Affiliation:
1. The Chinese Education Ministry Key Lab, and Joint International Research Lab of Resource Chemistry Shanghai Key Laboratory of Rare Earth Functional Materials Shanghai Frontiers Science Research Base of Biomimetic Catalysis Shanghai Normal University Shanghai China
2. Faculty of Chemical and Environmental Science Key Laboratory of Environment Chemistry Qujing Normal University Qujing Yunnan China
Abstract
AbstractBackgroundIn our rapidly expanding society, the demand for clean water has steadily emerged as one of the most critical issues, promoting the development of numerous water treatment strategies.AimsCoupling photocatalysis and membrane separation technology provides an energy saving and environment‐friendly as well as sustainable method for aqueous pollutants removal due to the synergetic enhanced pollutant removal efficiency and improved anti‐fouling performance. It is of great scientific and technical significance to construct multifunctional photocatalysis‐membrane separation reactor systems (PMRs) with both the high photocatalytic activity and the strong stability.DiscussionHerein, in order to introduce the recent advances of this field, we present a critical review on developments of PMRs for aqueous pollutant removal, which includes photocatalysts and membranes, advanced methods for designing PMRs. Meanwhile, the recent applications of PMRs in aqueous pollutant removal, antifouling strategies, and mechanisms have also been summarized, including the latest development of PMRs coupling with other treatment methods. Furthermore, future perspective of PMRs is outlooked and predicted.ConclusionPMRs, designed for the removal of aqueous pollutants, offer a more promising solution for the sustainable development of our society in the future.