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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 morphology control, post-functionalization or creating discrete organic molecules that contain analogous active sites on the nanocarbon. In this chapter, various types of nanocarbon-based catalyzed ozonation processes are described. Moreover, the intrinsic nature of the interaction of O3 on the active sites of nanocarbons and reaction pathways for organic destruction are discussed.

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