Canada's Nuclear-Mineral Nexus: A New Strategy for Energy Security

TORONTO, ON – March 02, 2026 – Amid the bustling corridors of the world's premier mining convention, a pivotal conversation is taking shape that could redefine Canada's economic and energy landscape for generations. Government and industry leaders are converging today at the PDAC 2026 convention for a high-level forum focused on a powerful, symbiotic relationship: the strategic alignment of new nuclear technology with the nation's vast critical mineral wealth.

The forum, titled Powering the Future: SMRs, Critical Minerals and Energy Security, hosted by the Canadian Association of Small Modular Reactors (CASMR) and the SMR Forum, brings provincial energy ministers, industry executives, and major investors to the table. Their goal is to hammer out a cohesive strategy that leverages small modular reactors (SMRs) to both power the extraction of essential minerals and secure a clean, independent energy supply for the country.

This initiative is not just a theoretical discussion; it represents a deliberate national strategy gaining significant momentum. As electricity demand soars and global competition for minerals used in everything from electric vehicles to advanced electronics intensifies, Canada is positioning itself to turn these twin challenges into a singular, powerful advantage.

A Structurally Linked Strategy

The central premise of the forum is that nuclear energy and critical minerals are no longer separate industrial pursuits but are fundamentally intertwined. This view is championed by organizers and attendees who see a future where Canada's leadership in one sector directly fuels its success in the other.

"New nuclear and critical minerals are not parallel conversations. They are structurally linked," said Erveina Gosalci, Founder of CASMR and CEO of the SMR Forum, in a statement ahead of the event. "The countries that align reactor deployment with supply chains, fuel-cycle capacity, and critical minerals strategy will anchor long-term economic value. Canada has that opportunity and seizing it will depend on coordinated action across energy, mining, and industrial policy."

This linkage works in two directions. The construction of advanced reactors like SMRs requires a reliable supply of critical minerals such as zirconium, hafnium, nickel, and copper for their specialized components and systems. Simultaneously, the energy-intensive process of mining and processing these minerals, often in remote locations, requires a clean, reliable, and cost-effective power source—a role SMRs are uniquely designed to fill, replacing carbon-heavy diesel generators.

Provincial Champions Pave the Way

The presence of energy ministers from Ontario, Alberta, and New Brunswick as keynote speakers underscores the serious provincial commitment behind this national push. Each province is advancing distinct but complementary pieces of the SMR and critical minerals puzzle.

Ontario, represented by Energy and Mines Minister Stephen Lecce, is at the forefront of SMR deployment. Construction is already underway at Ontario Power Generation's Darlington site for North America's first grid-scale SMR, a GE-Hitachi BWRX-300 model expected to be operational by 2030. The province has approved plans for three additional units at the site, creating a 1,200-megawatt clean energy hub that will anchor a domestic nuclear supply chain.

From the west, Alberta's Minister of Energy and Minerals, Brian Jean, is highlighting his province's push to become a key player in critical minerals. Alberta is developing a new incentive program, slated for 2027, to attract investment in mineral exploration and processing, with a particular focus on extracting lithium from legacy oil and gas brines. While more nascent in its nuclear ambitions, the province is actively studying the integration of SMRs into its energy mix, recognizing their potential to decarbonize its heavy industrial sector.

Meanwhile, New Brunswick is pursuing an ambitious dual strategy. Deputy Premier and Energy Minister René Legacy is championing a plan to add 600 megawatts of SMR capacity at the Point Lepreau nuclear site by 2035. This move is designed to ensure energy security while also powering the development of the province's significant, untapped mineral resources, which include 21 of Canada's 32 listed critical minerals and North America's largest undeveloped deposits of manganese and indium.

Unlocking Resources and De-risking Investment

A key focus of the forum is the transformative potential of SMRs for remote mining operations and northern communities. By providing a stable, carbon-free power source, SMRs can make previously uneconomical mineral deposits viable, reduce the environmental impact of resource extraction, and foster sustainable development in Canada's vast, off-grid territories.

Realizing this ambitious vision requires overcoming significant financial and regulatory hurdles. Discussions at the forum are centered on de-risking the massive investments needed for both SMR deployment and critical mineral development. The federal and provincial governments are stepping up with a multi-pronged approach to build investor confidence.

The Government of Canada has launched a Major Projects Office to fast-track approvals for projects of national significance, with Ontario's Darlington SMR project among the first to be shortlisted. Financially, the Canada Infrastructure Bank has made its largest-ever investment in clean power with a $970 million commitment to the Darlington project. This is complemented by a suite of federal tax credits for critical mineral exploration and clean technology manufacturing.

Despite this momentum, challenges remain, particularly in securing the mid-stage financing required to move mining projects from discovery to the construction-ready phase. Creating policy and regulatory certainty is seen as paramount to attracting the necessary private capital. The Canadian Nuclear Safety Commission (CNSC) is playing a crucial role by providing a clear, rigorous licensing path for new reactor designs, as evidenced by its successful approval of the Darlington construction license.

As leaders meet in Toronto, the message is clear: Canada is moving deliberately to build a new industrial ecosystem where clean nuclear power and strategic minerals are the twin pillars of long-term prosperity and energy sovereignty. The coordinated actions taken now across policy, finance, and industry will determine how effectively the nation can capitalize on this unique and timely opportunity.