Green synthesis of hierarchically porous Cu- and Zn-MOFs by the combined action of hydroxy double salt and surfactant: An ultrafast method

Synthesis of an efficient MOF catalyst for the degradation of OPDs using TPA derived from PET waste bottles

“…The FT-IR pattern and absorptions were observed to be almost identical to those of its organic precursor due to the same functional groups present in both MOF and TPA. By comparing the prominent observed peaks, it is evident that there is a satisfactory alignment with the findings reported in previous studies 41 , 42 . The broad stretching vibrational peak centered at 3418 cm −1 originated from the –OH in acidic groups, which may be attributed to free water adsorbed on the MOF surface or non-bonded carboxylate functional groups of TPA precursors in MOF structure.…”

Metal-organic frameworks in cooling and water desalination: Synthesis and application

“…The method was based on combining groups of 2-8 links of various functional groups while the ratio of the linklink ratio was organized. First, crystals of multivariate MOFs were formed by mixing Zn(NO3)2•4H2O and DMF with the acid of the chosen organic links at the conditions of MOF-5 synthesis [37,59]. Several MOFs can be synthesized using different linkers, as shown in Fig.…”

“…With excellent hydrophilicity, extra-ordinary structure, and specific host-guest interactions, MOFs seem to be the coming species of sophisticated nanoporous materials for various purposes such as thermal energy storage [31], gas storage [32,33], cooling [34], indoor moisture control [35], and water desalination [36] [24]. The reticular synthesis method is usually applied for MOFs synthesis [37]. Secondary building units (SBUs) shown in Fig.…”