Performance optimization and application exploration of metal-organic framework (MOF) in carbon dioxide adsorption and storage

Abstract

In this review, the adsorption of carbon dioxide by metal-organic frameworks will be introduced. The properties of multiple MOFs will be analyzed in detail from multiple dimensions, BET surface area, guest molecule selectivity, and special properties of some particular MOFs. At the same time, the means of improving the adsorption capacity of MOF for carbon dioxide will also be introduced, and the advantages and disadvantages of this means will be illustrated with examples. Finally, the method of testing the properties of MOF materials will also be introduced, and the different properties of different MOF materials tested by this method will be illustrated. Several of the most advanced MOF materials will also be introduced, which are recent development results, with the most superior performance and great development prospects. Summary and outlook will also appear in the review, summarizing the current advantages and prospects of development, and will also look forward to future research directions and propose research development issues.