目前已检测出消毒副产物有200多种。
强化混凝是目前控制消毒副产物的最佳可行性技术。
At present, enhanced coagulation is the best available technology to control DBPs.
目的：为了检测泸州市饮水氯化消毒副产物的致突变性。
Objective: To detect the mutagenicity of by-product of chlorinated water.
温度和余氯是管网中控制消毒副产物和AOC浓度的重要因素。
Temperature and chlorine residual are the important factors that control the disinfection byproduct and AOC concentration.
目的评价氯胺消毒对饮用水消毒副产物形成和致突变性的影响。
Objective To assess the effect of chloramine disinfection on the formation of drinking water disinfection by-products (DBPs) and their mutagenicity.
介绍了离子色谱在饮用水中消毒副产物及高氯酸盐分析中的应用。
Application of ion chromatography in the analysis of disinfection by-products and perchlorate in drinking water was reviewed.
饮用水中消毒副产物主要存在形式为三卤甲烷类和卤乙酸类有机物。
Study on disinfection by-products control in water disinfected by combination of chlorine dioxide and chlorine;
饮用水氯化消毒副产物对人的潜在致癌危害一直是人们十分关注的问题。
People pay much attention to the potential carcinogenic harm of chloridized disinfection by-products (DBPs) in drinking water.
消毒剂余量及其消毒副产物指标根据供水厂实际使用的消毒剂进行选择。
Disinfectant allowance and disinfection by-products index according to the water supply plant of the actual use of the disinfectant selection.
本文对氯化消毒副产物的生殖发育毒性从毒理学和流行病学研究方面进行了综述。
The reproduction and growth toxicity of these by-products were reviewed here from the viewpoint of toxicology and epidemiology research.
结果表明，对消毒副产物控制起关键作用的工艺是预氯化(混凝)、过滤和消毒。
The results shown that pre-chlorination, filtration and disinfection were the key processes in controlling disinfection by-products (DBPs) formation.
张晓建等估算，这些氯化消毒副产物中卤乙酸类的总致癌风险最大，达到90%以上。
Zhang Xiaojian estimated that haloacetic acids in chloridized DBPs played a major part in the total carcinogenic risk, beyond 90%.
通过试验研究，达到了去除水中有机污染物、消毒副产物的前体物，提高饮用水水质的目的。
Experimental research through to the removal of organic pollutants in the water, disinfection by-products of the precursors to improve the quality of drinking water.
其中重点介绍了饮用水的消毒方式及四类消毒副产物的产生、浓度、存在形态及影响因素等。
The various disinfectants and the concentrations, occurrences and influential factors of the four kinds of DBPs in drinking water were discussed emphatically.
消毒是一个非常重要水处理单元过程，但常规消毒剂氯气会产生具有“三致”作用的消毒副产物。
Disinfection is a very important unit process in water treatment, but the ordinary disinfectant chlorine will produce disinfection by-products which have potential carcinogenic effects.
随着人们对氯化消毒副产物所带来健康风险的不断关注，饮用水中的消毒副产物成为现今给水行业的热点问题。
With people's attention to the health risk of chlorination Disinfection By-Products, DBPs in chlorinated drinking water is a hot issue in water supply field today.
研究结果还表明，粒状活性炭处理工艺在污水深度处理流程中对去除消毒副产物（AOX）及其前驱物发挥着重要的作用。
The result also shows that the granular activated carbon plays a very important role in the removal of disinfection by-product-AOX and its precursors.
在对天然有机物分类的基础上进行了水体中有机物的特性研究，并采用氯胺对不同特性有机物的氯化消毒副产物进行了控制研究。
The paper researched on characters of NOM (nature organic matter) based on the fractionation of NOM, and studied the control of DBPs (disinfection by-products) by chloramine compared with chlorine.
我国主要采用前体物试验(FP试验)对饮用水中消毒副产物(dbp)的形成进行评估，但这种方法无法对配水系统中dbp产量进行评估。
In China, the formation potential (FP) test was mainly used to assess the disinfection byproduct (DBP) in drinking water, but the test failed to assess the DBP production in water distribution system.
研究表明，当原水中含有溴离子时，经氯化消毒、氯胺消毒或臭氧消毒后会增加溴代消毒副产物的形成，并且溴代副产物具有更高的遗传毒性。
Bromide by-products would increase after disinfection by chlorination, chloramination and ozone if containing bromine ions in raw water, and they have a higher genetic toxicity.
目的了解二氧化氯在饮用水消毒中毒副产物的污染状况，并探讨其产生原因及控制对策。
Objective to explore the status of pollution of toxic byproducts in drinking water disinfected by chlorine dioxide, as well as its causes and countermeasures.
残留在自来水中的内分泌干扰物质的来源主要包括水源污染，配水管网及这些化合物质在氯消毒过程中的副产物。
Endocrine disrupting compounds in tap water mainly stem from the pollution of raw water for water supply, concrete tank and lining of still pipe in water supply system, and chlorination process.
氯仿是饮用水生产过程中加氯消毒的副产物。
Chloroform is a disinfection by-product produced by the drinking water chlorination.
具有致癌、致突变作用的三卤甲烷是饮用水氯化消毒的主要副产物。
Trihalomethanes (THMs), which were found to be possible human carcinogens, are formed as the main disinfection by-products during the chlorination process of water treatment.
消毒水中的氯与其间产生的一些有机物质之间会产生化学反应，所以会有这些副产物。
These by-products result from chemical reactions between chlorine used to disinfect water and organic matter normally present in it.
消毒水中的氯与其间产生的一些有机物质之间会产生化学反应，所以会有这些副产物。
These by-products result from chemical reactions between chlorine used to disinfect water and organic matter normally present in it.
应用推荐