Electrocoagulation in the treatment of industrial waters and wastewaters: Dissertation

Keyphrases

• Industrial Wastewater 100%
• Industrial Water 100%
• Electrocoagulation 100%
• Pollutants 60%
• Raw Water 40%
• Chemical Coagulation 40%
• Current Density 30%
• Wastewater 30%
• Iron Electrode 30%
• Effluent 20%
• Wastewater Treatment Plant 20%
• Electrolytic Cell 20%
• Destabilization Mechanism 20%
• Cell Construction 20%
• Debarking 20%
• Temperature Cell 20%
• Surface Water Treatment 20%
• Raw Wastewater 20%
• High Concentration 10%
• Freshwater 10%
• Electric Charge 10%
• Heavy Metal Removal 10%
• Water Quality 10%
• Industrial Application 10%
• Electrolysis 10%
• Side Reactions 10%
• Hydroxide 10%
• Removal Efficiency 10%
• Wastewater Treatment 10%
• Pollutant Removal 10%
• Water Treatment 10%
• Sulfide 10%
• Significant Benefit 10%
• Separation Process 10%
• Special Applications 10%
• Metal Cations 10%
• Metal Concentration 10%
• Electrode Materials 10%
• Coagulation 10%
• Water pH 10%
• Bubble Formation 10%
• Metal Ions 10%
• Metal Salts 10%
• Ultimate pH 10%
• Toxic Chemicals 10%
• High-tech Metals 10%
• Metal Consumption 10%
• Aluminum Electrode 10%
• Potable Water 10%
• Surface Water 10%
• Natural Organic Matter Removal 10%
• Natural Organic Matter 10%
• Water Treatment Plant 10%
• Water Treatment Process 10%
• Toxic Pollutants 10%
• Aluminum Cans 10%
• Aluminum Species 10%
• Charged Species 10%
• Metal Hydroxide 10%
• Fe(II) 10%
• Biological Wastewater Treatment 10%
• Aluminum Metal 10%
• Wastewater Application 10%
• Metal Reduction 10%
• DOC Removal 10%
• Al(III) 10%
• Consumption Efficiency 10%
• Sulfide Removal 10%
• Volume Cell 10%
• Residual Aluminum 10%
• Iron Species 10%
• Hydrogen Bubble 10%
• Fe Species 10%
• Iron Metal 10%
• Treatment Study 10%
• Time Cells 10%
• Sulfide Compounds 10%
• Time-to-treatment 10%
• Wastewater Treatment Applications 10%

INIS

• water 100%
• waste water 100%
• electrodes 80%
• pollutants 80%
• applications 70%
• metals 60%
• removal 60%
• aluminium 50%
• iron 50%
• ph value 50%
• water treatment 40%
• current density 30%
• sulfides 30%
• electrolysis 30%
• surface waters 30%
• solutions 20%
• comparative evaluations 20%
• construction 20%
• concentration 20%
• toxicity 20%
• dissolution 20%
• organic matter 20%
• cations 20%
• hydroxides 20%
• economics 10%
• efficiency 10%
• fresh water 10%
• reduction 10%
• separation processes 10%
• bubbles 10%
• hydrogen 10%
• volume 10%
• range 10%
• precipitation 10%
• electric charges 10%
• air 10%
• salts 10%
• water quality 10%
• ions 10%
• cathodes 10%
• potable water 10%

Chemical Engineering

• Water Treatment 100%
• Wastewater Treatment 40%
• Wastewater Treatment Plant 40%
• Potable Water 20%
• Bubble Formation 20%
• Biological Wastewater Treatment 20%
• Separation Method 20%
• Effluent 20%
• Natural Organic Matter Removal 20%
• Natural Organic Matter 20%
• Toxic Pollutant 20%