AbstractThis document introduces a generic method to calculate the thermodynamic absolute minimum energy required for the regeneration of post-combustion capture solvents for a traditional line-up. The minimum energy requirements are shown to be most dependent of: 1.Heat of absorption solvent2.Regeneration pressure3.Fat solvent temperature4.Vapor pressure of CO2 over the loaded solvent at absorber bottom temperature T1. This method allows the screening of new solvents and helps to focus the research and development efforts into solvents and line-ups for CO2 capture
AbstractThe ultimate goal of this R & D program is to develop better and more effective CO2 separati...
AbstractThe main challenge for the CO2 post combustion capture from power plant flue gases is the re...
AbstractThe largest technical challenge to full-scale post-combustion carbon capture in power plants...
AbstractThis document introduces a generic method to calculate the thermodynamic absolute minimum en...
AbstractThis paper discusses using computational molecular modeling and process optimization to sele...
AbstractThe Non-Aqueous Solvent (NAS) CO2 Capture Process is being developed as an advanced, next-ge...
AbstractIn this work, a perspective is given on the development lines for CO2 post-combustion captur...
Global warming is one of the toughest challenge, humanity is currently facing. Temperature of the E...
Process simulation is used for energetic evaluation of two novel strong bicarbonate forming solvents...
AbstractThe main challenge for CO2 post combustion capture from power plant flue gases is reducing t...
AbstractAmine scrubbing has been considered to be the most feasible route for CO2 capture. However, ...
From solvent screening for new, amine based solvents for CO2 recovery from flue gas, two most promis...
In order to avoid the emission of large amounts of greenhouse gas, CO2 capture in fossil fuel power ...
AbstractThe CO2-capture literature is difficult to follow because the number of papers and patents h...
AbstractPower plants, except the nuclear ones, release relatively high amounts of carbon dioxide. Th...
AbstractThe ultimate goal of this R & D program is to develop better and more effective CO2 separati...
AbstractThe main challenge for the CO2 post combustion capture from power plant flue gases is the re...
AbstractThe largest technical challenge to full-scale post-combustion carbon capture in power plants...
AbstractThis document introduces a generic method to calculate the thermodynamic absolute minimum en...
AbstractThis paper discusses using computational molecular modeling and process optimization to sele...
AbstractThe Non-Aqueous Solvent (NAS) CO2 Capture Process is being developed as an advanced, next-ge...
AbstractIn this work, a perspective is given on the development lines for CO2 post-combustion captur...
Global warming is one of the toughest challenge, humanity is currently facing. Temperature of the E...
Process simulation is used for energetic evaluation of two novel strong bicarbonate forming solvents...
AbstractThe main challenge for CO2 post combustion capture from power plant flue gases is reducing t...
AbstractAmine scrubbing has been considered to be the most feasible route for CO2 capture. However, ...
From solvent screening for new, amine based solvents for CO2 recovery from flue gas, two most promis...
In order to avoid the emission of large amounts of greenhouse gas, CO2 capture in fossil fuel power ...
AbstractThe CO2-capture literature is difficult to follow because the number of papers and patents h...
AbstractPower plants, except the nuclear ones, release relatively high amounts of carbon dioxide. Th...
AbstractThe ultimate goal of this R & D program is to develop better and more effective CO2 separati...
AbstractThe main challenge for the CO2 post combustion capture from power plant flue gases is the re...
AbstractThe largest technical challenge to full-scale post-combustion carbon capture in power plants...