Electrooxidation, with

Success in indirect electrooxidation with a metal redox carrier depends on the choice of a metal ion (1) that is best suited for the desired functionalization (2) that is soluble in the electrolysis media in both the high and the low oxidation states (3) that is expected to undergo electrooxidative regeneration with high current efficiency as well as to react with the substrate in a high yield (4) that can be readily separated from the products ... 

The electrogenerated Mn(lll)-assisted coupling of various olefins with active methylene compounds proceeds by indirect electrooxidation with a small amount of Mn(OAc)2 in the presence or absence of Cu(OAc)2 [196]. The Mn(Ill)-assisted carboxymethylation of styrenes (142) affords y-aryl-y-lactones (143) in good current yields (Scheme 57) [194, 195, 206, 207], (Table 9). 

It has studied process of hydrogen electrooxidation with initial surface diamond (1) and after heat-treated (2) from concentration of culfuric acid (Fig. 2). 

Integration of electrooxidation with biological processes and/or other AOPs in order to cut down treatment costs of landfiU leachates. 

Co(III)/Co(I) redox-mediated electroreduction [18]. Oxidative transformations, e.g., oxidation of side chain of aromatic compounds, 1,2-dihydroxylation of olefins, and oxidation of alcohols and amines, are attained by electrooxidation with CAN, Ct203, Mn(S04)2, TiC104, OSO4, RUO2, and so on as a mediator [19]. 

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