Hydrogen production from biomass on 3D mesoporous catalysts containing nickel and ruthenium
Project Details
PhD Student(s): Reina Younes
LAU Supervisor(s): Dr. Nissrine El Hassan (LAU) and Dr. Franck Launay (Sorbonne University)
Start Date: Oct 1, 2025
Host Institution: Sorbonne University
Department: Chemical
Abstract
This PhD research addresses the growing need for sustainable energy systems in the context of climate change, resource depletion, and increasing global energy demand. It focuses on the development of heterogeneous catalytic materials for renewable hydrogen production from waste-derived resources. The project investigates the catalytic reforming of bio-ethanol obtained from municipal waste streams, contributing to the valorization of underutilized feedstocks and supporting circular economy strategies. The research includes catalyst design and synthesis, comprehensive physicochemical characterization, catalytic performance evaluation, and complementary modeling to optimize operating conditions. By integrating materials science, reaction engineering, and sustainability principles, this work contributes to the development of cleaner energy solutions and more sustainable waste management approaches.