Performance of Chemical-Based vs Bio-Based Coagulants in Treating Aquaculture Wastewater and Cost-benefit Analysis

Keyphrases

• Aquaculture Wastewater 100%
• Coagulant 100%
• Bioproducts 100%
• Chemical Base 100%
• Cost-benefit Analysis 100%
• Alum 60%
• Neem 60%
• Water Reuse 40%
• Aquaculture Effluent 20%
• Negative Value 20%
• Malaysia 20%
• Turbidity 20%
• Pollution 20%
• Economic Development 20%
• Environmental Values 20%
• Sludge 20%
• Total Suspended Solids 20%
• Cost-benefit 20%
• High Removal Efficiency 20%
• Coagulation-flocculation 20%
• Social Value 20%
• Environmental Concern 20%
• Operating Cost 20%
• Optimum Performance 20%
• Valuable Products 20%
• Net Profit 20%
• Aquaculture Wastewater Treatment 20%
• Aquaculture Sector 20%
• Ultra-low Dose 20%
• Untreated Wastewater 20%
• Cost of Capital 20%
• Social Return on Investment 20%
• Sludge Utilization 20%
• Investment Method 20%
• Economic Feasibility 20%
• Neem Leaves 20%
• Total Benefit 20%
• Water Treatment Sludge 20%

Engineering

• Cost-Benefit Analysis 100%
• Removal Efficiency 50%
• Wastewater Treatment 50%
• Environmental Concern 50%
• Total Suspended Solid 50%
• Flocculation 50%
• Optimum Performance 50%
• Operational Cost 50%
• Negative Value 50%
• Capital Cost 50%
• Economic Feasibility 50%
• Net Profit 50%

Chemical Engineering

• Sludge 100%
• Wastewater Treatment 50%
• Suspended Particulate Matter 50%
• Coagulation-flocculation 50%
• High Removal Efficiency 50%