I am currently a researcher in the BioMatter Research Unit at Université Libre de Bruxelles, where my work focuses on applying circular economy principles to transform alternative carbon sources into high-value products. My research is driven by the ambition to contribute to net-zero greenhouse gas solutions through innovative strategies in resource valorization. A central part of my work involves evaluating the scalability of these products for the biomedical and chemical industries by integrating process design, modeling, simulation, and techno-economic analysis. Previously, I served as a Postdoctoral Researcher at Stellenbosch University, South Africa, where I specialized in process modeling for integrated biorefinery systems. Before that, I was a Research Fellow at the University of Otago Energy Technology Unit in New Zealand, investigating biological desulfurization of biofuels using sulfur-oxidizing bacteria derived from municipal wastewater, through an integrated biotechnological approach.

My academic path spans three continents and is deeply interdisciplinary. I hold a First-Class Bachelor’s degree in Chemical Engineering (Nigeria) and a (Highest) Distinction-level Master’s degree in Energy and Environmental Management (UK). I earned my Ph.D. in Chemical Engineering (Biorefinery & Process Design), University of Otago (New Zealand); an interdisciplinary program in the Department of Physics with research focused on biomaterials, biochemicals, and biofuels. With a strong foundation in green chemistry and sustainable engineering, my research is dedicated to the development of bioenergy, biochemicals, and biomaterials for cross-sectoral applications in chemical, industrial, and biomedical engineering. Please visit the  publication page for more information.

Vision and mission statements

• To execute  the circular economy model by leveraging  organic streams as sustainable carbon sources for generating biofuels, biochemicals, and biomaterials, with potential significant implications for the Biomedical and Chemical Industries. 
• To establish a framework facilitating the transition of research endeavors into commercially viable solutions, ultimately benefiting society.
• To lead innovation in sustainable biotechnologies by integrating interdisciplinary research and industrial collaboration for a low-carbon, resource-efficient future.
• To become a global reference center for the development and application of circular economy principles in the life sciences and chemical sectors.
• To envision a future where waste streams are transformed into valuable assets, enabling industries to decarbonize while preserving environmental integrity.