The Petroleum Technology Development Fund (PTDF) has urged universities to translate research findings into practical solutions and commercially viable technologies to address the country’s energy challenges
Prof Shua’ibu Shehu Aliyu, PTDF Executive Secretary, represented by Ereh Iyalla, Head Gas Division, made the call at the close-out seminar of the PTDF Professorial Chair in Renewable Energy at the University of Benin (UNIBEN), Edo State.
According to him, research institutions must move beyond academic publications to technology development, demonstration, industry adoption and commercialisation
He noted that converting agricultural waste into biodiesel demonstrated how research and innovation could transform environmental challenges into economic opportunities
He added that such innovations could provide alternative energy sources while promoting effective waste management, entrepreneurship, local technology development and employment opportunities for young Nigerians
He said the evolving energy landscape required research institutions to develop practical and commercially viable solutions in renewable energy and other emerging technologies
Aliyu urged the university and researchers to build on the achievements recorded under the Professorial Chair and sustain the partnerships and innovations developed through the programme
He reaffirmed PTDF’s commitment to supporting research, innovation, technological advancement and indigenous human capacity development for Nigeria’s energy sector
In his presentation, Prof Kessington Obahiagbaon noted that the global dependence on fossil diesel has created twin problems of gas emissions and energy insecurity
The professor of chemical engineering said the global energy crisis, climate change, and waste management burden have made agro-waste to fuel a critical pathway for the 21st century
Speaking on the challenges and future direction of biodiesel development in Nigeria, Prof Obahiagbaon said feedstock availability and cost, ensuring a stable and affordable supply, remain crucial
