The enhancing oxidation performance through a magnetic supported manganese system in low temperature

Abstract

An efficient and eco-friendly oxidation process for the preparation of carbonyl compounds and sulfoxides through a capable magnetic supported manganese-based catalyst (Fe3O4@SiO2@CPTMS@MBOL@Mn) was progressed. The most important factors in this method are cost effective, low temperature, and solvent free conditions, which accentuates the present oxidation process. The catalytic activity of nano catalysts depends on the particle size and composition ratio of surface metal. We reveal that Mn supported on magnetic iron oxide functionalized with 2-mercaptobenzoxazole as a suitable surface, in the presence of TBHP shows catalytic activity that is comparable with commercially available catalysts for the oxidation of alcohols hydrocarbons and sulfides.