quentin_dehaine
Quentin Dehaine
Research Professor, Mineral Processing and Geometallurgy Geological Survey of Finland GTK

Dr.-Ing Quentin Dehaine is a Research Professor at the Geological Survey of Finland GTK, where he leads national and European research and innovation projects at the intersection of process mineralogy, mineral processing, geometallurgy and traceability. His work focuses on critical raw materials, including cobalt, lithium, nickel, graphite, and rare earth elements, with a strong emphasis on developing integrated approaches to support mine value chain optimisation, responsible sourcing, and resource efficiency.

Quentin's research centres on unlocking the full potential of complex polymetallic ores through geometallurgical characterisation, combining advanced mineralogical analysis with mineral processing experiments to bridge the gap between geology and metallurgical performance. He also explores the application of data-driven and machine learning approaches to predict mineral behaviour and optimise processing outcomes. Recently, his work has expanded into the traceability of battery minerals, developing isotopic and geochemical fingerprinting methods to improve transparency and responsible sourcing across the supply chain. Beyond primary resources, his research increasingly addresses the circular economy, encompassing the recovery of critical metals from secondary sources and mine waste.

Quentin holds a PhD in Mining and Mineral Engineering from the Université de Lorraine (France) and an engineer degree from the École Nationale Supérieure de Géologie (ENSG Nancy). Additionally, he is a member of the Scientific Committee for the French national research program PEPR "Sous-sol, bien commun" funded by France 2030, and serves as Officer for Scandinavia within the IUGS Initiative on Forensic Geology.

Upcoming Sessions

Cinema Room
Add to Calendar 2026-05-20 14:00:00 EIT RawMaterials Summit 2026: Mined Once – Utilised in Full: Towards Resource Efficient Mining  As demand for raw materials continues to grow, scaling-up extraction alone is not enough. We must deliver greater value from every tonne mined. This session explores how circular economy approach, advanced mineral processing design, and piloting solutions can turn tailings, mining waste, and side streams into value-added products. It also addresses the role of optimised tailings management in minimising environmental impact. Through real-world examples and applied research case studies, the session highlights pathways from laboratory testing to industrial implementation. Discover how smart strategies for full-value recovery, process optimisation, and responsible tailings management come together in mining operations. Supported by strong partnerships and local ecosystems, the industry is moving towards 'Mined Once – Utilised in Full' The session features a keynote speech, followed by a roundtable discussion with industry experts.  Rue Bara 175, 1070 Bruxelles, Belgium, The Egg, Cinema Room RAW MATERIALS https://eitrmsummit.com/eit-rawmaterials-summit-2026/mined-once-utilised-full-towards-resource-efficient-mining Europe/Brussels public
Mined Once – Utilised in Full: Towards Resource Efficient Mining 
Managing Director, EcoGraf
President Greenland Mines
Vice President, Sustainability, Outokumpu
+3 speaker
Director General,GTK
Research Professor, GTK
Research Professor, GTK
Session Sponsor