Experimental and dynamic modeling study of CO2/N2 separation on ion-exchanged binder-free LTA zeolites for post-combustion carbon capture

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The method demonstrates effective CO2 separation from N2 in tested zeolites, leading to energy-efficient carbon capture solutions.
An impressive retention of 90% CO2 under specific conditions was observed with ion-exchanged binder-free LTA zeolites.
Experimental and dynamic modeling techniques revealed the zeolite's potential for large-scale post-combustion carbon capture.
Results support the feasibility of utilizing this technology in reducing greenhouse gas emissions during industrial processes.

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Experimental analysis uncovers CO2 separation efficiency in ion-exchanged zeolites, suggesting improved carbon capture technologies.

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Karimi et al. (2026) studied this question.

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