CAJ | 학술논문

作为一种环境友好型技术，电絮凝凭借诸多优点逐渐成为研究热点。该文从电极反应原理、净水机理、技术特征三个方面，介绍了与电絮凝相关的基本理论。再从废水处理、污水处理、给水处理及微污染海水处理四个方面详细论述了电絮凝技术的应用现状。最后针对电絮凝能耗较高和电极易钝化的问题，提出改进电源和电极、优化电解槽形式及与其他工艺相组合的发展方向。
작위일충배경우호형기술，전서응빙차제다우점축점성위연구열점。해문종전겁반응원리、정수궤리、기술특정삼개방면，개소료여전서응상관적기본이론。재종폐수처리、오수처리、급수처리급미오염해수처리사개방면상세논술료전서응기술적응용현상。최후침대전서응능모교고화전겁역둔화적문제，제출개진전원화전겁、우화전해조형식급여기타공예상조합적발전방향。
Electrocoagulation (EC)is an eco-friendly water treatment technique which is becoming a research focus due to its advantages. Firstly,the basic theory related to electrocoagulation was introduced from the electrode reaction principle,water purification mechanism and technical characteristic;secondly,detailed application status of electrocoagulation technology were discussed in the light of wastewater treatment,sewage treatment,water treatment and micro-polluted seawater treatment;Finally,a conceptual framework was presented for future research directed towards improving power source and electrode configuration,optimizing cell form and combined process on the basis of minimizing electrical power consumption and reducing electrode passivation.