Abstract
Membrane fouling by natural organic matter is one of the main problems that slow down the application of membrane technology in water treatment. O 3 is able to efficiently change the physico-chemical characteristics of natural organic matter in order to reduce membrane fouling. This paper presents the state-of-the-art knowledge of the reaction mechanisms between natural organic matter and molecular O 3 or OH radicals, together with an in-depth discussion of the interactions between natural organic matter and membranes that govern membrane fouling, inclusive the effect of O 3 oxidation on it.
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