Schiff base complexes with transition metals have been shown to exhibit significant electrocatalytic properties, rendering them valuable in a variety of applications. The electrocatalytic activity of these complexes is primarily influenced by the metal center, ligand structure, and reaction conditions . Mn (III) Schiff-base complexes have demonstrated promising electrocatalytic properties in acetonitrile solution for epoxidation reactions. In the presence of benzoic anhydride, an axial base, and dioxygen, these complexes catalyze the oxidation of cyclooctene to cyclooctene oxide . The efficiency of these catalysts is contingent upon the ligand structure, with complexes containing ethano (Salen) or 1,2-cyclohexylidene (Salchx) bridging units and 5,5′-dichloro substituents demonstrating optimal performance in terms of current efficiency and turnover. The selection of an axial base also exerts a significant influence on the catalytic activity, with 2-methylimidazole providing optimal results for cyclooctene epoxidation.