Catalytic ceramic membranes with ozonation have gained increasing attention due to their high efficiency in removing organic pollutants for water treatment. The combination of ceramic membranes and catalytic ozonation can effectively create a synergistic effect between the physical separation of ceramic membranes and the chemical reaction of catalytic ozonation, which is mainly attributed to the unique physiochemical characteristics of ceramic membranes and the strong oxidizing ability of ozone. The catalytic ceramic membrane with the utilization of ceramic membranes as carriers, accompanied by the incorporation of catalysts on the membrane surface or within the membrane pores, has been demonstrated to be effective in preventing catalyst agglomeration, increasing the number of catalytically active sites, and facilitating the efficient removal of pollutants. Thus, this technology possesses the potential to significantly reduce the contamination of ceramic membranes and prolong their operational lifespan. This paper proposes the emerging concept in the field of catalytic ceramic membranes with ozonation and provides a comprehensive review of the research progress achieved so far. It not only introduces various preparation methods of catalytic ozone ceramic membranes but also conducts a detailed study on the catalytic ozone mechanism for the first time, with a focus on heterogeneous catalytic ozonation. Additionally, this paper presents the recent progress in the application of catalytic ozonation ceramic membranes in wastewater treatment. Finally, the challenges and opportunities of catalytic ceramic membranes with ozonation are also discussed.

中文翻译：

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用于废水处理的臭氧催化陶瓷膜：制备、机理和应用


具有臭氧作用的催化陶瓷膜因其在去除水处理中的有机污染物方面的高效性而受到越来越多的关注。陶瓷膜与催化臭氧化相结合，可以有效地在陶瓷膜的物理分离与催化臭氧化的化学反应之间产生协同效应，这主要归因于陶瓷膜独特的理化特性和臭氧的强氧化能力。利用陶瓷膜作为载体的催化陶瓷膜，伴随着催化剂在膜表面或膜孔内的掺入，已被证明可有效防止催化剂团聚，增加催化活性位点的数量，并促进有效去除污染物。因此，该技术具有显著减少陶瓷膜污染并延长其使用寿命的潜力。本文提出了臭氧催化陶瓷膜领域的新兴概念，并对迄今为止取得的研究进展进行了全面综述。它不仅介绍了催化臭氧陶瓷膜的各种制备方法，还首次对催化臭氧机理进行了详细的研究，重点是非均相催化臭氧化。此外，本文还介绍了催化臭氧化陶瓷膜在废水处理中的应用的最新进展。最后，还讨论了臭氧催化陶瓷膜的挑战和机遇。