AbstractWe have evaluated the feasibility of supported amine sorbents (SAS) for their application in post- combustion CO2 capture. For this, the energy efficiency of a power plant equipped with a supported amine based capture facility is compared with the energy efficiency of a power plant equipped with a standard MEA-capture facility using the Spence®software tool developed by DNV-KEMA. Based on the simulations performed, application of a SAS-based capture facility at a natural gas combined-cycle (NGCC) plant is potentially 19% more energy efficient than a MEA-capture facility. For a pulverized- coal (PC) plant, the SAS-based plant could save up to 32% of the energy required in the MEA process
Supported amine sorbents are extensively studied in literature due to their moisture tolerating abil...
Mature CO2 capture technologies would reduce the net thermal efficiency of the coal-fired power plan...
Chemical absorption in post combustion capture of carbon dioxide (CO2) is the most feasible and econ...
We have evaluated the feasibility of supported amine sorbents (SAS) for their application in post- c...
AbstractWe have evaluated the feasibility of supported amine sorbents (SAS) for their application in...
CO2 capture using supported amine sorbents is a promising post-combustion capture technology. With r...
AbstractCO2 capture using supported amine sorbents is a promising post-combustion capture technology...
AbstractThe post combustion capture process using the traditional amine based solvent absorption pro...
The application of Amine-impregnated Alumina Solid Sorbent Carbon Capture is a suitable option to in...
One of the main global challenges in the years to come is to reduce the CO2 emissions in view of the...
AbstractIn this work we have evaluated the H2O and CO2 adsorption characteristics of Lewatit VP OC 1...
AbstractCarbon dioxide capture and storage (CCS) is anticipated to be an important component of redu...
AbstractSupported amine sorbents, prepared by impregnation of silica and polymer supports with tetra...
peer reviewedCarbon capture and storage is a technology that can contribute to face the challenge of...
CO2 absorption based on chemical reactions is one of the most promising technologies for post combus...
Supported amine sorbents are extensively studied in literature due to their moisture tolerating abil...
Mature CO2 capture technologies would reduce the net thermal efficiency of the coal-fired power plan...
Chemical absorption in post combustion capture of carbon dioxide (CO2) is the most feasible and econ...
We have evaluated the feasibility of supported amine sorbents (SAS) for their application in post- c...
AbstractWe have evaluated the feasibility of supported amine sorbents (SAS) for their application in...
CO2 capture using supported amine sorbents is a promising post-combustion capture technology. With r...
AbstractCO2 capture using supported amine sorbents is a promising post-combustion capture technology...
AbstractThe post combustion capture process using the traditional amine based solvent absorption pro...
The application of Amine-impregnated Alumina Solid Sorbent Carbon Capture is a suitable option to in...
One of the main global challenges in the years to come is to reduce the CO2 emissions in view of the...
AbstractIn this work we have evaluated the H2O and CO2 adsorption characteristics of Lewatit VP OC 1...
AbstractCarbon dioxide capture and storage (CCS) is anticipated to be an important component of redu...
AbstractSupported amine sorbents, prepared by impregnation of silica and polymer supports with tetra...
peer reviewedCarbon capture and storage is a technology that can contribute to face the challenge of...
CO2 absorption based on chemical reactions is one of the most promising technologies for post combus...
Supported amine sorbents are extensively studied in literature due to their moisture tolerating abil...
Mature CO2 capture technologies would reduce the net thermal efficiency of the coal-fired power plan...
Chemical absorption in post combustion capture of carbon dioxide (CO2) is the most feasible and econ...