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It has been widely accepted that wastewater contains low concentrations of organic pollutants and several inorganic salts after being biologically treated. This report presents a study of the synergic effects of electrosorption and electrochemical oxidation in the simultaneous removal of these substances. The electrochemical oxidization of phenol and sodium chloride occurred in the simulated wastewater in the presence of an anode made of activated carbon fibre (ACF) felt. We further studied the effect of anode structure and electrolytic conditions on the degradation of the wastewater. The removal of phenol was achieved by the synergic effect of electrochemical oxidation and adsorption, possibly maintained through the oxidization of hypochlorite and chlorine in either a direct or an indirect way. As degradation intermediates, chlorophenols were eventually converted into carboxylic acids. Desalination may be due to the ion electrosorption in the activated carbon electrode pores.

Electrochemical Oxidation Treatment of Wastewater Using Activated Carbon Electrode