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Position: Home > Articles > Research Advance of Triclosan Transport and Transformation in Water Environment Journal of Anhui Agricultural Sciences 2015 (2) 251-256

三氯生在水环境中的迁移及降解技术研究进展

作  者:
王秀娟;丘锦荣;田应兵;周建利;赵涛;刘清云
单  位:
长江大学农学院;环境保护部华南环境科学研究所
关键词:
三氯生;毒性;迁移转化;降解
摘  要:
三氯生作为广谱抗菌剂被广泛使用,因其亲脂性容易被生物体富集并进入食物链中,因此,三氯生的生物毒性给生态环境带来的威胁是潜在和不可预测的。简述了国内外近年来对水体中三氯生的处理技术,比较了各种处理技术的优劣。结果表明,高级氧化技术具有反应快速、彻底、矿化度高等优点,但其处理费用较高,因此研发经济可行的高级氧化技术成为未来处理水环境中三氯生的研究方向。
译  名:
Research Advance of Triclosan Transport and Transformation in Water Environment
作  者:
WANG Xiu-juan;QIU Jin-rong;TIAN Ying-bing;Agricultural College,Yangtze University;South China Institute of Environmental Sciences,Ministry of Environmental Protection;
关键词:
Triclosan;;Toxicity;;Transport and transformation;;Degradation
摘  要:
Triclosan is widely used as broad spectrum antibacterial agent,it is easy to bioaccumulate and gather into the food chain for its lipotropy. Therefore,the biological toxicity of triclosan causes potential unpredictable threat of the ecological environment. This paper will make a brief introduction of current world-wide researches on treatment technology of triclosan in water,the advantages and disadvantages of various treatment technologies were compared. The results showed that advanced oxidation technology own the edges of fast response,thorough,high salinity,etc.,but it is of higher processing costs. Therefore,developing economic feasible advanced oxidation technology tend to be a future research direction in dealing with the triclosan in water environment.

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