As the second-largest country in the world, spanning from the Atlantic to the Pacific and reaching into the Arctic, Canada is known for its vast natural landscape, the maple leaf, and ice hockey.
But it is also known as a leading mining nation, contributing around 7% of the national gross domestic product and producing over 60 minerals and metals.
Canada is the global leader in potash production and ranks among the top five global producers of cobalt, diamonds, gold, indium, nickel, niobium, platinum group metals, titanium, and uranium.
Its mining hubs stretch primarily across British Columbia, Ontario, Québec, and Saskatchewan — giving the country a geological base few countries can match.
“Canada has an abundance of critical minerals and a federal government, provinces, and territories supportive of safe and responsible resource development,” Canuc Resources (TSX-V:CDA) CEO Chris Berlet tells Mining.com.au.
That geological advantage is reinforced by a deep mining ecosystem.
Skyharbour Resources (TSX-V:SYH) CEO Jordan Trimble points out that Canada is also home to nearly half of the world’s listed mining and exploration companies.
“Canada is a reliable, environmentally-conscious supplier of these critical minerals that friendly nations can count on, backed by world-class geology, a deep capital market, and many decades of operating experience,” Trimble says.
The country’s existing mining industry is also economically significant. According to Natural Resources Canada, the value of the country’s mineral production rose 20% year-over-year, reaching a record high of C$55.5 billion ($56.3 billion) in 2021.
As of 2021, Canada’s top five mineral products by value were gold with C$13.7 billion, coal (C$8 billion), iron ore concentrates (C$6.5 billion), potash (C$4.8 billion), and copper (C$4.5 billion). This has a total combined value of C$37.5 billion, accounting for about two-thirds of the total value of mineral production.
On paper, Canada therefore appears to have many of the ingredients required to become a major critical minerals supplier.
But there is a crucial distinction between having the minerals and controlling the supply chain that turns those minerals into strategic materials.
Speaking to Mining.com.au, Nicola Mining (TSX-V:NIM) CEO Peter Espig says mining the ore is only the beginning.
“The strategic and economic value increasingly resides in processing, refining, and downstream manufacturing.”
This is where Canada’s critical minerals ambitions become considerably more complicated.
Canada has the minerals. It has the geological potential, mining expertise, and political ambition.
But transforming resources in the ground into a functioning critical minerals supply chain is a much bigger challenge.
As the West races to reduce its dependence on China, the question is no longer whether Canada has the minerals the world needs — but whether it can bring them to market quickly enough to matter.
From mineral wealth to supply chain security
Canada faces several bottlenecks as it attempts to move from a major upstream mining nation towards a more integrated critical minerals supply chain.
One of the biggest is processing.
Historically, Canada has been capable of extracting raw ores, but has largely relied on foreign nations to refine them into active materials. For example, China currently controls around 70% of global refining capacity for 19 out of 20 core critical minerals.
That disparity highlights the challenge facing Canada.
A country can have enormous mineral deposits and still remain strategically dependent on another country if the material has to leave its borders before it can become a usable industrial input.
Canada has a limited domestic processing base, which means a lot of the nation’s raw materials need to go offshore to be processed.
The copper sector illustrates this very problem. Glencore (LSE:GLEN) is currently the only operator of a copper refinery and smelter in Canada, severely limiting the country’s domestic output capabilities.
In Québec, Glencore refines copper anodes, sourced from its own smelters and those of third parties, into cathodes. The refinery also produces gold and silver, as well as specialty metals and chemicals such as selenium, tellurium, and copper and nickel sulphate. Meanwhile, Glencore’s Horne Smelter produces 99.1% pure copper anodes.
These facilities demonstrate that Canada already has pieces of the downstream chain. The challenge is scale.
If Canada is to become a genuine alternative source of critical minerals for allied economies, it needs more than deposits capable of producing raw material. It needs the ability to process, refine, and ultimately manufacture products domestically — or within a trusted network of allied countries.
That, however, brings the discussion back to the starting point of every mining project: how quickly can it actually be built?
The time problem
Espig identifies the complexity, uncertainty, and length of the development process as among Canada’s biggest challenges.
“Mining projects can be subject to multiple and sometimes overlapping federal and provincial permitting regimes, extensive environmental assessments, evolving regulatory requirements, and increasingly complex consultation and accommodation processes with First Nations,” he says.
Each requirement serves a purpose, particularly when projects have environmental and community impacts. The difficulty is that, collectively, they can make development timelines difficult to predict.
And in mining, time is money.
“It can take over 20 years to move a Canadian project from discovery to production, compared with roughly 14 in Australia, and capital will not wait that long,” Skyharbour’s Jordan Trimble says.
That difference becomes particularly important in the critical minerals race. Demand is driven by energy transition technologies, electrification, defence, and efforts to diversify supply chains.
According to S&P Global Market Intelligence data, a 20-year wait could put more than C$11 billion of nationally significant projects at risk.
The longer the timeline, the greater the risk of changes in project economics before it reaches production. Commodity prices can move, capital costs can rise, and technology can evolve.
