Electrooxidation of simulated Acid Blue 113 dye effluent has been carried o
ut using a RuO2/Ti electrode. The influence of the initial concentration of
dye, supporting electrolyte, current densities and pH on COD reduction has
been critically studied. Electrochemical analysis such as Instantaneous Cu
rrent Efficiency (ICE) and Electrochemical Oxygen Demand (EOD) were used.