Fahim Fayaz

Fahim Fayaz is a Ph.D. Postdoctoral Researcher specializing in Materials Science and Environmental Engineering with expertise in catalytic processes for renewable energy. His work focuses on ethanol dry reforming for syngas and hydrogen production, contributing to UN Sustainable Development Goals in clean energy and climate action.

His educational background includes a Doctor of Philosophy from Universiti Malaysia Pahang (2014-2019), awarded in 2019 for research titled SYNGAS PRODUCTION FROM ETHANOL DRY REFORMING OVER La AND Ce-PROMOTED Co/Al2O3 CATALYSTS.

Fayaz's research centers on catalysis for renewable energy systems, specifically investigating cobalt-based catalysts (Co/Al2O3 promoted with lanthania/ceria) for ethanol dry reforming. His work analyzes reaction temperature effects, catalyst stability, and syngas composition optimization to maximize hydrogen yield while minimizing carbon deposition. This research addresses critical challenges in sustainable fuel production and carbon utilization.

Analysis of his 7 publications (2016-2023) reveals evolving focus from CO2 reforming fundamentals to advanced oxidative ethanol reforming techniques, with increasing emphasis on catalyst durability and hydrogen-rich syngas generation. His methodology integrates experimental catalyst evaluation with performance metrics like syngas ratios and deactivation resistance.

No scientific awards were documented in the provided materials.

Fayaz serves as an active peer reviewer for energy journals including the International Journal of Hydrogen Energy (2022) and International Journal of Innovative Research and Scientific Studies (2017), demonstrating scholarly engagement. No student supervision or grant activities were mentioned.

Current research appears lab-based within materials/environmental engineering contexts, though specific teams or facilities weren't detailed. Future work likely extends catalyst optimization for industrial-scale renewable syngas applications.