[HTML][HTML] Thermal degradation of aqueous 2-aminoethylethanolamine in CO2 capture; identification of degradation products, reaction mechanisms and computational …
Amine degradation is the main significant problems in amine-based post-combustion CO 2
capture, causes foaming, increase in viscosity, corrosion, fouling as well as environmental
issues. Therefore it is very important to develop the most efficient solvent with high thermal
and chemical stability. This study investigated thermal degradation of aqueous 30% 2-
aminoethylethanolamine (AEEA) using 316 stainless steel cylinders in the presence and
absence of CO 2 for 4 weeks. The degradation products were identified by gas …
capture, causes foaming, increase in viscosity, corrosion, fouling as well as environmental
issues. Therefore it is very important to develop the most efficient solvent with high thermal
and chemical stability. This study investigated thermal degradation of aqueous 30% 2-
aminoethylethanolamine (AEEA) using 316 stainless steel cylinders in the presence and
absence of CO 2 for 4 weeks. The degradation products were identified by gas …
[PDF][PDF] Thermal degradation of aqueous 2-aminoethylethanolamine in CO
Amine degradation is the main significant problems in amine-based post-combustion CO2
capture, causes foaming, increase in viscosity, corrosion, fouling as well as environmental
issues. Therefore it is very important to develop the most efficient solvent with high thermal
and chemical stability. This study investigated thermal degradation of aqueous 30% 2-
aminoethylethanolamine (AEEA) using 316 stainless steel cylinders in the presence and
absence of CO2 for 4 weeks. The degradation products were identified by gas …
capture, causes foaming, increase in viscosity, corrosion, fouling as well as environmental
issues. Therefore it is very important to develop the most efficient solvent with high thermal
and chemical stability. This study investigated thermal degradation of aqueous 30% 2-
aminoethylethanolamine (AEEA) using 316 stainless steel cylinders in the presence and
absence of CO2 for 4 weeks. The degradation products were identified by gas …
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