Ferric biogenic flocculant produced by Acidithiobacillus ferrooxidans enable rapid dewaterability of municipal sewage sludge: A comparison with commercial cationic polymer

Keyphrases

• Sludge 100%
• Flocculant 100%
• Dewaterability 100%
• Acidithiobacillus Ferrooxidans 100%
• Municipal Sewage Sludge 100%
• Cationic Polymer 100%
• Sludge Dewatering 50%
• Dewatering 33%
• Filtration 16%
• Organic Matter 16%
• Acidification 16%
• Moisture Content 16%
• Treatment Process 16%
• Biological Processes 16%
• Capillary Suction Time 16%
• Chemically Enhanced Primary Treatment 16%
• Wastewater Treatment Plant 16%
• Municipal Sewage 16%
• Polymer Treatment 16%
• Press Studies 16%
• Filter Press 16%
• Total Suspended Solids 16%
• Calorific Value 16%
• Mechanical Filter 16%
• Sludge Moisture 16%
• Sludge Particles 16%
• Effluent Quality 16%
• Conditioner 16%
• Sludge Processing 16%
• Floc Structure 16%
• Charge Neutralization 16%
• Flocs 16%
• Polyacrylamide Polymer 16%
• Total Dissolved Solids Removal 16%

Chemical Engineering

• Sludge 100%
• Sewage Sludge 100%
• Flocculant 100%
• Dewaterability 100%
• Dewatering 30%
• Sludge Dewatering 20%
• Polyacrylates 10%
• Capillary Suction Time 10%
• Suspended Particulate Matter 10%
• Wastewater Treatment Plant 10%
• Effluent Quality 10%

Engineering

• Flocculant 100%
• Municipal Sewage Sludge 100%
• Sludge Dewatering 33%
• Wastewater Treatment Plant 16%
• Calorific Value 16%
• Total Suspended Solid 16%
• Capillary Suction 16%
• Municipal Sewage 16%
• Total Dissolved Solid 16%