The usual wastewater treatment techniques were described simply.
对常用的污水处理技术作了简单介绍。
Based on the properties of wastewater treatment techniques it is a important method for reducing sludge from the source of treatment unit.
根据废水处理的工艺特点，从产生污泥的工艺单元着手减少污泥的产量，是污泥减量化的重要途径。
The treatment techniques are summed up, and some weful materials about design, operating and management of wastewater pl- ants are presented also.
归纳了我国可以借鉴的处理技术及考察看法，对我国污水处理厂的设计、运行、管理提供了有用的资料。
According to different main pollutants of wastewater, the disposal methods, treatment technology and techniques are separately discussed, and suggestion are put forward.
本文针对废水中主要污染物的不同，对其处理方法、治理技术、工艺分别进行了论述，并提出了建议。
Oxidation methods are treatment techniques of the phenol wastewater with a great developable future.
氧化法是一类极具发展前途的含酚废水处理技术。
The sources and peculiarities of surfactant wastewater are briefly reviewed. Its harmfulness to the environments and treatment techniques frequently used are expounded.
介绍了表面活性剂废水的来源、特点及其表面活性剂废水对环境的危害，阐述了表面活性剂废水的常用处理方法。
Recent techniques in the treatment are fully discussed in the paper, recommend domestic and international emerging techniques and devices in the research of emulsified oil wastewater treatment.
对近年来研究和使用较多的乳化含油废水处理方法进行了评述，并介绍了国内外乳化含油废水处理的最新研究成果。
The current design for such levy pharmaceutical wastewater characteristics, the main processing techniques for treatment comparisons.
本次设计征对这种制药废水的特点，对水处理的各种主要处理工艺作了比较。
For these two techniques, carrier is an important factor about efficiency and effectiveness of wastewater treatment.
对于这两种技术来说，填料的性能是影响其水处理效率和效果的重要因素。
Some treatment techniques on oily wastewater of emulsified liquid were introduced. The effect is obvious when adopting the combined method for treating the oily wastewater after gravity separation.
介绍了乳化液含油废水的多种处理技术，指出对含油废水进行重力隔油处理后的乳化液用联合的方法处理效果明显。
Immobilized microorganism is one kind of effective techniques in wastewater treatment, which has a lot of advantages comparing with normal biological treatment.
固定化微生物技术是一种有效的废水生物处理技术，与普通生物处理法相比有许多优点。
It is suggested that the molecular techniques will contribute to our understanding of the diversity and function of AOB and will benefit to improve the industrial wastewater treatment system.
结果表明采用分子检测技术有利于更全面地了解aob的类群和功能，进而改善废水处理系统的处理效果。
It is suggested that the molecular techniques will contribute to our understanding of the diversity and function of AOB and will benefit to improve the industrial wastewater treatment system.
结果表明采用分子检测技术有利于更全面地了解aob的类群和功能，进而改善废水处理系统的处理效果。
应用推荐