Title of article :
Optimization of Fenton Oxidation to Treat Textile Wastewater
Author/Authors :
zamzury, s. h. university malaysia perlis - school of bioprocess engineering, kompleks pusat pengajian, Perlis, Malaysia , zulhaimi, h. i. university malaysia perlis - school of bioprocess engineering, kompleks pusat pengajian, Perlis, Malaysia
Abstract :
Studies were made to assess the performance and optimal condition of Fenton oxidation in textile wastewater. Three factors considered in this process which were concentration of hydrogen peroxide (H2O2), concentration of ferrous ion (𝐹𝑒^2+) and reaction time. Central Composite Design (CCD) from Design of Expert was used to study the interaction of factors towards the removal of colour, which was chosen as response. This study were involved with three factors and five level. Range for each factors were selected at 8.00-16.00 mM for 𝐹𝑒^2+, 60-280 mM of H2O2 and 60-90 minutes. The optimal condition was taken by minimum concentration of 𝐹𝑒^2+ and H2O2 and shortest reaction time to achieve the highest removal of colour. Result indicated that optimum conditions for the removal of colour were happened to be at 145.82 mM H2O2, 9.62 mM 𝐹𝑒^2+ and 83.92 minute. The highest percentage removal of the colour were found to be at 98.18%.
Keywords :
Colour Removal , Design of Experiment , Fenton Treatment , Optimization , Textile Wastewater
Journal title :
Journal of Engineering Research and Education
Journal title :
Journal of Engineering Research and Education