Add to ORKGMonoethanolamine is a conventional solvent used for capturing carbon dioxide from coal fired power plants. Its stable performance makes it a good benchmark to explore other absorbent or technological processes. In this paper, process simulations based on Aspen Plus are conducted to identify how operating parameters influence energy consumption and efficiency for the carbon dioxide capture. Experimental results carried out in a pilot plant will be reported along with the comparisons to the simulated results. Comparative discussion against existing publications in the same area regarding the simulation validity is also carried out
AbstractThe interest in carbon capture technology is continuously rising since worldwide climate-cha...
ABSTRACT In this project a simulation of a CO2 capture process using Aspen Plus 7.2 will be investig...
Capture and storage of CO2 from fossil fuel fired power plants is drawing increasing interest as a p...
This paper focuses on modeling and simulation of a post-combustion carbon dioxide capture in a coal-...
ASPEN Plus simulations have been created for a CO{sub 2} capture process based on adsorption by mono...
peer reviewedCarbon capture and storage is a technology that can contribute to face the challenge of...
The most commonly used process for the CO2 capture is absorption by means of chemical solvents such ...
AbstractThe most studied method for CO2 capture from exhaust gas is by absorption in an amine based ...
While the demand for reduction in CO2 emission is increasing, the cost of the CO2 capture processes ...
While the demand for reduction in CO2 emission is increasing, the cost of the CO2 capture processes ...
AbstractThis paper presents the results of ASPEN simulations of a carbon-dioxide (CO2) removal and r...
While the demand for reduction in CO2 emission is increasing, the cost of the CO2 capture processes ...
AbstractNineteen data sets of CO2 absorption by aqueous monoethanolamine solution (0.3g/g monoethano...
Developing robust and predictable process simulation tools for CO2 capture is important for improvin...
Industrially CO2 has to be removed from natural gas, refinery gas and exhaust gases of power plants,...
AbstractThe interest in carbon capture technology is continuously rising since worldwide climate-cha...
ABSTRACT In this project a simulation of a CO2 capture process using Aspen Plus 7.2 will be investig...
Capture and storage of CO2 from fossil fuel fired power plants is drawing increasing interest as a p...
This paper focuses on modeling and simulation of a post-combustion carbon dioxide capture in a coal-...
ASPEN Plus simulations have been created for a CO{sub 2} capture process based on adsorption by mono...
peer reviewedCarbon capture and storage is a technology that can contribute to face the challenge of...
The most commonly used process for the CO2 capture is absorption by means of chemical solvents such ...
AbstractThe most studied method for CO2 capture from exhaust gas is by absorption in an amine based ...
While the demand for reduction in CO2 emission is increasing, the cost of the CO2 capture processes ...
While the demand for reduction in CO2 emission is increasing, the cost of the CO2 capture processes ...
AbstractThis paper presents the results of ASPEN simulations of a carbon-dioxide (CO2) removal and r...
While the demand for reduction in CO2 emission is increasing, the cost of the CO2 capture processes ...
AbstractNineteen data sets of CO2 absorption by aqueous monoethanolamine solution (0.3g/g monoethano...
Developing robust and predictable process simulation tools for CO2 capture is important for improvin...
Industrially CO2 has to be removed from natural gas, refinery gas and exhaust gases of power plants,...
AbstractThe interest in carbon capture technology is continuously rising since worldwide climate-cha...
ABSTRACT In this project a simulation of a CO2 capture process using Aspen Plus 7.2 will be investig...
Capture and storage of CO2 from fossil fuel fired power plants is drawing increasing interest as a p...