摘要
在Cu-EDTA废水处理中,因金属有机配合物结构复杂、性质稳定,需要依靠高级氧化技术对其进行破络降解,以达到绿色高效的处理效果.列举了电催化法、光催化法、臭氧法、芬顿法、活化过硫酸盐法及放电等离子体法这6类常见的高级氧化破络处理技术,并对比分析不同技术的优势与不足.同时介绍了近几年高级氧化破络的联合处理技术,总结了其优化提升、技术应用情况.展望了高级氧化技术在Cu-EDTA破络处理研究中的探索方向,强调降解机理研究、联合技术开发及实际工程应用的重要性,可为高级氧化破络处理Cu-EDTA废水研究提供参考.
Abstract
In Cu-EDTA wastewater treatment,due to the complex structure and stable nature of metal-organic complexes,it is necessary to re-ly on advanced oxidation technology to break complexes and degrade them in order to achieve green and efficient treatment effects. This work listed six common advanced oxidative complex-breaking treatment technologies,namely,electrocatalysis,photocatalysis,ozone,Fenton,acti-vated persulfate and discharge plasma,and the advantages and shortcomings of different technologies were compared and analyzed. Meanwhile,the advanced oxidation complex-breaking co-processing technologies in recent years were introduced. Their optimization,enhancement and technological applications were summarized. Besides,the exploration direction of advanced oxidation technology in the research of Cu-EDTA decomplexation was outlooked,and the importance of degradation mechanism research,joint technology development and practical engineering application was emphasized,which could provide a reference for advanced oxidative decomplexation treatments of Cu-EDTA wastewater.
维普
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