Critical Minerals Statistics in Canada 2026 | Production, Reserves, Exports & Facts

Canada’s critical minerals exports reached $49.4 billion in 2025, up 3% year-over-year, with the United States purchasing 52% of all Canadian mineral exports. Canada ranks as the world’s leading potash producer and second-largest uranium producer, while holding the world’s sixth-largest lithium reserves.

Critical Minerals in Canada 2026 – Introduction

Critical minerals in Canada for 2026 confirm the country’s position as one of the world’s most important, and most diversified, suppliers of the raw materials underpinning modern energy technology, defense systems, and electronics manufacturing. Canada’s government has formally designated 34 minerals as critical to the country’s economic security, and its mining sector is currently pursuing 138 major projects worth a combined $85 billion, with 67 of those projects, representing $53 billion in potential investment, focused specifically on critical minerals extraction and processing.

This report breaks down critical minerals statistics in Canada in 2026 across every major dimension: the official critical minerals list, production leadership in potash and uranium, lithium and rare earth reserves, export and trade patterns, the country’s deepening minerals partnership with the United States, and the major mining projects currently reshaping provinces from British Columbia to Saskatchewan to Labrador. Understanding these numbers matters given how central Canada has become to Western efforts to reduce reliance on Chinese-dominated critical mineral supply chains.

Interesting Facts About Canada’s Critical Minerals in 2026

Data Source: Natural Resources Canada, US Geological Survey, World Nuclear Association, Statistics Canada (2025-2026)

The numbers above capture a mining sector operating at genuinely historic scale. Canada’s $49.4 billion in critical minerals exports for 2025 flowed overwhelmingly to a small handful of trading partners, with the United States alone accounting for 52% of all Canadian mineral exports, followed by the United Kingdom, China, Switzerland, Japan, and South Korea, which together with the US represent 83% of the total. On the production side, Canada’s dominance concentrates heavily in two commodities: it remains the world’s largest potash producer, supplying roughly a third of global output, and ranks as the second-largest uranium producer, behind only Kazakhstan, contributing close to a quarter of world uranium supply.

Beyond these two established strongholds, Canada is actively building out capacity in the battery and energy-transition minerals the world increasingly needs. The country holds the world’s sixth-largest lithium reserves, and government modeling suggests those reserves alone could supply roughly half of cumulative global lithium demand between 2030 and 2050. This buildout has attracted substantial international backing, with the G7 Critical Minerals Production Alliance, launched during Canada’s 2025 G7 presidency, mobilizing $18.5 billion in Canadian mineral projects alongside 12 allied nations as of March 2026.

Canada’s Official Critical Minerals List 2026

Canada's 34 Critical Minerals by Category (Illustrative Grouping)
Battery/Energy Transition Metals   |████████████████████████████ Lithium, nickel, cobalt, graphite, manganese
Fertilizer/Agricultural            |████████████ Potash, phosphorus
Nuclear/Energy                     |████████ Uranium
Rare Earths & Strategic Elements   |████████████████████ 15 rare earth elements + scandium, yttrium

Data Source: Government of Canada Critical Minerals List, Critical Minerals News

Canada’s official critical minerals list spans 34 distinct minerals, formally designated by the federal government as materials essential to the country’s economic security and its role in global supply chains. The list ranges from well-established Canadian export staples like aluminum, copper, potash, and uranium, all of which the country already produces at globally significant scale, to emerging battery-technology minerals like lithium, nickel, cobalt, and graphite where Canada is actively expanding production capacity to meet accelerating global demand tied to electric vehicles and grid-scale energy storage.

Under the federal government’s three-year revision cycle, the next formal review of this 34-mineral list is not scheduled until at least 2027, though provincial governments and industry groups can and do prompt earlier additions when new strategic priorities emerge. To support development across this full list, Ottawa maintains a 30% Critical Mineral Exploration Tax Credit specifically targeting lithium, nickel, and uranium exploration, a policy tool designed to de-risk the often capital-intensive early stages of bringing a new critical minerals project from initial discovery through to commercial production.

