Effects of metal-organic framework properties on CO2/H2 separation performance for pre-combustion CO2 capture via pressure swing adsorption

Effects of metal-organic framework properties on CO₂/H₂ separation performance for pre-combustion CO₂ capture via pressure swing adsorption

Authors	Z. Herm J. Swisher B. Smit R. Krishna J. Long
Publication date	2011
Event	241st ACS National Meeting
Number of pages	1
Organisations	Faculty of Science (FNWI) - Van 't Hoff Institute for Molecular Sciences (HIMS)
Abstract	Single-component CO₂ and H₂ adsorption isotherms are evaluated on avariety of metal-organic frameworks. Mixed-gas adsorption behavior is modeledusing ideal adsorbed solution theory. The high surface areas obtainable inmetal-organic frameworks lead to remarkable CO₂ capacity. Coordinatively unsaturated metal centers embedded in the pores of metal-organicframeworks are associated with strong selectivity for CO₂ over H₂.
Document type	Abstract
Note	Paper number: 94
Language	English
Published at	https://tpa.acs.org/abstract/241sNM-319159/effects-of-metal-organic-framework-properties-on-cosub2subhsub2sub-separation-performance-for-pre-combustion-cosub2sub-capture-via-pressure-swing-adsorption
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