, land area and hydraulic load designing.
介绍了AMC垃圾渗滤液处理的工艺流程，对系统单元进行了功用分析，探讨了AMC系统的特点。
This paper introduces the process of AMC garbage percolate, analyzes the functions of the system units, and probes into the features of AMC system.
根据垃圾场渗滤液渗入地下后引起的地下介质电性变化及对自然电位场的改变，设计了用于垃圾填埋场渗滤液渗漏的在线电学监测系统。
Based on changes in electric property of underground media and natural potential field caused by landfill leakage, an online electricity monitoring system is designed to detect the leakage.
最后，为了遏止或减少填埋场恶臭气体污染，我们还对调节初始湿度的填埋场（R2）、渗滤液直接回灌的填埋场（R3）、生物反应器填埋场系统（R4）的主要恶臭气体成分、含量以及对主要恶臭气体的调控进行研究。
Thirdly, in order to reduce or restrain the rotten gas pollution of the landfill, it has studied the main compositions, the content and control of the rotten gas of the landfill such as R2, R3 and R4.
本发明公开了一种人工快速渗滤污水处理系统，它由隔栅池、预沉池和快滤池组成。
This invention discloses a manual fast filtering sewage treatment system. It comprises the retainer tank and the fast filtering tank.
根据垃圾填埋场的设计经验和清淤污泥的特性，工程采用提供侧限的堤坝式填埋方式，并且设置了雨水分流系统、渗滤液收集系统、封场处理和填埋气体导排系统。
According to the design for the refuse landfill and the property of dredged sediment, the lateral restraint dike will be adopted for the sediment landfill, and the rainwater diversion system.
结合工程设计，介绍了渗滤液产量的计算方法、处理系统的组成、工艺设计参数、运行操作方式以及构筑物设计等情况。
Through the project design, the leachate production calculation method, the process composing, technical parameters, operating mode and constructions design are introduced.
结合工程设计，介绍了渗滤液产量的计算方法、处理系统的组成、工艺设计参数、运行操作方式以及构筑物设计等情况。
Through the project design, the leachate production calculation method, the process composing, technical parameters, operating mode and constructions design are introduced.
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