Try to focus your attention on solid support catalysis using not only metal ions, but also (plus) active organic molecules supported on polymer resins. You can find inspiration on my profile. Try to think about it.

MOFs are extensively explored in catalysis due to their exceptional surface area, tunable porosity, and structural flexibility, which allow precise integration of active catalytic sites. Their modular design facilitates the functionalization of metal nodes and organic linkers to tailor electronic, optical, and chemical properties for specific catalytic processes. MOFs are particularly advantageous for incorporating or encapsulating guest active catalysts, such as metal nanoparticles/clusters, single-atom catalysts, or organometallic complexes, within their porous structures. This encapsulation stabilizes the active sites, prevents agglomeration, and maintains high dispersion, enhancing catalytic efficiency. Furthermore, the uniform distribution of metal nodes and well-defined pore channels enables exposed reactive sites, efficient mass transport, and selective substrate activation. These unique features make MOFs highly versatile and practical for a range of catalytic applications, including electro- and photocatalysis, by optimizing both activity and stability.

Thankyou Muhammad Zahid for your knowledge.

Thankyou Professor Pavel Pazdera i will go through it.