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含酚制药废水处理技术
引用本文:张记市,谢刚,孙可伟.含酚制药废水处理技术[J].环境技术,2003,21(4):34-37.
作者姓名:张记市  谢刚  孙可伟
作者单位:固体废弃物资源化国家工程研究中心, 昆明 650093
摘    要:针对含酚制药污水COD含量高、难降解等特点,综述了采用物化、生化法于一体的方法处理废水,并且从机理上阐述了该方法解决上述问题的可行性及实际应用。

关 键 词:含酚制药废水  废水处理  水污染  生态环境  污水治理
文章编号:1004-7204(2003)04-0034-04
修稿时间:2003年4月11日

Treatment for the Phenolic Liquid Waste of the Chemical Pharacy
ZHANG Ji-shi,XIE Gang,SUN Ke-wei State Key Laboratory of Solid Waste and Resource Reuse,Kunming ,China.Treatment for the Phenolic Liquid Waste of the Chemical Pharacy[J].Environmental Technology,2003,21(4):34-37.
Authors:ZHANG Ji-shi  XIE Gang  SUN Ke-wei State Key Laboratory of Solid Waste and Resource Reuse  Kunming  China
Institution:ZHANG Ji-shi,XIE Gang,SUN Ke-wei State Key Laboratory of Solid Waste and Resource Reuse,Kunming 650093,China)
Abstract:The present article introduces the methods of pharmaceutical liquid waste chemical, physical and biological methods. As is known, pharmaceutical liquid waste contain antibiotic and high - density phenol substance. Integrative method of chemistry, physics, biology has a lot of advantages over other currently used methods in disposing liquid waste. First of all, it is beneficial for degrading the large molecules hard to be processed in the liquid waste into easily processed small ones through pretreatment. Secondly, the biological contact oxidation is favorable for microbes to gather and stick to the carriers and in turn the solid retention time (SRT)can be prolonged. Last of all , many large - scaled researches both at home and abroad have already shown the feasibility of the integrative method in disposing the liquid waste.
Keywords:chemical pharmacy  phenol liquid waste  treatment  
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