CAJ | 학술논문

当今各行各业的快速发展导致大量有机废水的排放，环境受到了越来越严重的破坏，所以如何能够使各种废水达标排放是当今科研领域的研究热点。而以前处理废水的方法，存在着降解效率低、易产生二次污染等问题。电化学氧化技术避免了传统处理方法的弊端，能够高效地深度处理废水。综述了电化学氧化技术在油田污水、染料废水等方面的研究成果以及降解有机废水的影响因素，同时，展望了该技术今后的研究方向。
당금각행각업적쾌속발전도치대량유궤폐수적배방，배경수도료월래월엄중적파배，소이여하능구사각충폐수체표배방시당금과연영역적연구열점。이이전처리폐수적방법，존재착강해효솔저、역산생이차오염등문제。전화학양화기술피면료전통처리방법적폐단，능구고효지심도처리폐수。종술료전화학양화기술재유전오수、염료폐수등방면적연구성과이급강해유궤폐수적영향인소，동시，전망료해기술금후적연구방향。
Today because of rapid development of various industries, a lot of organic wastewater is discharged. The destruction of the environment has been more and more serious. So how to make all kinds of wastewater meet the emission standard has become a research hotspot now. The traditional wastewater treatment methods have many shortcomings, such as low degradation efficiency, secondary pollution and so on. The electrochemical oxidation technology can avoid the disadvantages of traditional treatment methods, and has high wastewater treatment capacity. In this paper, research achievements of the electrochemical oxidation technology for treatment of oilfield wastewater, dye wastewater and other wastewater were summarized. The influence factors of organic wastewater treatment by the electrochemical oxidation technology were analyzed, and the future research direction of the electrochemical oxidation technology was discussed.