20, place du Parc
Mons, B7000
Belgium
Université de Mons
CO2 conversion to methanol, Catalytic process, Heat integration, Aspen simulation
Post-combustion CO2 capture, Absorption-regeneration process, Aspen Plus simulation, Demixing solvent, Advanced process configuration
Post-combustion CO2 capture, Absorption-regeneration process configurations, Aspen Hysys simulation, Rich Solvent Splitting and Preheating, Techno-economic evaluations, Cement plant flue gases
PCC: Amine process modelling, GHGT-14
Post-combustion CO2 capture, Absorption-regeneration amine-based process, Aspen Dynamics® simulation, Lime plant flue gases
Carbon capture process, hybrid process, vacuum pressure swing adsorption, carbon purification unit, optimization, techno-economic analysis
PCC: Ionic liquids, 2-phase amines, nonaqueous & other advanced solvents, GHGT-14
Absorption-based carbon capture, CESAR1 solvent, Aspen Plus simulation, Experimental validation, Variable CO2 contents
Carbon capture process, hybrid process, vacuum pressure swing adsorption, carbon purification unit, Optimization, techno-economic analysis
Carbon Capture, Amine-based solvents regeneration, Solid acid catalysts, Selection methodology
micro Gas Turbine, Absorption-based carbon capture, Penalty reduction, Thermodynamic cycle simulations, Solvent selection
Carbon capture, CO2 absorption, Biphasic liquid-liquid solvents, Methodological evaluation
micro Gas Turbine (mGT), Absorption-based carbon capture, Penalty reduction, Thermodynamic cycle simulations, Solvent selection, Process configuration
micro Gas Turbine (mGT), Absorption-based carbon capture, Penalty reduction, Thermodynamic cycle simulations, Solvent selection
