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• W4225149809 endingPage "117691" @default.
• W4225149809 startingPage "117691" @default.
• W4225149809 abstract "• The rheological response of [N 1111 ][Gly] aqueous solution during CO 2 capture. • Twin-liquid film behavior with [N 1111 ][Gly] aqueous solution and its mass transfer performance. • Film thickness is reduced and film velocity is improved for high viscosity [N 1111 ][Gly] aqueous solution by twin-liquid film. • Accommodation of the twin-liquid film to fluid viscosity by modulating window dimensions. Tetramethylamine glycine ([N 1111 ][Gly]) (ILs) is a potential substitute for the alcohol amine absorbent. However, its high viscosity restricts industrial CO 2 absorption due to poor mass transfer performance. Surface renewal is the key to enhance interfacial mass transfer for highly viscous fluids. Considering the rheological response of the [N 1111 ][Gly] aqueous solution during CO 2 capture, the twin-liquid film is suggested for the [N 1111 ][Gly] aqueous solution. The behavior of the twin-liquid film has been investigated by flow experiments and numerical simulation. Reduction of film thickness and improvement of surface velocity can be achieved by the interplay between the twin films, which enhances surface renewal frequency. The accommodation of the twin-liquid film to fluid viscosity can be satisfied by modulating window dimensions. The enhanced mass transfer performance of the twin-liquid film with [N 1111 ][Gly] aqueous solution, illustrated by enhanced surface renewal frequency, proves it a feasible way for industrial CO 2 capture." @default.
• W4225149809 created "2022-05-01" @default.
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• W4225149809 date "2022-07-01" @default.
• W4225149809 modified "2023-10-06" @default.
• W4225149809 title "Enhancing CO2 absorption with amino acid ionic liquid [N1111][Gly] aqueous solution by twin-liquid film flow: Experimental and numerical study" @default.
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• W4225149809 doi "https://doi.org/10.1016/j.ces.2022.117691" @default.
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