Additionally, five representative MOFs (RIPPEN, GAVYAG, ARAHIM, GELVID01, and PEGBUA), which have been computationally or experimentally studied for CO2 capture purpose, are illustrated in Figure (b). Among these MOFs, ARAHIM, also known as NbOFFIVE-1-Ni or KAUST-7, 67 has even been proven to maintain trace CO2 capture performance in humid conditions. Moreover, the common names of promising MOFs were examined to enhance accessibility. As shown in Table , 12 MOFs were presented with the corresponding common name. Given the extensive tunability of MOFs, which allows for a wide range of chemical environments, all structures except ARAHIM exhibit multiple chemical features. Thus, the diverse chemical attributes of these MOFs are anticipated to synergistically contribute to DAC.