The race to build a North American critical-minerals supply chain is increasingly being decided by people who understand both ends of it: what miners can produce and what manufacturers are actually willing to buy. Scandium Canada has moved directly into that intersection by appointing Simon Thibault, General Motors’ former EV Critical Materials Leader, as president and CEO. The Montreal-based company is developing the Crater Lake scandium project in Nunavik while simultaneously trying to create commercial markets for aluminum-scandium alloys through its Scalium+ subsidiary. Thibault’s appointment, effective August 24, places an executive with automotive purchasing and supply-chain experience in charge just as the company advances resource work, alloy qualification and customer development. The bigger question is whether that experience can help turn an unusual Quebec mineral deposit into a reliable industrial supply business.
A GM Supply-Chain Executive Moves Into the Producer’s Chair
Thibault arrives from a part of General Motors that sits unusually close to the commercial realities facing critical-mineral developers. Since 2023, he had served as EV Critical Materials Leader within GM’s Global Purchasing and Supply Chain organization, according to Scandium Canada. His responsibilities included supporting the sourcing of materials for the automaker’s electric-vehicle and energy-storage programs and helping build a more resilient North American supply chain. Scandium Canada appointed him president and CEO of the parent company as well as president of Scalium+, its wholly owned advanced-alloys and technologies subsidiary. The move took effect August 24 and was described as the conclusion of a planned leadership succession rather than an abrupt change following a corporate dispute.
His background is broader than one automaker. Scandium Canada says Thibault has roughly two decades of experience spanning mining, battery materials, manufacturing and automotive supply chains, with previous work connected to Nemaska Lithium, Investissement Québec and Propulsion Québec. That combination matters because a junior critical-minerals company has to solve problems that are considerably different from simply proving that rock contains a valuable element. Customers need material specifications, dependable volumes, qualification programs, competitive pricing and confidence that future production will arrive when promised. Guy Bourassa, who had been CEO since 2024, is staying on Scandium Canada’s board and becoming a strategic adviser focused on Crater Lake, giving Thibault continuity on the geological and project-development side while he takes responsibility for the larger commercial strategy.
Crater Lake Is the Asset He Now Has to De-Risk
At the centre of that strategy is Crater Lake, a scandium and rare-earth project in Nunavik, northern Quebec. Scandium Canada’s April 2025 mineral resource estimate for the TG Zone calculated an indicated resource of 16.3 million tonnes grading 277.9 grams per tonne of scandium oxide and an inferred resource of 20.9 million tonnes grading 271.7 grams per tonne. The update incorporated results from the 2024 drilling campaign and increased estimated tonnage compared with the previous 2023 resource. The company also reported that drilling had extended the TG Zone more than 250 metres to the south. Those numbers make Crater Lake a substantial geological project, but they require an important qualification: mineral resources are not the same as mineral reserves and have not demonstrated economic viability.
That distinction is especially relevant as Thibault takes over. Scandium Canada has been moving through the work needed to determine whether the deposit can ultimately support a commercial mine, including metallurgical testing, resource drilling and pre-feasibility work. During August, the company said bulk-sample drilling had been completed along the existing strike of the TG Zone and that resource-extension drilling was targeting at least another 200 metres of strike length. A promising resource can still face difficult questions involving recovery rates, construction costs, infrastructure, financing and market demand. Thibault therefore inherits an asset that has grown geologically but still has to cross the much harder divide between mineral potential and a financeable operating project.
Scalium+ Gives the Company a Business Beyond the Mine Plan
Scandium Canada has also been trying to avoid one of the classic problems facing developers of less-established critical minerals: waiting for a mine to be built before creating a market for its output. In June, the company acquired Ferreol Technologies and rebranded the business as Scalium+, bringing aluminum-scandium products, the Scalium alloy line, commercial staff and an existing production workflow under one subsidiary. The arrangement gives Scandium Canada a downstream platform that can work directly with manufacturers while Crater Lake remains under development. Instead of presenting scandium only as a future commodity, the company can test how customers actually use the material, what specifications they require and whether the economics make sense in finished applications.
