Isaac Owusu is a trailblazing Ghanaian petroleum engineer
As the world grapples with the energy-climate paradox, Isaac Owusu, a trailblazing Ghanaian petroleum engineer, is turning oil reservoirs into unexpected allies in the fight against climate change.
His pioneering research at Kwame Nkrumah University of Science and Technology (KNUST) and now at the University of Wyoming could transform Africa’s energy future while tackling global warming head-on.
Owusu’s work reveals a brilliant two-for-one solution: using carbon dioxide (CO₂), the very gas heating our planet, to extract more oil while permanently trapping it underground.
At KNUST, his meticulous experiments mapped exactly how CO₂ behaves under Ghana’s specific oilfield conditions, providing the blueprint for cleaner, more efficient energy production.
“Most people see oil and climate action as opposites,” explains Owusu from his lab at the Center of Innovation for Flow Through Porous Media, Department of Energy and Petroleum Engineering, University of Wyoming, United States. “But our research shows how Ghana’s energy sector can actually become part of the climate solution.”
His findings demonstrate that CO₂ injection could boost output from declining Ghanaian oil fields by up to 20%, while simultaneously creating permanent carbon storage solutions.
Now, Owusu is pushing boundaries even further with nanotechnology research that could revolutionize the process. By engineering microscopic nanobubbles that make CO₂ more effective at flushing out stubborn oil, he’s developing what might become the next gold standard in responsible energy extraction.
The implications for developing nations are profound. Ghana’s Petroleum Commission estimates these techniques could extend the productive life of major fields like Jubilee by 10-15 years – providing crucial economic stability during the energy transition.
Even more compelling, the research opens doors to valuable carbon credit opportunities by turning depleted oil reservoirs into certified carbon vaults.
“What excites me most is developing homegrown solutions,” says Owusu. “We’re not just importing technology – we’re creating systems specifically designed for African geological conditions and economic needs.”
His work comes at a pivotal moment as Ghana seeks to maximize its petroleum resources while meeting climate commitments.
Energy experts worldwide are taking notice. Several major oil companies are already in talks about pilot projects based on Owusu’s findings.
Meanwhile, his nanobubble research shows surprising potential to benefit other sectors, from agriculture to water treatment – though his focus remains on sustainable energy solutions.
As international climate negotiations continue to struggle with energy equity issues, Owusu’s research offers something revolutionary: a practical pathway where developing nations don’t have to choose between economic growth and environmental responsibility.
The innovation edge is while global debates rage about energy futures, this rising star Ghanaian scientist is quietly building the tools to make oil part of the climate solution – one carbon molecule at a time.
