In particular, the first section is focused on the process known as electroperoxone (EP) where the ozone decomposition is enhanced by the adoption of carbon-based cathodes, due to the electrogeneration of hydrogen peroxide, while the second section is focused on the process that implies ozonation in a cell adopting metal-based cathodes. This mini review presents the most recent advances in the field of electrochemically assisted ozonation. Check out these new features: NEW Use groundbreaking matching technology for tone, dynamics and width in the improved Master Assistant Standard and Advanced NEW Boost loudness while maintaining high fidelity audio with Magnify Soft Clip in the Maximizer module Standard and Advanced NEW Reduce width without losing the sides with the new. These processes are generally carried out by sparging ozone in both divided and undivided electrochemical cells in order to promote its decomposition through different mechanisms, depending on the electrode materials adopted, and in some cases still debated. These are processes that can be included among those defined as advanced oxidation processes as they proceed via electrogeneration of highly oxidizing radical species. Novel processes have recently been developed that provide for the enhancement of ozonation through combination with electrochemical treatments.
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