A person who graduated from the esteemed University of Southern California’s Department of Aerospace and Mechanical Engineering has achieved a significant advancement via their studies in fluid dynamics and thermal systems, an essential area for energy production and industrial efficiency.
The research has led to the development of a new scientific model that could help improve energy efficiency, reduce industrial waste, and enhance heat control across key sectors of the Nigerian economy, including oil and gas, manufacturing, and renewable energy.
His recent publication in an international journal examines the behavior of non-Newtonian fluids such as lubricants, slurries, and polymer solutions when exposed to magnetic fields and extreme temperatures.
These fluids are widely used in industries ranging from food processing to oil refining.
" numerous local industries grapple with ineffective systems that result in energy loss or overheating. This study provides engineers with improved tools to address these issues and develop smarter, more environmentally friendly technologies," stated Pele.
Central to his research is the idea referred to as "velocity slip," which elucidates how fluids behave when they come into contact with surfaces in microscopic settings and under high temperatures.
Pele’s model incorporates factors such as heat generation, viscous dissipation, and thermal radiation, all of which are critical to the performance of machines operating under extreme conditions.
Regarding Pele’s initiative, Dr. Falana Ayodeji from the University of Ibadan, who specializes in thermal systems, commented, "This represents significant progress in minimizing energy wastage and cutting down operational expenses."
He stated, "Babatope has developed a pragmatic approach that might enhance the efficiency of heat exchangers, power stations, and solar technology."
Several academics believed that the model could be applied to renewable energy systems like solar thermal panels and geothermal generators. These systems often necessitate effective heat management in high-temperature environments typical of Nigeria’s weather conditions.
On his part, Vice Chairman of the Nigerian Society of Engineers (Orita Mefa branch), Ifeoluwa Adedeji said the innovation comes at a time when Nigeria is in urgent need of locally relevant engineering solutions.
"Our nation aims to become more industrially advanced, yet numerous procedures continue to rely on obsolete designs. Babatope’s research offers a structure for enhancing efficiency in crucial sectors such as drilling, production, and power distribution," stated Adedeji.
Beyond the lab, Pele mentors young engineers and advocates for greater investment in research and development.
He believes Nigeria must do more to support innovation if it hopes to achieve its development goals.
“We have the talent. What we need is the infrastructure and belief in our capacity,” he said. “Engineering is not just about machines—it’s about solving problems that affect real people.”
Pele’s contributions align with the expanding worldwide initiative for sustainable engineering, where technological advancements coexist with environmental and social accountability.
Enabling greater efficiency in energy usage, his research might assist industries in reducing their carbon emissions and decreasing long-term expenses. These advancements support Nigeria’s climate and developmental goals," Adedeji noted.
Provided by Syndigate Media Inc. ( Syndigate.info ).