Wollega University | Ethiopia
Megersa Tadesse Adugna is a lecturer in Chemical Engineering at Wollega University, where he has served since November 2022, following an earlier role as assistant lecturer. He holds a master’s degree in Chemical (Process) Engineering from Adama Science and Technology University and a bachelor’s in Chemical Engineering from Wollega University. His research expertise centers on green catalysis, biomass valorization, heterogeneous catalysts, photocatalysis, and hydrogen production, particularly demonstrated in his work on the “Synthesis of Furfural from Xylose Using Carbon-Based Bifunctional Solid Acid Catalyst” published in International Journal of Chemical Engineering (2024). More recently, he contributed to a study on Zn–Al-doped nanocomposites for dye removal published in Scientific Reports (2025). According to Google Scholar, with several citations to his work. He is experienced in curriculum development, student supervision, lab management, and community engagement, and has also earned professional certifications such as E-SHE from Arizona State University. His academic commitment is complemented by his drive for sustainable engineering solutions, and he continues to mentor students and advance research in green and renewable chemical technologies.
Featured Publications
Adugna, M. T., Tefera, Z. T., & Yilma, M. (2024). Synthesis of furfural from xylose using carbon-based bifunctional solid acid catalyst in the biphasic system. International Journal of Chemical Engineering.
Matla, S., Talathoti, G., Adugna, M. T., Bate, T. L., King, P., & Vangalapati, M. (2025). Sustainable synthesis of Zn/Al-doped nanocomposite from bio-waste: Characterization and RSM-guided brilliant blue dye adsorption optimization. Scientific Reports.