研究中水处理对三角梅和凤凰木叶片超氧化物歧化酶（SOD）和过氧化物酶（POD）活性的影响。
The effects of reclaimed water on SOD and POD of Bougainvillea speetabilis and Delonix regia were studied.
概述了中水处理常用工艺流程以及注意问题。
This paper discusses the problem concerning the treatment of reclaimed water.
研究中水处理对三角梅和凤凰木叶片超氧化物歧化酶（SOD）和过氧化物酶（POD）活性的影响。
The effects of reclaimed water on SOD and POD of Bougainvillea speetabilis and Delonix regia were studied in this paper.
公寓楼的中水回用技术是就地将生活污水经过沉淀、过滤等工艺处理后，在重力的作用下用来冲厕所。介绍了本技术的工艺流程，并与大型中水处理技术方案进行了比较。
The recycling technology of middle-water in apartment is to make the life water clean by means of sediment and filtering and to reuse it to wash the toilet under the function of gravity .
近年来，磁载体法已经在生物细胞分离，废水处理，燃煤脱硫和矿物加工等过程中得到广泛地应用[4,5]。
In recent years, the magnetic carrier method has been widely applied in biology cell separation, wastewater treatment, coal desulfurization and mineral exploitation [4, 5].
其他科学家们寄希望于树叶堆肥或粪肥一类的物质，而布朗教授更偏爱铁含量较高的堆肥，例如来自废水处理过程中的污泥。
Other scientists have looked at materials like leaf compost or manure, while Professor Brown favors composts high in iron content, like the sludge from wastewater treatment.
其中一条比较便捷的办法就是让尽量多的人知道你的城市在国际供水与污水处理绩效管理网络中的排名。
One way of doing this is to publicise their position in the rankings of the International Benchmarking Network for Water and Sanitation, published online.
“水舍”项目从切萨皮克海湾(Chesapeake Bay)生态系统中获得灵感，着重强调暴风雨水的利用，废水处理和节省用水。
WaterShed was inspired by the Chesapeake Bay ecosystem and focuses heavily on managing storm water, treating greywater and minimizing water usage.
Kuo把这些水处理过程中取得的水样中的生物进行计数。
Kuo counts these organisms in water samples from the treatment process.
本文针对水处理中利用膜分离技术的原理、性质、特点等进行了分析总结。
In this paper, the principle, nature and characteristics of membrane separation technology in water treatment are analyzed and summarized.
Koroneia湖周围都是农田，并且在1981年承受了不断增加的密集农业以及工业增长的压力，周围的工厂把污水排入湖中，周边Lagadas镇的污水也同样排放到这里，污水处理站建立于2001年，但依旧没有与排水系统连接。
Lake Koroneia is surrounded by farmland and in the 1980s it suffered from increasingly intensive agriculture, but also from the growth of industry. Factories emptied waste water into the lake.
人工湿地技术将污水处理与生态环境恢复相结合，在水污染控制中具有广泛的应用前景。
Constructed wetland technology that combines together of sewage disposal and ecological environment restoration, have extensive application prospects in water pollution control.
人工湿地及其在工业废水处理中的应用。
Constructed wetland and its application for industrial waste water treatment.
在戈尔膜分离净化卤水的中试过程中，我们对卤水处理与卤水精制的质量、膜结垢的清洗技术进行了研究。
In the pilot experiment of separation of purified brine with Gore membrane, we study the quality of brine treatment and brine purification as well as cleaning technology of Gore membrane scaling.
介绍了硝化促进剂hb-1在污水处理装置中的应用情况。
The application of nitrification accelerator HB - 1 in wastewater treatment plant was introduced.
另外，如果填海水是拟用于环境目的，这些营养物质可能在废水处理中回收过来，并随后出售作其他用途。
Alternatively, if reclaimed water is intended for environmental purposes, these nutrients maybe recovered during wastewater treatment and subsequently sold for other USES.
完成废水处理过程中的化学快速测试。
针对造气含氰废水处理循环使用中存在的问题提出了解决方法。
Solution was given to treatment and reuse of cyanide-containing waste in the gas process.
确定絮凝剂的最佳投药量的研究一直是污水处理厂运行中的一个重要课题。
The research on optimizing chemical dosage consumption is an important question for discussion in thickened sludge dewatering operation.
另外将优化设定控制方法应用到该系统中，提高了污水处理质量，降低了污水处理成本。
In addition, optimal set-point control method is applied into this system, quality of sewage and production cost have been improved and decreased greatly.
废物，经历了这个过程中的污水处理厂是更容易和更符合成本效益的处置和处理的废物，可用于其他事情，如农业用途。
Waste that has undergone this process of sewage treatment is easier and more cost effective to dispose of and the treated wastes can be used for other things such as for agricultural purposes.
进行了膜生物反应器(MBR)用于火电厂中水回用水处理系统的试验，获得了运行优化参数。
Test of using membrane bioreactor (MBR) in water treatment system for reusing intermediate water in power plants has been carried out, obtaining parameters for operation optimization.
进行了膜生物反应器(MBR)用于火电厂中水回用水处理系统的试验，获得了运行优化参数。
Test of using membrane bioreactor (MBR) in water treatment system for reusing intermediate water in power plants has been carried out, obtaining parameters for operation optimization.
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