Unilorin Professor Produces Biodiesel from Poultry Waste
Summary: Professor Temitope Odetoye from the University of Ilorin has successfully produced biodiesel from poultry waste using chicken eggshell-derived heterogeneous catalysts.
Chris Oyeoku Okafor 
Temitope Odetoye, a professor in the Department of Chemical Engineering at the University of Ilorin, has successfully produced biodiesel using chicken eggshell-derived heterogeneous catalysts. This breakthrough was announced by Odetoye during the delivery of the university's 253rd Inaugural Lecture.
In her lecture, Odetoye explained that the trans esterification experiment was conducted based on a two-factor, three-level central composite design, with catalyst concentration and reaction time identified as significant factors affecting biodiesel yield.
Highlighting the significance of her research, Odetoye noted that the use of eggshells as catalysts presents an affordable and sustainable option for biodiesel production. She emphasized that this innovative approach not only adds value to poultry production processes but also contributes to waste minimization in the poultry industry.
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While biodiesel is recognized as a sustainable fuel alternative, Odetoye acknowledged the challenge of its high production cost compared to fossil fuels. However, she underscored the potential of biofuels, derived from biomass, to mitigate environmental pollution and reduce reliance on fossil fuels.
Odetoye emphasized Nigeria's abundant lignocellulosic biomass residues, highlighting the need for more environmentally friendly methods to harness these resources. She pointed out that biomass waste pyrolysis offers opportunities for converting waste into valuable resources, creating employment opportunities and promoting environmental sustainability.
The professor's research underscores the potential of innovative solutions to address environmental challenges and promote sustainable development in Nigeria and beyond. Odetoye's work represents a significant contribution to the fields of chemical engineering and environmental sustainability, offering promising prospects for a cleaner and more sustainable future.
