University Professor, Institut Pprime, Franceš
Prof. Thami Zeghloul is a leading researcher in mechanical and electrical engineering, specializing in triboelectricity and electrostatic separation. With a career spanning over three decades, he has significantly contributed to material recycling and industrial applications. As a professor at the University of Poitiers, he has mentored students and conducted pioneering research. His leadership roles include serving as Director of the University Institute of Technology, AngoulĆŖme, and heading several academic and research initiatives. His contributions to industrial collaborations and patented innovations have positioned him as a key figure in the field of electrostatic separation.
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Education š
Prof. Zeghloulās academic journey began with a Bachelor of Science in Mechanical Engineering from the University of Poitiers in 1985. He pursued a Masterās degree with honors in 1987, followed by a PhD in Mechanical Engineering in 1992, where he achieved first-class honors. His dedication to research led him to obtain a Habilitation in Electrical Engineering in 2022, reinforcing his expertise in both mechanical and electrical systems.
Experience šØāš«
Since 1995, Prof. Zeghloul has been an integral part of the University of Poitiers, starting as an Associate Professor in Mechanical Engineering and later being promoted to Full Professor in 2022. He served as Director of the University Institute of Technology, AngoulĆŖme from 2007 to 2017, overseeing curriculum development and research advancements. Additionally, he led the Quality, Industrial Logistics, and Organization Department from 2002 to 2007. His research work at the PPRIME Institute, CNRS-UniversitĆ© de Poitiers-ISAE/ENSMA, has led to innovative developments in electrostatic separation technologies.
Research Interests š¬
Prof. Zeghloul’s research focuses on triboelectric charging and electrostatic separation for material recycling and industrial applications. His fundamental studies explore the interaction of triboelectric, hydrodynamic, and thermoelastic phenomena at material interfaces. His applied research aims at improving waste recycling efficiency, recovering rare earth elements, and optimizing electrostatic separators. His work has been funded by major grants, including the LABEX project, HORIZON 2021-2027 initiative, and ADEME-funded research, supporting advancements in sustainable material processing.
Awards & Patents š
Recognized for his excellence in research, Prof. Zeghloul has been a recipient of the Doctoral Supervision and Research Bonus since 2018. His innovative work in electrostatic and triboelectrostatic separation has resulted in four international patents between 2018 and 2022. These patents have applications in battery recycling, rare earth recovery, and industrial material separation. His research has also led to industrial collaborations with companies like Michelin, Rowenta, and Environment Recycling, bridging academic research with real-world applications.
Publications & Citations š
Electrostatic separation of metals and plastics from waste electrical and electronic equipment ā WEEE Recycling, 2016 (Cited by 92)
Optimization of metals and plastics recovery from electric cable wastes using a plate-type electrostatic separator ā Waste Management, 2017 (Cited by 54)
Effect of particle size on the tribo-aero-electrostatic separation of plastics ā Journal of Electrostatics, 2017 (Cited by 37)
Distinct recovery of copper and aluminum from waste electric wires using a roll-type electrostatic separator ā Waste Management, 2018 (Cited by 34)
Triboelectrification of granular insulating materials as affected by dielectric barrier discharge (DBD) treatment ā Journal of Electrostatics, 2017 (Cited by 32)
Modification of surface characteristic and tribo-electric properties of polymers by DBD plasma in atmospheric air ā The European Physical Journal Applied Physics, 2018 (Cited by 29)
Influence of surface roughness on the tribo-electric process for a sliding contact between polymeric plate materials ā IOP Conference Series: Materials Science and Engineering, 2017 (Cited by 28)
Numerical simulation of the behavior of insulating particles in a free fall tribo-electrostatic separator with four vertical cylindrical electrodes ā Journal of Electrostatics, 2019 (Cited by 25)
Laboratory bench for the characterization of triboelectric properties of polymers ā Journal of Physics: Conference Series, 2015 (Cited by 22)
Factors that affect tribocharging of Polyethylene (PE) granules after exposure to a dielectric barrier discharge (DBD) ā IEEE Transactions on Industry Applications, 2018 (Cited by 21)
Conclusion š
Based on his high-impact research, innovation in electrostatic separation, successful industry partnerships, and strong academic leadership, Thami Zeghloul is highly suitable for the Best Researcher Award. His work significantly contributes to sustainable material recovery and circular economy, making him a strong candidate for this recognition. š
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