Scandium Canada Forecasts Triple Growth in Global Scandium Demand by 2035 Amid Expanding Supply Shortfall

EY-Parthenon Forecasts Threefold Increase in Demand by 2050 Amid Ongoing Supply Constraints

The June 2026 EY-Parthenon market update presents a robust demand outlook for scandium across various industries. The firm’s most probable scenario projects global scandium oxide demand rising from the current 60–80 tonnes annually to 91 tonnes by 2030, 194 tonnes by 2035, and 706 tonnes by 2050. This growth far exceeds historical metal consumption trends, driven by expanding use in advanced manufacturing and defence sectors.

Demand growth is underpinned by structural factors such as aerospace applications seeking lighter yet stronger materials, expected to grow at 26% annually between 2030 and 2050, reaching 243 tonnes by 2050. Defence demand is forecast to increase 23% yearly to 92 tonnes, while automotive demand is projected to expand 22% annually to 128 tonnes. Together, these sectors dominate demand growth, highlighting scandium’s critical role in aluminium alloys for aerospace, automotive, and defence industries.

Global Scandium Supply Remains Limited as Metal Is Produced Only as a Byproduct

EY-Parthenon’s analysis underscores a structural imbalance between rising demand and constrained supply. Scandium production currently depends exclusively on byproduct recovery from mining and refining other metals such as rare-earth elements, titanium, and uranium. This supply model ties scandium availability to the economics of host metals rather than scandium market demand, with no primary scandium producers existing as of June 2026.

Even with optimistic byproduct recovery assumptions, global scandium oxide supply is projected to reach only about 266 tonnes annually by 2050—less than 38% of the anticipated 706-tonne demand. The supply-demand gap is expected to widen from 2035 onward. Additionally, production is heavily concentrated, with China accounting for 30–50% of the current 60–80 tonne annual output, posing significant supply chain risks for non-Chinese consumers.

Aerospace and Defence Drive Aluminium-Scandium Alloy Demand Expansion

The fastest-growing segment is scandium used as an alloying element in aluminium rather than as elemental oxide. Aerospace, defence, and automotive sectors primarily consume scandium in aluminium-scandium (Al-Sc) alloys. EY-Parthenon projects aerospace demand for scandium alloys to reach 243 tonnes by 2050, automotive 128 tonnes, and defence 92 tonnes—totaling 463 tonnes of the 706-tonne overall demand forecast. This underscores the strategic importance of developing and commercializing aluminium-scandium alloys.

The energy sector, currently the largest market for scandium oxide, is expected to grow at 8% annually, reaching 222 tonnes by 2050, becoming the second-largest segment by volume. Advanced manufacturing, including applications like welded wire arc additive manufacturing (WAAM) and laser powder-bed fusion (L-PBF) 3D printing, is forecast to expand at 17% annually. These trends indicate a shift toward high-performance aluminium-scandium alloys in sectors where weight reduction and structural strength are highly valued.

China’s Dominance in Scandium Supply Raises Geopolitical Concerns

China’s significant share of global scandium production—estimated at 30–50 tonnes of the 60–80 tonne annual total—creates geopolitical supply risks for North America and allied manufacturers. This concentration parallels concerns seen with other critical minerals and rare-earth elements, emphasizing the strategic need for domestic primary scandium sources in North America.

The study supports policy efforts aimed at reducing reliance on Chinese critical minerals. For North American and European jurisdictions seeking secure supply chains for advanced materials, the absence of any global primary scandium producer presents both risk and opportunity. Dependence on byproduct supplies controlled by Chinese entities is a vulnerability, while establishing the first commercial primary scandium source ahead of the anticipated demand surge around 2030 offers a strategic advantage.

Crater Lake Project Set to Become North America’s Only Primary Scandium Source

Scandium Canada’s Crater Lake project in Nunavik, Quebec, is advancing to become North America’s first primary scandium oxide producer. A pilot trial produced 500 kg in March 2025, and the pre-feasibility study targets 91 tonnes of scandium oxide annually—matching EY-Parthenon’s 2030 demand projection. If realized, Crater Lake could fulfill the entire incremental global demand growth for the decade.

Unlike byproduct operations, Crater Lake’s primary production model enables direct response to scandium market demand. This structural advantage differentiates it from existing supply tied to host-metal mining economics. As demand accelerates post-2030, Crater Lake is positioned to capture a significant share of the growing supply deficit, contingent on advancing through feasibility and production stages as planned.

Scalium+ Commercialization Targets High-Value Aerospace and Defence Markets

Alongside Crater Lake development, Scandium Canada is advancing downstream commercialization via Scalium+ (formerly Ferreol Technologies), acquired on June 29, 2026. Scalium+ markets proprietary aluminium-scandium alloys and the Scalium® alloy platform with surface-treatment technologies for aerospace, defence, and advanced manufacturing applications, including WAAM and L-PBF 3D printing.

Testing by Ferreol Technologies shows certain Scalium® alloys achieving strength up to 45% greater than aerospace-grade aluminium 7075. Pending further commercial testing and scale-up, these alloys may replace high-strength aluminium or titanium in demanding applications. This performance edge supports targeting premium aerospace and defence segments where weight savings and structural integrity command price premiums, enabling value capture at raw material and finished alloy stages.

Ferreol Technologies Acquisition Enhances Integrated Supply-to-Alloy Strategy

The June 29, 2026 acquisition of Ferreol Technologies, now Scalium+ Inc., was integral to Scandium Canada’s due diligence and underpins assumptions in the Crater Lake pre-feasibility study. This consolidation creates a vertically integrated model combining primary scandium production and downstream alloy commercialization for aerospace, automotive, and defence markets.

This strategy enables value capture across the scandium supply chain by processing and commercializing scandium-bearing materials directly to end-users, rather than selling raw oxide as a commodity. The timing alongside the updated EY-Parthenon study release reflects management’s confidence in market conditions and demand growth supporting vertical integration.

Supply-Demand Gap Opens Strategic Opportunity for Primary Scandium Production

The EY-Parthenon report highlights a unique market dynamic: rapidly rising scandium demand with supply constrained to byproduct extraction and no primary producers. This imbalance creates a window for first movers to establish primary production capacity. The supply deficit is projected to expand from 2035 onward, reaching a shortfall of 440 tonnes annually by 2050, suggesting new primary producers could command significant premiums and supply security value.

Guy Bourassa, CEO of Scandium Canada, emphasized that scandium is rare among metals for its strong demand growth amid supply dependence on byproduct extraction. He noted that EY-Parthenon’s independent findings validate the supply-demand imbalance and support the company’s strategy to develop Crater Lake as a North American primary source and advance high-value aluminium-scandium alloys through Scalium+. The company positions itself as "strategically positioned on both sides of the equation: oxide and alloys," reflecting an integrated approach from raw material to finished products.

Market Study Validates Pre-Feasibility Assumptions and Investment Thesis

Scandium Canada commissioned the EY-Parthenon update to anchor assumptions in the Crater Lake pre-feasibility study. The 2026 study incorporates recent market intelligence, reflecting advances in technology, regulatory shifts, and evolving end-user demand since 2022. Its findings—especially the significant upward revision of demand and confirmation of a structural supply deficit—offer third-party validation of the market fundamentals supporting Crater Lake’s economic case.

For investors, the EY-Parthenon report provides critical independent support for Scandium Canada’s thesis that global scandium demand will grow substantially while supply remains constrained without new primary capacity. The study’s independence and publication by a leading consulting firm enhance credibility of the demand and supply projections used in the pre-feasibility analysis. As the company advances toward bankable feasibility and project financing, this validation may be pivotal in securing debt and equity funding.