Scandium Canada: Updated EY-Parthenon Study Projects Global Scandium Demand to Triple By 2035
An independent study confirms a structural scandium supply gap through 2050, highlighting the critical need for new projects like Scandium Canada’s development.
Scandium Canada Ltd. (SCD) released an updated independent market study by EY-Parthenon projecting global scandium oxide demand to surge from 91 tonnes/year in 2030 to 706 tonnes/year by 2050. The study highlights a structural supply gap emerging in 2035, as projected supply of approximately 266 tonnes/year by 2050 will fall significantly short of demand.
Current global production is constrained at 60–80 tonnes/year, entirely derived as a byproduct of other metal mining, making supply inelastic to price movements. China accounts for 50–60% of current supply.
The study validates Scandium Canada's strategic positioning via its Crater Lake project, which targets 91 tonnes/year capacity, and its Scalium+ subsidiary, which commercializes proprietary aluminum-scandium alloys for aerospace, defense, and automotive sectors. Sector growth drivers include aerospace (26% CAGR), defense (23% CAGR), and automotive (22% CAGR).
An EY-Parthenon study has provided independent, third-party validation of the long-term macro thesis central to Scandium Canada Ltd.’s (SCD) investor presentations and prior announcements. The demand projections align with the company's previously stated market outlook and do not alter the near-term development timeline.
The release reinforces the strategic rationale for the Crater Lake project and Scalium+ but does not change the company's immediate cash burn, funding requirements, or project milestones. Given the long-term horizon of 2035–2050 and the incremental nature of the update, the market impact is expected to be limited to reinforcing existing bullish sentiment rather than triggering immediate price appreciation.
Scandium Canada Ltd. is a pre-revenue critical minerals company focused on developing the Crater Lake project in Nunavik, Quebec, which is North America's only planned primary scandium source. The project targets scandium and rare earth elements, including Dysprosium, Lanthanum, Neodymium, and Praseodymium, at the TG Zone.
The company operates a "two-engine" strategy that includes the upstream development of Crater Lake and the downstream commercialization of proprietary aluminum-scandium (Al-Sc) alloys through its Scalium+ subsidiary. The Crater Lake project aims for 91 tonnes/year of scandium oxide production, with concentrate processed via magnetic separation and shipped to a planned hydrometallurgical plant in Schefferville.
Scalium+ focuses on high-value Al-Sc alloys for additive manufacturing, including L-PBF and WAAM, as well as aerospace, defense, and automotive applications. Internal testing has shown strength up to 45% higher than standard AA7075 aluminum.