Noureddine Menad | Electronic Waste | Best Researcher Award
Mr. Noureddine Menad at Bureau de Recherches Géologiques et Minières | France
Noureddine Menad is an expert engineer and project leader at BRGM, specializing in the physico-chemical treatment and recycling of industrial wastes such as metallurgical residues, electronic waste, and automotive shredder residues. With a doctorate in geoscience focused on pyro-metallurgical waste treatment from INPL Nancy (1995), he has accumulated decades of experience in both academic and industrial research environments. He has served as an associate professor at Luleå University of Technology in Sweden and contributed to multiple national and European recycling projects. Since 2006, he has led innovative waste management initiatives at BRGM, emphasizing environmental sustainability and circular economy practices.
Professional Profile
SCOPUS
ORCID
Professional Development
Noureddine Menad’s professional development has been marked by a strong commitment to applied geoscience, sustainable engineering, and international collaboration. His early training in Russia and France laid a robust foundation in mineral valorization and waste processing. He transitioned seamlessly from academia to high-level applied research, taking on roles such as associate professor and leading multi-year projects funded by European and national agencies. At BRGM, he has advanced technologies for recycling steel slags, phosphor powders, and WEEE, and contributed to environmental research on emissions from recycling industries. His multidisciplinary expertise has positioned him as a leader in circular economy innovation.
Research Interests
Noureddine Menad’s research primarily revolves around industrial waste recycling, environmental geoscience, and resource recovery. His focus includes developing physico-chemical treatment methods for metallurgical byproducts, automotive shredder residues, and electronic waste . His pioneering work has improved the recovery of rare and valuable metals like vanadium, chromium, and rare earths from complex waste streams. He is also engaged in pyrolysis modeling, emissions control, and slags utilization for pollution mitigation and resource reuse. His contributions directly support sustainable industrial practices and the advancement of a circular economy framework across Europe and beyond .