Removal of arsenate by electrocoagulation reactor using aluminum ball anode electrodes

Keyphrases

• As(V) 100%
• Arsenate 100%
• Anode Electrode 100%
• Electrocoagulation Reactor 100%
• Reactor 75%
• Tion 75%
• Operating Time 50%
• Operating Cost 50%
• Applied Current 50%
• Air Flow Rate 50%
• Arsenic(V) Removal 50%
• Statistical Experimental Design 25%
• Adsorption Capacity 25%
• Groundwater 25%
• Removal Efficiency 25%
• Optimum Operation 25%
• Effluent Concentration 25%
• Operating Variables 25%
• Column Height 25%
• Quadratic Model 25%
• Model Equation 25%
• Box-Behnken 25%
• Aluminum Anode 25%

Engineering

• Removal Efficiency 100%
• Operating Cost 66%
• Airflow Rate 66%
• Adsorption Capacity 33%
• Equation Model 33%
• Column Height 33%
• Ph Condition 33%
• Effluent Concentration 33%
• Predicted Model 33%
• Aluminum Concentration 33%

Chemical Engineering

• Operating Variables 100%