Energy Procedia · 2009 · 54 citations · 3 references
EngineeringChemical EngineeringEnvironmental EngineeringEnvironmental ChemistryReaction EngineeringResource RecoveryCarbon CaptureCarbon Dioxide RemovalCarbon SequestrationEnergy ConversionCarbon Capture MaterialsCarbon Capture Process DesignCarbon Dioxide AbsorptionCarbon Dioxide CaptureCarbon RecoveryChemical AbsorptionEnergy PerformanceGas Absorption
The COCS (Cost Saving CO2 Capture System) Project is concerned with the R&D of CO2 capture from gas streams using a chemical absorption process and has been conducted since 2004 as a five year project. Three high performance absorbents (Solvents A, B and C) with different characteristics have been developed to date in this project. The best energy performance as estimated by mathematical analysis was 2.57 GJ/t- CO2 in terms of regeneration energy. This value is far lower than the value for the commercially used absorbent (monoethanolamine, MEA; 4.0 GJ/t- CO2). These values were found in bench-scale tests (MEA: 4.1, Solvent-C: 2.8 GJ/t- CO2). If these new absorbents could be applied to CO2 capture the cost can be reduced by 40%.
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Danielle Bonenfant, Murielle Mimeault, Robert Hausler · Industrial & Engineering Chemistry Research · 2003 · 189 citations