AbstractCO2 capture with alkanolamines has been in use since 1930, where 2-ethanolamine (MEA) is the most studied absorbent for post-combustion. In order to prevent degradation, it is important to understand the degradation mechanisms, which in turn requires knowledge of both stoichiometry and kinetics of the reactions and chemical pathways associated with degradation. In the present work thermal degradation with CO2 in closed cylinders at 135°C is performed on already oxidatively degraded solutions from both an open batch and a closed batch setup. Thermal degradation with CO2 on oxidatively degraded solutions seems to give typical thermal degradation compounds
Two of the main challenges in post-combustion CO2 capture with ethanolamine are solvent degradation ...
The most common technique for carbon dioxide removal from gaseous streams is amine scrubbing, a pro...
Despite of being a well-tested and highly attractive technology for capture of carbon dioxide (CO2),...
CO2 capture with alkanolamines has been in use since 1930, where 2-ethanolamine (MEA) is the most st...
AbstractCO2 capture with alkanolamines has been in use since 1930, where 2-ethanolamine (MEA) is the...
AbstractSolvent degradation is one of the main operational drawbacks of post-combustion CO2 capture ...
Solvent degradation is one of the main operational drawbacks of post-combustion CO2 capture with ami...
AbstractPost-combustion CO2 capture in flue gas with solvent is currently the most advanced technolo...
2-Ethanolamine (MEA) degradation has been studied under varying conditions of relevance to postcombu...
AbstractSolvent degradation due to the presence of oxygen is an important issue for amine-based abso...
In the present work, a kinetic model is proposed for the prediction of amine solvent degradation in ...
AbstractCO2 capture with alkanolamines has been in use since 1930, where MEA is the most studied abs...
In view of the rising amounts of greenhouse gases in the atmosphere, preventing CO2 emissions has be...
AbstractAlkanolamine based post-combustion capture processes (PCC) are currently the most attractive...
One major drawback of the post-combustion CO2 capture using conventional amine solvents is solvent ...
Two of the main challenges in post-combustion CO2 capture with ethanolamine are solvent degradation ...
The most common technique for carbon dioxide removal from gaseous streams is amine scrubbing, a pro...
Despite of being a well-tested and highly attractive technology for capture of carbon dioxide (CO2),...
CO2 capture with alkanolamines has been in use since 1930, where 2-ethanolamine (MEA) is the most st...
AbstractCO2 capture with alkanolamines has been in use since 1930, where 2-ethanolamine (MEA) is the...
AbstractSolvent degradation is one of the main operational drawbacks of post-combustion CO2 capture ...
Solvent degradation is one of the main operational drawbacks of post-combustion CO2 capture with ami...
AbstractPost-combustion CO2 capture in flue gas with solvent is currently the most advanced technolo...
2-Ethanolamine (MEA) degradation has been studied under varying conditions of relevance to postcombu...
AbstractSolvent degradation due to the presence of oxygen is an important issue for amine-based abso...
In the present work, a kinetic model is proposed for the prediction of amine solvent degradation in ...
AbstractCO2 capture with alkanolamines has been in use since 1930, where MEA is the most studied abs...
In view of the rising amounts of greenhouse gases in the atmosphere, preventing CO2 emissions has be...
AbstractAlkanolamine based post-combustion capture processes (PCC) are currently the most attractive...
One major drawback of the post-combustion CO2 capture using conventional amine solvents is solvent ...
Two of the main challenges in post-combustion CO2 capture with ethanolamine are solvent degradation ...
The most common technique for carbon dioxide removal from gaseous streams is amine scrubbing, a pro...
Despite of being a well-tested and highly attractive technology for capture of carbon dioxide (CO2),...