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Hydrogen peroxide is considered a highly powerful oxidant and can oxidize thiophene contaminant compounds in diesel. In this work, a trickle bed electrochemical reactor (TBER) with multiple cells is investigated for diesel desulfurization, which is intensified with a highly effective electrocatalyst, MnO 2 , for  in situ  hydrogen peroxide production. The multiple cell TBER demonstrates much enhanced oxidation of dibenzothiophene (DBT) in diesel flowing with alkaline electrolyte through the TBER. A 500 ppm DBT was completely oxidized  in situ  in the multi-cell TBER in 2.5 h, indicative of highly efficient deep desulfurization of diesel fuel within the multi-cell TBER.

Deep diesel desulfurization in multi-cell trickle bed electrochemical reactor with intensified hydrogen peroxide production over MnO 2 catalyst