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• W3138546820 startingPage "85" @default.
• W3138546820 abstract "The efficacy of ozone as an oxidant and disinfectant triggered its introduction into water treatment since more than a century. Recently ozonation has sparked interest in other applications including advanced wastewater treatment where ozone is applied for the abatement of micropollutants and in potable water reuse. As with other oxidants, the formation of disinfection byproducts (DBPs) during ozonation is inevitable. DBPs formed during ozonation include aldehydes, ketones, carboxylic acids, nitrosamines, and most critically bromate. Depending on the water matrix and quality, the landscape of byproducts can change. Bromide concentration in the treated water is a crucial factor in determining the nature of the formed byproducts. High bromide concentrations in water typically hinder the application of ozone due to the formation of the possible carcinogen bromate. However, depending on the treatment goals and water properties, different mitigation strategies can be applied to hamper the formation of critical byproducts. A proper kinetic understanding of reactions taking place constitutes a key aspect from which mechanistic inferences can be made. A good mechanistic understanding of ozonation reactions is important to anticipate reaction pathways and oxidation products. Despite the efficacy of ozone as an oxidant, new findings about the occurrence of oxidation-refractory chemical contaminants in water resources continue to emphasize the importance of adopting multiple barrier approaches involving chemical and physical processes in drinking water treatment, along with appropriate source control strategies." @default.
• W3138546820 created "2021-03-29" @default.
• W3138546820 creator A5028318146 @default.
• W3138546820 date "2021-01-01" @default.
• W3138546820 modified "2023-09-27" @default.
• W3138546820 title "Ozonation in drinking water treatment: an overview of general and practical aspects, mechanisms, kinetics, and byproduct formation" @default.
• W3138546820 cites W1561193509 @default.
• W3138546820 cites W1603842979 @default.
• W3138546820 cites W1922641543 @default.
• W3138546820 cites W1926950498 @default.
• W3138546820 cites W1968309728 @default.
• W3138546820 cites W1972181979 @default.
• W3138546820 cites W1978975098 @default.
• W3138546820 cites W1988907910 @default.
• W3138546820 cites W1988968192 @default.
• W3138546820 cites W1989404045 @default.
• W3138546820 cites W1989598523 @default.
• W3138546820 cites W1990315775 @default.
• W3138546820 cites W1996804217 @default.
• W3138546820 cites W1996882977 @default.
• W3138546820 cites W2001359049 @default.
• W3138546820 cites W2004386642 @default.
• W3138546820 cites W2007202295 @default.
• W3138546820 cites W2009566592 @default.
• W3138546820 cites W2012831959 @default.
• W3138546820 cites W2019241569 @default.
• W3138546820 cites W2019338346 @default.
• W3138546820 cites W2021365113 @default.
• W3138546820 cites W2022909848 @default.
• W3138546820 cites W2026908915 @default.
• W3138546820 cites W2032797305 @default.
• W3138546820 cites W2034018503 @default.
• W3138546820 cites W2035396631 @default.
• W3138546820 cites W2041039504 @default.
• W3138546820 cites W2043634324 @default.
• W3138546820 cites W2046090836 @default.
• W3138546820 cites W2047744929 @default.
• W3138546820 cites W2048823548 @default.
• W3138546820 cites W2049207615 @default.
• W3138546820 cites W2051347540 @default.
• W3138546820 cites W2051650480 @default.
• W3138546820 cites W2055676651 @default.
• W3138546820 cites W2065622345 @default.
• W3138546820 cites W2068053205 @default.
• W3138546820 cites W2070244910 @default.
• W3138546820 cites W2071430420 @default.
• W3138546820 cites W2075770228 @default.
• W3138546820 cites W2084783998 @default.
• W3138546820 cites W2084877464 @default.
• W3138546820 cites W2085799157 @default.
• W3138546820 cites W2087468245 @default.
• W3138546820 cites W2088586618 @default.
• W3138546820 cites W2095307989 @default.
• W3138546820 cites W2099000233 @default.
• W3138546820 cites W2112425978 @default.
• W3138546820 cites W2145875183 @default.
• W3138546820 cites W2147123075 @default.
• W3138546820 cites W2160363483 @default.
• W3138546820 cites W2175586790 @default.
• W3138546820 cites W2261718545 @default.
• W3138546820 cites W2284542694 @default.
• W3138546820 cites W2291393279 @default.
• W3138546820 cites W2411183067 @default.
• W3138546820 cites W2511066239 @default.
• W3138546820 cites W2529825857 @default.
• W3138546820 cites W2556179866 @default.
• W3138546820 cites W2766724295 @default.
• W3138546820 cites W2789374175 @default.
• W3138546820 cites W2789582569 @default.
• W3138546820 cites W2793119018 @default.
• W3138546820 cites W2801037897 @default.
• W3138546820 cites W2896338532 @default.
• W3138546820 cites W2919001432 @default.
• W3138546820 cites W2920273322 @default.
• W3138546820 cites W2933838996 @default.
• W3138546820 cites W2945805230 @default.
• W3138546820 cites W2950710947 @default.
• W3138546820 cites W2968294495 @default.
• W3138546820 cites W2977502244 @default.
• W3138546820 cites W2999342781 @default.
• W3138546820 cites W3001834531 @default.
• W3138546820 cites W3004007433 @default.
• W3138546820 cites W3036054960 @default.
• W3138546820 cites W3036400377 @default.
• W3138546820 cites W3044851268 @default.
• W3138546820 cites W3081125516 @default.
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• W3138546820 doi "https://doi.org/10.1016/bs.coac.2021.02.003" @default.
• W3138546820 hasPublicationYear "2021" @default.
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