Mixed gas separation study with novel mixed matrix membranes (MMM) fabricated with 3D (MIL-68(In)–NH2) and 2D (In(aip)2) indium-based MOFs. Prepared MMMs showed good CO2/CH4 separation and long-term stability at lower pressure.
Herein, two novel 5-aminoisophthalic acid (5-AIP)-based 3D-coordination polymeric complexes (3D-CPs), namely, [Sr2(5-AIP)2]n (1) and [Ba4(5-AIP)3(5-AIPH)Cl]n (2), were synthesized using a facile solvothermal process.
Co-based MOF JLNU-500 can act as an excellent heterogeneous catalyst to activate peroxymonosulfate, exhibiting highly efficient Rhodamine B organic dye degradation in aquatic environments.
Post-synthetic modification (PSM) represents a promising approach for enhancing the properties of coordination polymers (CPs) and MOFs by introducing new functional groups and tailored surface chemistry.
A series of mixed-ligand CPs and MOFs were synthesized from aqueous solutions. Fast aqueous syntheses along with structural, stability and optical studies of the compounds indicate their potential in light harvesting and photocatalytic applications.