Environmental Engineering and Management Journal · 2015 · 30 citations · 0 references
EngineeringChemical EngineeringEnvironmental EngineeringBiochemical EngineeringReaction EngineeringWastewater TreatmentDegradation ProductsIndustrial Wastewater TreatmentKinetic ModelingPhotochemical KineticsReactor ModelingWastewater CharacterizationBiodegradation KineticsChemical Degradation KineticsDegradationDegradation Kinetic ModelingDegradation KineticsHydraulic Retention TimeSubstrate DegradationSubstrate Removal Kinetics
The objective of this study is to develop a mathematical model which would confidently predict the rate of substrate degradation of an oil-water emulsion in a laboratory-scale completely-mixed continuous flow reactor using the photo-Fenton treatment process.Two models are developed from first principles and the predicted substrate removal rates for both models are compared with experimental data.The principal conclusions of the study are that both models produce good correlations with the experimental data at moderate to long hydraulic retention times, but, at short hydraulic retention times, there is some divergence between the predicted and measured data.This disparity may be attributable to a greater degree of short-circuiting through the reactor at short hydraulic retention times.