Catalytic ozonation - Open Access .click

2022
Growing research interest has been attracted to developing state-of-the-art nanocarbon catalysts for catalytic ozonation because of their high activity and environmentally benign nature. Additionally, thanks to the versatility of nanocarbons, the interactions of O3 and organics on their active sites can be investigated in-depth by surface and ...
Ya Liu, Yuxian Wang
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Hybrid Ceramic Membrane Catalytic Ozonation

2022
This chapter reviews all applications of (catalytic) ozonation coupled with ceramic membrane without functional surface groups. The combination of ozonation and ceramic membrane shows better potential performance on membrane fouling elimination, which depends on the combination mode, including pre- or in situ ozonation. After that, the ceramic membrane
Zilong Song +5 more
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Recent advances in catalytic decomposition of ozone

Journal of Environmental Sciences, 2020
Ozone (O3), as a harmful air pollutant, has been of wide concern. Safe, efficient, and economical O3 removal methods urgently need to be developed. Catalytic decomposition is the most promising method for O3 removal, especially at room temperature or even subzero temperatures.
Xiaotong Li, Jinzhu Ma, Hong He
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ozone
13. climate action
catalysis

6. clean water
7. clean energy
water treatment

ozonation
water purification
activated carbon