考察了含酚废水降解过程的影响因素。
The influence factors were studied on the degradation of phenols wastewater.
采用电解法对4 氯酚废水进行了处理。
The treatment of 4-chlorphenol wastewater with E-Fenton reagent was studied .
并探讨了含酚废水处理技术的发展趋势。
The developmental view on treatment of phenolic wastewater was further described.
用溶剂萃取法对炼油含酚废水脱酚处理。
Wastewater from oil refiner is treated by solvent extraction to dephenolize.
本文综述了氧化法处理含酚废水的研究进展。
The research development on treatment of the phenol wastewater by oxidation methods is reviewed.
该研究对处理含有其它碳源的含酚废水具有一定的意义。
The study on treatment contain other carbon sources of hydroxyl benzene wastewater has certain significance.
同时，展望了中油萃取剂在含酚废水治理上的应用前景。
The prospect of coal tar on the treatment of phenolic wastewater was further described.
含酚废水的处理方法较多，有物理、化学和生物处理法。
The treatment methods of wastewater contained phenol are more, including physical, chemical and biological treatment method.
含酚废水是我国水污染控制中重点解决的有害废水之一。
The phenolic wastewater is a kind of harmful water which we put the stress on treating in water pollution control.
研究了用辣根过氧化物酶催化处理邻苯二酚废水的效果。
Treatment of waste water containing pyrocatechol catalyzed by horseradish peroxidase ( HRP ) was studied.
经本发明处理后的含酚废水，游离酚去除率可达99%。
The free phenol removal rate of the waste water containing phenol and processed by the method can be 99 percent.
这一实验为工业处理含酚废水提供了较为可靠的运行参数。
The experiment has offered a comparatively reliable parameter for the phenol wastewater treatment.
介绍了含酚废水的危害，各种含酚废水处理方法的优缺点。
The harm of phenol-containing wastewater is introduced. The advantages and disadvantages of various phenol-containing wastewater methods are given.
以含酚废水为处理对象研究了固定化酶的催化性能和催化动力学。
The catalytic performance of the immobilized HRP applied in the treatment of phenolic wastewater and enzymatic reaction mechanism were also studied in detail.
采用特种活性炭在静态和动态条件下进行焦化含酚废水的吸附试验。
Adsorption test for toxic phenols wastewater from a coking plant was carried out using Specially-made activated carbon from Lignite under dynamic and static conditions.
含酚废水是一种危害极大的工业废水，经济而有效地处理极为重要。
The phenol wastewater is a kind of industrial wastewater with great harm. It is very important to treatment the phenol wastewater economically and effectively.
对于高浓度合酚废水，应尽可能回收酚，中低浓度的则以生化处理为主。
The phenol should be recovered from the wastewater if it is a high strength phenolic wastewater, or it should be removed mostly by biochemical method.
利用微生物降解的方法处理含酚废水是一种经济有效且无二次污染的方法。
It is economic and effective that using the method of microorganism biodegradation to treat with phenol wastewater. And it has not second pollution too.
由于含酚废水的难降解特性，寻找高效的降解菌种成为一个重要的研究问题。
As the biodegradable characteristics of phenolic wastewater, to find efficient phenol-degradation bacteria becomes a major research question.
含酚废水是一种危害极大的工业废水，经济而有效地处理含酚废水极为重要。
The phenol wastewater is a kind of industrial wastewater with great harmful. It is very important to treatment the phenol wastewater economically and effectively.
常规热塑性酚醛树脂生产的产率较低，且产生大量高浓度含酚废水，污染环境。
Conventional thermoplastic phenolic resin production yield is low, and produces a large number of high concentration phenol wastewater, pollute the environment.
探讨了萃取法处理废水的机理，并简要地介绍了在含酚废水处理中的应用情况。
This paper discusses the mechanism of wastewater treatment by extraction process. and briefly introduces its application in the treatment of wastewater containing phenol.
作者选用催化原料油—减压蜡油为萃取剂，对催化裂化含酚废水进行脱酚预处理。
FCC raw material oil-decompressed wax oil is used as extraction agent to pretreat FCC phenol-bearing wastewater.
采用改性8BV型吸附树脂，对含酚废水作进一步脱酚研究，考察了有关工艺条件。
In this paper, the dephenolizing process for treatment of phenol-containing wastewater from flotation extraction using modified 8BV-polymeric adsorbent is study.
含酚废水是一种危害大、污染范围广的工业废水，严重影响和危害人们的正常生活。
Phenol-containing wastewater is a harm great, wide range of industrial wastewater pollution on people's normal life.
二氧化锰是超临界水氧化反应中的良好催化剂，它能有效地加速含酚废水的彻底降解。
Manganese oxide is an efficient catalyst which can enhance the degradation of waste water containing phenol in supercritical water oxidation reaction.
本文针对双酚a生产过程产生的含酚废水，对其在超临界水中的催化氧化过程进行了研究。
In this paper, the catalytic supercritical water oxidation of phenolic wastewater from bisphenol Aplant was investigated.
以硼掺杂金刚石薄膜（BDD）为电极，采用电化学氧化的方法对含氯酚废水进行实验研究。
The electrochemical oxidation of wastewater containing chlorophenols was investigated experimentally using synthetic boron-doped diamond(BDD) thin film electrodes.
利用真菌处理含酚废水是一种新兴环境生物技术，逐渐成为了国内外环境工作者关注的焦点。
As a new method in environmental fields, fungi technique becomes the focus of environmental staffs in the world.
利用真菌处理含酚废水是一种新兴环境生物技术，逐渐成为了国内外环境工作者关注的焦点。
As a new method in environmental fields, fungi technique becomes the focus of environmental staffs in the world.
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