Among the several other categories, researchers classify synthesised MOFs as MOP-1, F-MOF-1, and CPL . Additionally, larger pore width benefits increased porosity and longer organic ligands, resulting in a longer connection between inorganic SBU . As molecular building blocks, MOFs can modify their physical and chemical characteristics because they can be produced with a range of metal centres and ligands . The enormous specific surface area and pore volume of MOFs make them well-suited for immobilising molecular catalysts on conductive substrates . Additionally, it is possible to modify these materials to enhance their high selectivity for particular chemical reactions. The optical band gap of MOF semiconductors can be set between 1.0 and 5.5 eV, according to theoretical simulations .