Design and multi-objective optimization of a CO₂ capture plant using deep eutectic solvents

Engineering

• Absorption Capacity 25%
• Associated Gas 25%
• Base Case 25%
• Biogas 25%
• Carbon Capture 50%
• Carbon Dioxide Capture 100%
• Climate Change 25%
• Ecodesign 25%
• Environmental Impact 50%
• Eutectics 100%
• Flue Gas 25%
• Fossil Fuel 25%
• Greenhouse Gas 25%
• Multiobjective Optimization 100%
• Natural Gas 25%
• Objective Function 50%
• Optimisation Problem 25%
• Optimization Method 25%
• Pareto Front 25%
• Post-Combustion Capture 75%
• Power Generation 25%
• Sustainable Development 25%

Keyphrases

• 2030 Agenda for Sustainable Development 25%
• Carbon Capture Plant 25%
• CO2 Capture Plant 100%
• Coal-based Power Generation 25%
• Differential Evolution with Tabu List 25%
• Economic Index 25%
• Environmental Index 25%
• Function Minimization 25%
• Green Liquids 25%
• High Absorption Rate 25%
• Metaheuristic Optimization 25%
• Post-combustion Capture 75%
• Post-combustion Carbon Capture 25%
• Power Processes 25%
• Recovery Energy 25%
• Solvent Recovery 25%
• UN 2030 Agenda 25%

Chemical Engineering

• Biogas 100%