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Oxidative degradation of Brilliant Red X3B has been carried out using Fentons reagent both in the dark and in the presence of visible light. The degradation rate was increased using Fentons process in the order of Dark &lt; Visible &lt; UV. At pH 3.3, the maximum Fenton and photo-Fenton effect were noticed. At [H2O2]/[Fe(III)] = 3.5, a steady Fenton effect was observed. Meanwhile, at [H2O2]/[Fe(III)] = 0.7, Fenton process in the dark minimized the photo effect. The degradation rate was positively influenced by the temperature where the activation energy of degradation was evaluated as 36.98 kJ mol-1.

Influence of Irradiation on Fenton Degradation of Brilliant Red X-3B