Canada’s Critical Minerals Production by Type 2026

Top Canadian Mineral Exports by Value, 2024 ($ Billions)
Gold           |████████████████████████████████████████████████ $29.1B
Iron/Steel     |████████████████████████ $14.6B
Aluminum       |████████████████████ $12.3B
Copper         |█████████████ $7.8B
Iron Ore       |███████████ $6.7B
Potash         |█████████ $5.6B
Nickel         |█████ $3.4B
Uranium        |█████ $3.4B

Data Source: US Geological Survey National Minerals Information Center, Natural Resources Canada

Looking at Canada’s top mineral exports by raw value for 2024, gold leads the entire sector at $29.1 billion, though the critical minerals specifically tracked in this report, aluminum, copper, potash, nickel, and uranium, still represent a substantial and strategically vital portion of the country’s total mineral trade. Aluminum stands out for a structural quirk: despite ranking as Canada’s fourth-largest producer globally and second-largest exporter, the country has no domestic bauxite mines, meaning it relies almost entirely on imported bauxite and alumina, primarily sourced from Brazil, to feed its smelting operations.

This production profile illustrates a broader pattern running throughout Canada’s critical minerals sector: the country often excels at mining and primary processing while depending on imported raw feedstock or, conversely, exporting concentrate for further refining elsewhere, a structural gap that both federal and provincial governments have identified as a priority to address through expanded domestic processing investment, particularly in battery materials refining capacity being built out in Ontario and Quebec under federal critical minerals strategy funding.

Canada’s Potash Production 2026 | World’s Leading Supplier

Saskatchewan Potash Production Growth (2023-2026)
2023 |███████████████████████████████████ 14.0M tonnes K2O
2024 |████████████████████████████████████████ 15.1M tonnes K2O (+8%)
2025 |██████████████████████████████████████████ Sales +18% YoY, $8.4B forecast

Data Source: Government of Saskatchewan, Natural Resources Canada

Saskatchewan sits at the heart of Canada’s potash dominance, accounting for roughly one-third of global production and making the province, on its own, the single most important supplier of this critical fertilizer ingredient anywhere in the world. Production reached a record 15.1 million tonnes of potassium oxide in 2024, an 8% increase over the prior year, and sales momentum has only accelerated since, climbing 18% year-over-year in 2025 on the way to a forecast $8.4 billion in sales for the 2025-26 period.

The most significant development shaping the sector’s future is BHP’s Jansen mine, the largest single investment in the history of Canadian potash mining at approximately $14 billion USD across its two planned stages. Construction on Stage 1 sits roughly 60% complete, with first production targeted for later in 2026 and initial capacity of 4.2 million tonnes annually, before Stage 2 doubles that capacity to 8.5 million tonnes per year by 2031. When fully operational, Jansen is expected to rank among the top five potash mines globally by capacity, cementing Saskatchewan’s position at the center of world fertilizer supply for decades to come.

Canada’s Uranium Production 2026 | Second-Largest Global Producer

Saskatchewan Uranium Production Growth (2023-2025)
2023 |████████████████████████████ 13.0K tonnes
2024 |██████████████████████████████████████ 16.7K tonnes (+28%, record)
2025 |████████████████████████████████████████████ Sales +24% YoY

Data Source: World Nuclear Association, Government of Saskatchewan

Canada’s uranium sector, concentrated almost entirely in Saskatchewan’s Athabasca Basin, home to the world’s largest high-grade uranium deposits, ranks as the world’s second-largest producer, contributing roughly 24% of global output. Production hit a record 16.7 thousand tonnes in 2024, a 28% increase from the year before, pushing uranium sales to a record $2.6 billion CAD, comfortably exceeding the province’s own Growth Plan target of $2 billion in annual uranium sales by 2030, achieved years ahead of schedule.

Individual mine performance underscores the scale of this operation: Cameco’s McArthur River/Key Lake complex produced 20.3 million pounds of U3O8 in 2024, a genuine world record for output from any single uranium mill in history, while the Cigar Lake operation added a further 19.1 million pounds in 2025, exceeding its own production forecasts. This surge comes as global uranium demand accelerates amid what industry observers describe as a nuclear energy renaissance, with more than 30 countries having pledged to triple global nuclear capacity by 2050, a demand trajectory Saskatchewan’s uranium industry, which now directly employs more than 3,400 people, appears well-positioned to help meet.

