三峡环境与生态
三峽環境與生態
삼협배경여생태
CHONGQING ENVIRONMENTAL SCIENCE
2012年
1期
52-55
,共4页
杨琳%郭劲松%唐金晶%方芳%陈猷鹏
楊琳%郭勁鬆%唐金晶%方芳%陳猷鵬
양림%곽경송%당금정%방방%진유붕
电极生物膜法%脱氮%原理%影响因素
電極生物膜法%脫氮%原理%影響因素
전겁생물막법%탈담%원리%영향인소
electrode biofilm%denification%mechanism%influential factors
电极生物膜法具有较强的脱氮能力，在水处理技术中有独特的应用潜力。根据已有的研究成果，对电极生物膜法的发展起源及近20年来的研究应用进行总结，指出电极生物膜法反硝化脱氮和全程硝化一反硝化脱氮的原理与电极材料的选取有关，探讨了影响电极生物膜法脱氮性能的因素，主要有电流强度，pH，DO，温度等，并对电极生物膜法未来的研究方向进行了展望。
電極生物膜法具有較彊的脫氮能力，在水處理技術中有獨特的應用潛力。根據已有的研究成果，對電極生物膜法的髮展起源及近20年來的研究應用進行總結，指齣電極生物膜法反硝化脫氮和全程硝化一反硝化脫氮的原理與電極材料的選取有關，探討瞭影響電極生物膜法脫氮性能的因素，主要有電流彊度，pH，DO，溫度等，併對電極生物膜法未來的研究方嚮進行瞭展望。
전겁생물막법구유교강적탈담능력，재수처리기술중유독특적응용잠력。근거이유적연구성과，대전겁생물막법적발전기원급근20년래적연구응용진행총결，지출전겁생물막법반초화탈담화전정초화일반초화탈담적원리여전겁재료적선취유관，탐토료영향전겁생물막법탈담성능적인소，주요유전류강도，pH，DO，온도등，병대전겁생물막법미래적연구방향진행료전망。
Electrode-biofilm method has proved to have strong ability of denification, and therefore possess a unique potential in wastewater treatment. Based on the available published literatures, the author examines the origin, evolvement and recent development in the electrode-biofilm technology. The denification by electrode-biofilm, ge- nerally, can be classified into two major forms. The chosen of electrode material are associated to different forms of denification. The influential factors of electrode-biofilm efficiency, such as current strength, p H, DO, temperature, etc are also compared and assessed in this paper. Finally, the future study directions and potentials in this field are discussed alike.
