In this perspective, two different classes of multidentate ligands (aminotriphenolate and dipyridinimine) and the corresponding metal (Ti, V, Mo, W, Fe) complexes are described. These catalysts can activate efficiently the environmental benign H2O2 oxidant, promoting a wide variety of oxidative processes (sulfoxidations, N-oxidations, epoxidations, haloperoxidation, alcohol oxidation, hydroxylation).
Transition Metal Catalysts Bearing Multidentate Ligands for Efficient and Environmental Benign Oxidations by H2O2
Zonta C.;Licini G.
2023
Abstract
In this perspective, two different classes of multidentate ligands (aminotriphenolate and dipyridinimine) and the corresponding metal (Ti, V, Mo, W, Fe) complexes are described. These catalysts can activate efficiently the environmental benign H2O2 oxidant, promoting a wide variety of oxidative processes (sulfoxidations, N-oxidations, epoxidations, haloperoxidation, alcohol oxidation, hydroxylation).
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