Canada’s Lithium Reserves and Emerging Battery Metals 2026

Canada's Global Lithium Position
Global Reserves Rank    |██████ 6th (3.4% of global reserves)
Global Production Rank  |███████ 7th (0.4% of global production)

Data Source: International Energy Agency, Canada Action, US Geological Survey

Canada’s position in lithium, the mineral most closely associated with the electric vehicle and battery storage boom, illustrates a country with reserves far exceeding its current production scale. Canada holds the world’s sixth-largest lithium reserves, at 3.4% of the global total, yet currently ranks only seventh in actual production, contributing just 0.4% of world output, a gap that reflects how much of Canada’s lithium potential remains undeveloped relative to established leaders like Australia and Chile, a dynamic mirrored in critical minerals development elsewhere in the Arctic and North American region, including the large-scale rare earth resources detailed in the Greenland Rare Earth Minerals Statistics report.

That gap is expected to narrow substantially in the coming years. Government modeling cited by the International Energy Agency projects Canada’s lithium reserves could supply roughly half of cumulative global demand between 2030 and 2050, with Alberta emerging as a particularly promising source thanks to the province’s world’s third-largest lithium carbonate reserves, held in brine formations that could be extracted without traditional hard-rock mining by drawing on the province’s decades of existing oil and gas drilling expertise. Active hard-rock lithium projects are already underway in Quebec and Manitoba, while Canada’s graphite sector, another essential battery material, holds the world’s ninth-largest reserves despite ranking just eleventh in production, with the Lac-des-Iles mine in Quebec currently the only operating graphite project in the country.

Canada’s Critical Minerals Exports and Trade 2026

Canada's Critical Minerals Export Destinations (2024, Share of Total Mineral Exports)
United States        |████████████████████████████████████████████████ 52%
United Kingdom       |███████████████ 15%
China                |██████ 6%
Switzerland          |████ 4%
Japan/South Korea    |███ 3% each

Data Source: US Geological Survey National Minerals Information Center

Canada’s critical minerals trade shows an overwhelming reliance on a small set of destination markets, with the United States alone absorbing 52% of all Canadian mineral exports, a dependency that has only deepened as Washington has actively sought to diversify its own critical minerals supply chains away from Chinese sources. Within critical minerals specifically, the 2025 export breakdown shows aluminum leading at 31% of export value, followed by copper at 24%, potash at 18%, nickel at 9%, uranium at 6%, and zinc at 4%, together comprising 92% of Canada’s total critical minerals export value.

On the import side, Canada brought in $23.7 billion worth of critical minerals in 2025, a 13% increase over the prior year, with aluminum, including alumina feedstock, accounting for 36% of that import value, followed by copper at 26%, reflecting the country’s reliance on imported raw material inputs even in categories where it simultaneously ranks among the world’s largest exporters, a paradox rooted in the specific mineralogy and refining infrastructure gaps discussed earlier in this report. This dependency on a concentrated set of import categories mirrors a challenge documented on the US side of the border too, where the USA Rare Earth Stock Statistics report found American rare earth importers similarly reliant on a short list of countries, including Malaysia, Estonia, and Japan, for processed material even as domestic mining capacity expands.

Canada-US Critical Minerals Trade Relationship 2026

Timeline of US-Canada Critical Minerals Cooperation
2025      |████████████████████████ Minerals Security Partnership active
Mar 2026  |████████████████████████████████████████ $18.5B mobilized, 12 allied nations

Data Source: Government of Canada

Canada’s critical minerals relationship with the United States has intensified substantially, built on the pre-existing Minerals Security Partnership alongside a growing set of direct bilateral agreements, a dynamic that mirrors the broader push detailed in the Rare Earth Processing Statistics in US report’s coverage of Washington’s own efforts to build a “mine-to-magnet” domestic supply chain less dependent on Chinese processing capacity. With the United States already purchasing more than half of all Canadian mineral exports, the two countries’ critical minerals sectors have become deeply intertwined at precisely the moment both governments are prioritizing supply chain diversification away from single-country dependency.