A remarkably tangible example arrived days before Thibault’s appointment. Ferreol Skis introduced its 2026-27 collection using Scalium aluminum-scandium alloy across the entire range, with the material incorporated as thin sheets measuring just 0.4 millimetres. Skis are a relatively small market beside automotive or aerospace manufacturing, but they provide something strategically useful: a real manufactured product rather than a laboratory sample. Sporting goods are also an established scandium application, according to the U.S. Geological Survey. For a small materials company, getting alloy into repeat production can help demonstrate processing consistency and gather manufacturing data that may later matter to considerably larger customers.
The Automotive Opportunity Goes Beyond Batteries
Thibault’s GM experience becomes particularly interesting because Scandium Canada is already exploring an application inside electric vehicles that is not a battery material. In July, the company signed a memorandum of understanding with the University of Windsor’s Centre for Hybrid Automotive Research and Green Energy, known as CHARGE, to explore aluminum-scandium alloy wire for EV traction-motor windings. The work is intended to examine functionality, durability, manufacturability and economics. Traction motors traditionally rely heavily on copper because of its electrical conductivity, so any potential aluminum-based alternative would have to demonstrate that advantages in weight, material use or manufacturing can compensate for differences in electrical performance.
That makes the project a useful example of why an automotive purchasing background may matter. Automakers do not adopt a new material simply because it performs well in one test. A change can trigger years of engineering validation involving fatigue, corrosion, joining methods, thermal behaviour, production equipment and supplier quality controls. It also has to compete on total system cost rather than the price of one kilogram of metal. Thibault has worked on the buyer side of precisely that kind of industrial relationship. His challenge at Scandium Canada will be to translate the attributes of aluminum-scandium alloys into measurable advantages that engineering and purchasing teams can justify at scale.
Quebec’s Battery-Materials Buildout Adds Strategic Context
The appointment also connects Scandium Canada more closely to an industrial transformation already underway in Quebec. GM itself has invested heavily in creating a North American EV-materials chain. The automaker and POSCO announced a C$500-million cathode-active-material facility in Bécancour, Quebec, designed around locally integrated battery production. When the project was announced, GM said it was expected to create roughly 200 jobs and noted that cathode active material represented about 40% of battery-cell cost. GM later signed a long-term agreement with Vale for battery-grade nickel sulphate from a proposed Bécancour operation, illustrating how automakers have been pushing upstream into raw-material sourcing rather than leaving those decisions entirely to traditional suppliers.
Scandium Canada is benefiting from the same policy focus on secure mineral supply chains. Natural Resources Canada has committed up to C$6.9 million through its Global Partnerships Initiative to help move Crater Lake toward bankability and support applied research with end users of aluminum-scandium alloys. The federal government identified Germany’s Gränges as a research partner and Estonia’s NPM Silmet as a potential offtake partner. That funding does not remove the commercial risks facing the project, but it illustrates why governments now view mineral development, processing and downstream manufacturing as interconnected parts of economic and security policy rather than isolated mining activities.
Scandium’s Scarcity Creates Opportunity — and a Commercial Problem
Scandium is strategically attractive partly because reliable supply remains limited. The U.S. Geological Survey reported that scandium was not commercially mined or recovered in the United States in 2025 and estimated U.S. net import reliance at 100%. Its principal applications included aerospace alloys and solid-oxide fuel cells, with smaller uses in electronics, military equipment and sporting goods. That combination of supply dependence and performance potential is precisely what gives projects such as Crater Lake geopolitical appeal. It also helps explain why North American manufacturers and governments are examining materials that could reduce dependence on concentrated foreign supply chains.
Yet scarcity can work against a new producer as easily as it works in its favour. Manufacturers are reluctant to redesign high-volume products around a material unless they trust that large quantities will remain available for years. Producers, meanwhile, hesitate to finance large mines without evidence that customers will absorb the output. Scandium Canada is attempting to break that cycle by developing Crater Lake and downstream applications at the same time. Thibault’s appointment makes that strategy unusually explicit: the executive responsible for the mine is now someone who has recently sat across the table evaluating critical-material suppliers for one of North America’s largest automakers. Success will depend on whether that buyer-side knowledge can turn technical interest into durable demand, qualified products and ultimately a mine that can be financed.
