Advanced Oxidation Process

Modeling Fentonic advanced oxidation process decolorization of Direct Red 16 using artificial neural network technique

Environmental Engineering / Chemical Engineering / Civil Engineering / Sensitivity Analysis / Performance Evaluation / Mean square error / Cross Validation / Correlation coefficient / Batch Reactor / Water Flow / Back Propagation Algorithm / Artificial Neural Network / Mesure Régulation De Température V5.0 / Feed-Forward / Advanced Oxidation Process / Mean square error / Cross Validation / Correlation coefficient / Batch Reactor / Water Flow / Back Propagation Algorithm / Artificial Neural Network / Mesure Régulation De Température V5.0 / Feed-Forward / Advanced Oxidation Process

Solar photo-Fenton treatment—Process parameters and process control

Environmental Engineering / Chemical Engineering / Process Control / Response Surface Methodology / Wastewater Treatment / Solar Energy / Iron / Model development / Hydrogen Peroxide / Dissolved Organic Carbon / Central Composite Design / Pilot Plant / Process Parameters / Advanced Oxidation Process / Mass Balance / Solar Energy / Iron / Model development / Hydrogen Peroxide / Dissolved Organic Carbon / Central Composite Design / Pilot Plant / Process Parameters / Advanced Oxidation Process / Mass Balance

A novel environmental risk-free microwave discharge electrodeless lamp (MDEL) in advanced oxidation processes

Engineering / Wastewater Treatment / Biological Sciences / Environmental Risk / Uv Radiation / Nitrogen / CHEMICAL SCIENCES / Light Intensity / Total Organic Carbon / Microwave Irradiation / Advanced Oxidation Process / Nitrogen / CHEMICAL SCIENCES / Light Intensity / Total Organic Carbon / Microwave Irradiation / Advanced Oxidation Process

Solar photo-Fenton treatment—Process parameters and process control

Environmental Engineering / Chemical Engineering / Process Control / Response Surface Methodology / Wastewater Treatment / Solar Energy / Iron / Model development / Hydrogen Peroxide / Dissolved Organic Carbon / Central Composite Design / Pilot Plant / Process Parameters / Advanced Oxidation Process / Mass Balance / Solar Energy / Iron / Model development / Hydrogen Peroxide / Dissolved Organic Carbon / Central Composite Design / Pilot Plant / Process Parameters / Advanced Oxidation Process / Mass Balance

Decolorization of C.I. Acid Blue 9 solution by UV/Nano-TiO2, Fenton, Fenton-like, electro-Fenton and electrocoagulation processes: A comparative study

Engineering / Electrochemistry / Catalysis / Photochemistry / Titanium / Nanotechnology / Comparative Study / Hazardous Materials / Iron / Current Density / Hydrogen Peroxide / Electrolysis / Hazardous / Time Factors / Hydrogen-Ion Concentration / Advanced Oxidation Process / Nanotechnology / Comparative Study / Hazardous Materials / Iron / Current Density / Hydrogen Peroxide / Electrolysis / Hazardous / Time Factors / Hydrogen-Ion Concentration / Advanced Oxidation Process

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