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By Abdulhameed Ridwanullah
The 2025 Nobel Prize in Chemistry award is a testament to the groundbreaking discovery of three prominent Chemistry scholars, Susumu Kitagawa, Richard Robson, and Omar M. Yaghi for the development of metal–organic frameworks (MOFs). Winning a Noble Prize is pinnacle of achievement. For an average Nigeria, the award is synonymous with literature. To now make sense of complex research such as MOFs require explanation from domain experts.
Like many Nigerians, I recognize the prestige Noble prize entails but find it difficult to wrap my head around the science. Thanks to media reportage, I get to appreciate the science and make sense of the discovery.
MOFs are crystal “sponges” built from metals and organic parts. They help capture CO2, store gases like hydrogen, and make some chemical processes cleaner and cheaper. This discovery has a lot of potential and lessons for Nigeria and it’s a practical not ceremonial. If we want a competitive chemical industry and exportable know-how, MOF-driven catalysis is a high-leverage place to start.
Nigeria should treat MOFs as a strategic technology for reviving domestic chemical manufacturing. It improves process efficiency and builds greener capabilities in areas like CO2 capture and pollutant remediation. This is not blue-sky speculation; it becomes realistic if we align funding, standards and university–industry collaboration.
What do MOFs actually offer? They link metal nodes with organic linkers to create rigid, ultra-high-surface-area structures whose pores and chemistry can be tailored. That tunability make it easy to capture CO2.Similarly, we could harvest water, hydrogen and methane storage, pollutant removal, most importantly for industry, highly selective, reusable catalysis.
Catalysts sit at the heart of fuels, fertilizers, plastics and fine chemicals. MOFs promise the easy separation of heterogeneous catalysts with the activity and selectivity experts usually associate with homogeneous systems. This delivers cleaner reactions, less waste and lower energy use.
For Nigeria, this award epitomizes something bigger. An opportunity for serious investment in science and research that unlock broad industrial value. Over decades, scientists showed that MOFs are much more useful than just being neat-looking structures; they are platforms for real-world processes. Nigeria’s takeaway is not to chase prizes but to build capacity that produces results, process intensification, lower import bills and technology we can license.
To test this view against practice, I interacted with a Nigerian chemist,MrMusbau Amoo Gbadamosi, a researcher at the University of South Carolina who works on MOF-based catalysis. His assessment supports my stand: “MOFs let you design the catalyst around the problem, not force the problem to fit the catalyst. Their stability means you can modify active sites and pores for the exact reaction you want, precisely what plants need to cut costs and emissions”, he stressed.
Nigeria doesn’t need another grand plan.We only need a few smart trials that prove what works. We could start with three small pilots that use MOF catalysts where they matter most. First pilot could focus on a refinery unit that needs cleaner hydrotreating (we have multiple modular refineries that could be used). Secondly, we can develop a fertilizer line that can cut costs in an intermediate step (Dangote refinery could also serve both purposes). Lastly,initiate a plastics/upcycling line that turns waste into value. For this to work, we need alliance between industry and academia. Pair one university or federal lab with one plant for each pilot. Then publish the results—how much fuel was saved, how much waste was reduced, what it cost. When people see numbers, private investors follow.
Next, make it easier to buy cleaner tech. Agencies we already have (SON and NAFDAC) can fast-track approvals for processes that are safer and lower emission. Give public buyers (refineries, state utilities, government contractors) a simple rule: if a MOF-enabled process cuts emissions or lifts yields, it gets preference.
Very importantly, we need the right tools for this to work. Therefore, we should set aside competitive grants to buy the basic lab equipment our researchers and SMEs need. “Universities and major laboratories will require equipments such as XRD, BET surface-area testers, porosity analysers, SEM/EDS. These labs should be geolocated. That is, we shouldplace them in six regional hubs. We also need to keep access to these facilities open so startups and small factories can use them without huge fees” MrGbadamasi advised.
As a country, import substitution without technologyhas been our let down for so long. We could change that trend with MOF. We can internally build our process-know-how primarily on how MOF-enabled catalysistravels across sectors, creates licensing opportunities and compounds over time. The Nobel Prize is a useful spotlight, but Nigeria does not need Stockholm’s permission to act. We need a policy decision: invest in MOF-centred catalysis as a strategic fix to modernise the chemical sector. If we commit capital, labs and standards now, we won’t just celebrate others’ breakthroughs, we’ll commercialise our own.
