中水回用技术是污水资源化的重要措施之一。
Middle water reusing technology is one of the important ways in sewage resource.
文章运用经济学理论分析了城市污水资源化的外部经济性。
This paper discussed the principle of externality in the domain of urban wastewater reuse, analyzing the external economy of urban wastewater reuse with the theory of economics.
文章主要探讨我国污水资源化中存在的问题并提出相关对策。
Major problems in the recycle of sewage were discussed and some measures were proposed.
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.
从哲学的理念出发，给出了污水资源化定义，提出了未来在该领域的研究重点。
The definition of sewage resources recovery is given from the philosophical idea, and the study points that should be emphasized in this field are proposed.
农业节水、污水资源化和科学调蓄利用汛期雨洪资源是降落漏斗修复的主要途径。
Saving water in agriculture, turning waste into resources and utilizing the resources of great precipitation and floodwater in flood season are the primary ways.
在此基础上，重点介绍了美国在节水、污水处理、污水资源化方面的一些具体做法。
On this base the paper introduces mainly some concrete practices in aspects such as saving on water, sewage treatment, sewage resource in USA.
提出了几种城市污水深度处理工艺，探讨了城市污水的回用途径及污水资源化的意义。
This paper advances several deep treatment procedures and reuse way of urban wastewater; and it explores the meaning of wastewater when as a water resource.
垂直潜流人工湿地是一种新型的污水处理技术，在城镇污水资源化中有良好的实用价值和应用前景。
As a new technology for wastewater treatment, vertical subsurface flow constructed wetland has good practical value and application prospect in town sewage resourcing.
最后，运用财务评价的方法对以BOT方式建设的城市污水资源化设施的财务可行性和风险进行了分析。
At last, this article USES financial analysis method to demonstrate the feasibility of BOT project and analyzed the risk factors' influence to BOT project in the urban sewage reclamation field.
因此，进行城市污水深度处理工艺的研究并正确评价污水资源化可能带来的环境和人体健康风险，显得非常必要。
Therefore, it appeared very necessary to research the new municipal wastewater treatment technology and correctly assessed the environment and human health risks when wastewater was reused.
当前我国用水面临水资源短缺和水环境恶化的双重考验，污水资源化是解决水资源短缺和水环境恶化的有效途径。
Water deficiency and environmental pollution are two problems we confront with in water usage. Wastewater reclamation is greatly effective to solve these problems.
加强科学管理和污灌指导，利用农田作为土地处理系统来消纳污水中耗氧有机物，是本地区近期可行的污水资源化途径之一。
It is one of feasible sewage revitalizing ways to enhance sewage irrigating management, by using farmland as the treatment system to eliminate pollution in foul water.
微滤膜过滤技术和生活污水后处理相结合，开辟了生活污水深度处理新方法和污水利用新途径，使生活污水资源化工业化利用成为可能。
The combination of micro-filtrate membrane technology with the sewage treatment breaks through the new pathway for the advanced domestic sewage treatment and new utilization of recovered sewage.
我国面临着严重的水资源危机，污水资源化把水污染防治与解决水资源短缺相结合，具有开源节流与减轻水污染的双重功能，越来越受到关注。
China is in the face of serious crisis of water resource. The reuse of sewage combines water prevention with settlement of water resource shortage, to tap new resource and mitigate water pollution.
因此，将城市污水回用，使其资源化将成为缓解水资源短缺的一个重要途径。
Therefore, the strategy on municipal sewage reclamation and reuse will be one of the most important approaches to solve water shortage.
工程使用的一体式膜生物反应器是针对微污染污水进行深度处理，实现废水资源化的高效工艺。
Light polluted sewage treated by the submerged membrane bioreactor, in this engineering application, is for the recycle of the waste water and the high-efficient craft.
采油污水经处理后资源化利用，成为节省水资源、减少环境污染的一个重要途径。
The utilization of oilfield produced water after the treatment has been an important way to save water resource and reduce environmental pollution.
工程使用的一体式膜生物反应器是针对微污染污水进行深度处理，实现废水资源化的高效工艺。
The synergism of photochemical catalysis and ozonize to treat light polluted water is studied as well as single effects.
工程使用的一体式膜生物反应器是针对微污染污水进行深度处理，实现废水资源化的高效工艺。
The synergism of photochemical catalysis and ozonize to treat light polluted water is studied as well as single effects.
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