The experimental design methodology was applied having in mind the optimization of the
azo dye Orange II degradation using the Fenton's reagent (mixture of H2O2 and Fe2+). The …

Chemical oxidation by Fenton's reagent of a reactive azo dye (Procion Deep Red H-EXL
gran) solution has been optimized making use of the experimental design methodology. The …

In this work, an experimental design methodology was applied to optimize the degradation
of an Orange II (OII) solution, a non-biodegradable azo dye, while minimizing also the …

In this study the degradation of Methyl Orange, using Fenton reaction was studied and
optimized using central composite design as a response surface methodology. The effects of …

In this work, a simple kinetic model was used to study the azo dye Orange II (O-II)
degradation using Fenton's reagent, in the Fenton-like stage. The effects of pH, temperature …

The experimental design methodology was applied for response surface modeling and
optimization of the photocatalytic decolorization of a simulated dyestuff effluent (SDE) …

Water decontamination still remains a major challenge to some developing countries not
having centralized wastewater systems. Therefore, this study presents the optimization of …

The conventional treatment of textile effluents is usually inefficient in removing azo dyes and
can even generate more toxic products than the original dyes. The aim of the present study …

This work focuses on the optimization of the catalytic degradation of malachite green dye
(MG) by Fenton process “Fe 2+/H 2 O 2”. A 2 4 full factorial experimental design was used to …

This work deals with the elimination of the azo-dye Orange II (OII) by the heterogeneous
Fenton's process. Three different commercial activated carbons (ACs), Norit RX 3 Extra …