My primary research focus lies in the field of reaction engineering, with an emphasis on energy systems and catalyst development. I explore how chemical reactions can be optimized through innovative reactor designs and catalytic materials to improve efficiency and sustainability. My work spans several energy-related domains, including the study of Proton Exchange Membrane Fuel Cells (PEMFCs), where I investigate catalytic processes that enhance electrochemical performance and reduce energy losses. Additionally, I am engaged in biodiesel production, analyzing feedstock behavior, transesterification kinetics, and process intensification strategies. More recently, I have expanded my research into biomass conversion technologies, particularly exploring its potential as a renewable resource for both biofuels and hydrogen-rich gases. This interdisciplinary approach allows me to contribute to the advancement of low-carbon energy systems and environmentally friendly fuel alternatives.