Canada has also worked to extend this cooperative model well beyond its immediate North American relationship. The G7 Critical Minerals Production Alliance, which Canada launched during its 2025 G7 presidency, has already mobilized $18.5 billion in Canadian mineral projects backed by 12 allied nations as of March 2026, with Australia, Japan, India, and the European Union all having signed formal partnership agreements. This multilateral approach positions Canada not just as a bilateral supplier to the United States but as a coordinating hub for a broader Western effort to build parallel, non-Chinese critical minerals supply chains across multiple allied economies simultaneously.

Major Mining Projects and Investment in Canada 2026

Distribution of Mining Project Value by Province, 2024
British Columbia    |██████████████████████████████ 30%
Quebec              |████████████████████ 20%
Ontario             |█████████████████ 17%
Saskatchewan        |█████████████████ 17%

Data Source: Natural Resources Canada, Canadian Mining & Energy

Investment across Canada’s mining sector remains heavily concentrated in a handful of resource-rich provinces, with British Columbia hosting the largest single share at 30% of total mining project value in 2024, followed by Quebec at 20% and Ontario and Saskatchewan tied at 17% each. Ontario’s Sudbury Basin, formed by a meteorite impact nearly two billion years ago, remains one of the world’s most significant polymetallic mining complexes, where Vale operates five underground mines and Glencore runs its Sudbury INO operations, together producing nickel, copper, cobalt, and platinum group metals from a single geological formation.

Elsewhere, Vale’s Voisey’s Bay operation in Labrador recently completed a US$2.94 billion underground expansion, while Vale and Glencore signed a December 2025 agreement to jointly evaluate a new brownfield copper development, signaling continued consolidation and expansion among the major players operating in Canada’s base metals sector. Of the 67 critical minerals-specific projects identified nationally, 36 facilities worth $30 billion target copper, nickel, and lithium specifically, underscoring how heavily Canada’s near-term critical minerals investment pipeline skews toward the battery and electrification metals driving global demand growth.

Critical Minerals in Canada 2026 – Frequently Asked Questions

How many critical minerals has Canada officially designated? Canada’s federal government has formally designated 34 minerals as critical to the country’s economic security.

What is Canada’s most dominant critical mineral globally? Potash, where Saskatchewan alone supplies roughly one-third of world production, making Canada the single largest global producer.

Where does Canada rank in global uranium production? Canada ranks as the world’s second-largest uranium producer, contributing approximately 24% of global output, concentrated almost entirely in Saskatchewan’s Athabasca Basin.

How much does the US buy from Canada’s mineral exports? The United States purchases 52% of all Canadian mineral exports, by far the largest single destination market.

Does Canada have significant lithium reserves? Yes. Canada holds the world’s sixth-largest lithium reserves, though it currently ranks only seventh in actual production, with significant untapped potential in Quebec, Manitoba, and Alberta.

What was the total value of Canada’s critical minerals exports in 2025? Canada’s critical minerals exports reached $49.4 billion in 2025, a 3% increase over the prior year.

What is the largest potash project currently under construction? BHP’s Jansen mine in Saskatchewan, a roughly $14 billion USD investment, targeting first production in 2026 with eventual capacity of 8.5 million tonnes per year by 2031.

Which Canadian province leads in mining investment? British Columbia leads with 30% of total mining project value, followed by Quebec, Ontario, and Saskatchewan.

What is the G7 Critical Minerals Production Alliance? An international initiative Canada launched during its 2025 G7 presidency, which had mobilized $18.5 billion in Canadian mineral projects with 12 allied nations as of March 2026.

Why does Canada import aluminum despite being a top producer? Canada has no domestic bauxite mines, the raw ore needed for aluminum production, so despite ranking as the world’s fourth-largest aluminum producer, it relies on imported bauxite and alumina, primarily from Brazil.

Disclaimer: This research report is compiled from publicly available Natural Resources Canada, US Geological Survey, and government sources. While reasonable efforts have been made to ensure accuracy, no representation or warranty is given as to the completeness or reliability of the information presented. We accept no liability for any errors, omissions, losses, or damages of any kind arising from the use of this report.

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