Fei Wang

Prof. Fei Wang

7 articles
Canada Queen's University

Biography

Dr. Fei Wang is an Assistant Professor at Robert M. Buchan Department of Mining at Queen's University. Dr. Wang is also a Professional Engineer of British Columbia with practice areas in carbon mineralization, hydrometallurgy, and minerals engineering since 2020. Before joining Queen's University, Dr. Wang was an Assistant Professor at the Department of Mining, Metallurgy, and Materials Engineering and the Director of the Laboratory of Sustainable Minerals Engineering and Decarbonization (SMED) at Laval University. Dr. Wang was a Postdoctoral Fellow at the University of British Columbia (UBC) from 2019 to 2022 and obtained his Ph.D. degree from UBC in 2019. Dr. Wang’s work has focused on research and development (R&D) in CO2 mineralization and utilization in hydrometallurgy for enhanced critical metals (nickel and cobalt) recovery and carbon neutrality. From 2014 to 2016, Dr. Wang has worked as an Engineering Manager for Sicomines Sarl in D.R. Congo for copper and cobalt recovery from a Katanga mine, including open-pit mining, mineral processing, and hydrometallurgy. From 2011 to 2014, Dr. Wang has done the R&D in hydrometallurgical vanadium extraction from carbonaceous silicate ores and software development based on VB as well as wastewater treatment. Dr. Wang’s current research focuses on CO2 mineralization and utilization, hydrometallurgical extraction of critical metals, comprehensive utilization of mineral resources and waste materials, mineral processing, separation and purification, and ferrous and non-ferrous metals processing, with respect to the global clean energy transition.

Publications by Year
Showing 7 of 7
Ligand-Assisted Atmospheric Leaching of Pentlandite Integrated with Mineral Carbonation for Simultaneous CO₂ Sequestration
Kourosh Javdantabar Université Laval
Fei Wang Queen's University
Houshang Darvishi Alamdari Universite Laval
Georgios Kolliopoulos Université Laval
Mineral Sciences: The Laplante-Laskowski Symposium on Mineral Processing Fundamentals Symposia
Critical Metals 2
The 65th Conference of Metallurgy and Materials (COM 2026)
Simultaneous carbon mineralization and critical metal recovery: Options for ultramafic and sulfidic resources
Fei Wang Queen's University
Hydrometallurgy: Processing of Critical Materials Symposia Video
Nickel/Cobalt/Manganese 1
The 65th Conference of Metallurgy and Materials (COM 2026)
Atmospheric Leaching of Ferronickel for Ni-rich Next-generation Precursor Cathode Active Materials
Craig NSAKABWEBWE Queen's University
Fei Wang Queen's University
Ashish Pandey National Research Council of Canada (NRC)
Ben Yu National Research Council Canada
Hydrometallurgy: Processing of Critical Materials Symposia
Nickel/Cobalt/Manganese 1
The 65th Conference of Metallurgy and Materials (COM 2026)
Atmospheric and High-Pressure Leaching of Low-Grade Ultramafic Resources for Selective Nickel Extraction from Mixed Sulfides and Silicates with Simultaneous Carbon Mineralization
Kourosh Javdantabar Université Laval
Fei Wang Queen's University
Hoda Emami Corem
Hydrometallurgy: Processing of Critical Materials Symposia
Nickel/Cobalt/Manganese 2
The 65th Conference of Metallurgy and Materials (COM 2026)
Using CO2 to produce critical metals
Fei Wang Queen's University
Plenary
“Big Idea” Session – Transformational R&D
61st Annual Conference of Metallurgists
The Extraction of Nickel and Cobalt from Laterite Ores with Concurrent Carbon Sequestration
Fei Wang Queen's University
David Dreisinger The University of British Columbia
Critical Materials Symposia Video Paper
Critical Materials - Scandium & Carbon Capture Technologies II
61st Annual Conference of Metallurgists
Accelerated CO2 mineralization and simultaneous critical metal recovery from ultramafic tailings
Fei Wang Queen's University
David Dreisinger The University of British Columbia
Glenn Barr Twin Metals Minnesota
Symposia Video
Derek Kerfoot Memorial Pressure Hydrometallurgy Symposium 2
62nd Annual Conference of Metallurgists