As Espig explains, investors are accustomed to evaluating geological, commodity-price, construction, and operating risks. But what capital markets struggle to value is regulatory uncertainty and an open-ended permitting timeline.
“Over-regulation essentially increases the duration to move viable projects to production, which lengthens the Lassonde Curve and inadvertently magnifies the downward impact of the life cycle of a mineral discovery — no one wants this,” he says.
“A project that is compelling at the beginning of a commodity cycle can be uneconomic if approvals take a decade or longer.”
The issue is not that Canada takes time to develop mines. It is that time itself can become a threat to the supply chain Canada is trying to build.
Infrastructure is the missing link
Even if permitting and financing hurdles are overcome, Canada’s geography presents another challenge. Many of the country’s most prospective mineral deposits are located far from established infrastructure.
Power, roads, railways, and ports are essential to getting a mine into production — particularly in remote northern regions where building infrastructure from scratch can increase project costs.
Ontario’s Ring of Fire is a prominent example. Despite its significant mineral potential, the region lacks the basic year-round roads, railways, and port infrastructure required to easily move resources to market.
The lack of infrastructure can drive exploration and development costs up to six times higher than in southern regions — creating a problem that extends beyond individual mining companies.
If one road, railway, or transmission line can unlock several deposits, the economics of an entire mineral district can depend on infrastructure decisions made before any individual mine is built.
“Infrastructure can be especially transformative because a road, transmission line, or processing facility can unlock an entire mineral district rather than one project,” Espig says.
PwC has warned that Canada risks losing competitiveness in critical minerals, energy, and other strategic sectors because of infrastructure constraints.
The scale of the investment required is substantial.
The Canadian Government is projected to invest C$4.7 trillion in infrastructure by 2050, while the nation currently invests around 6.6% of GDP in infrastructure compared with 7.4% among other leading countries.
PwC also estimates that an additional C$34 billion would be required annually by 2050 to bridge the gap.
For critical minerals, this means the race is not only about finding deposits. It is about building the physical connections between those deposits, processing facilities, energy networks, and international markets.
This brings the government firmly into the picture.
Can the government accelerate the race?
The role of government is important as Canada attempts to close the gap between mineral potential and actual supply chain capacity.
But the objective is not necessarily for Ottawa to decide which individual mines should succeed.
Instead, the government can influence the conditions that determine whether private capital is willing to take the risk of developing them.
“That means competitive fiscal policy, infrastructure investment, efficient and predictable permitting, Indigenous partnerships, and, in certain strategic circumstances, government-backed financing or offtake support,” Espig explains.
There are already signs that Canada is attempting to move in this direction.
The One Canadian Economy Act aims to support the development of major projects, while Ottawa is working to reduce federal approvals for national interest projects from around five years to two.
The Canadian Government also announced a roughly C$3.6 billion critical minerals package announced at the Prospectors & Developers Association Convention (PDAC) held in March 2026.
For Canada’s mining juniors, measures such as exploration tax credits and flow-through financing can be important because they help companies raise capital before a project is generating revenue.
Trimble says incentives for infrastructure, offering exploration tax credits, and flow-through financing, coupled with clearer permitting timelines, lower both cost and risk in terms of reaching a construction decision.
Skyharbour itself provides an example of how this capital can translate into exploration activity.
Earlier this year, Skyharbour closed a C$5.25 million private placement to fund exploration across its Russell Lake and Moore Lake projects in Canada.
In May, the company began a drill program at Russell Lake, which was designed to follow-up on existing and newly acquired electromagnetic targets. As previously reported, Skyharbour is also planning an 8,000–10,000m multi-phased drill campaign over 15–25 holes at Moore this year (2026).
“We’re looking to add pounds there, to expand and delineate that resource, ultimately working towards a development scenario,” Trimble told this news service.
For individual companies, access to capital and exploration incentives can help keep projects moving. But Canada’s larger challenge remains beyond the next drill program or mine development.
It is whether enough projects can progress simultaneously to create the scale of supply chain required to compete internationally.
The China question
This is where Canada’s critical minerals ambitions meet perhaps their biggest strategic challenge. China’s position in global critical minerals is not based solely on the amount of mineral wealth beneath its territory.
It has spent decades building capacity across mining, processing, refining, manufacturing, and supply chain infrastructure.
Canada is now attempting to accelerate a similar chain while also maintaining environmental standards, consultation requirements, and market-based investment decisions.
“We need to recognise that we are competing not simply against Chinese mining companies, but against a highly coordinated national strategy,” Nicola Mining CEO Peter Espig says.
That distinction is important. Canada is not simply competing to produce more tonnes of a particular mineral. It is competing to build an interconnected system capable of delivering those minerals reliably into global manufacturing chains.
The question is, therefore, one of execution as much as geology.
Canada already has many of the foundations. But foundations are not the same as a functioning supply chain.
The country’s ability to become a meaningful alternative to China will depend on whether those pieces can be connected quickly enough to meet the demand emerging around them.
As Espig puts it, “if Canada genuinely views critical minerals as an economic and national security priority, government policy needs to reflect that urgency by creating a coordinated, predictable, and significantly more efficient pathway from discovery to production, without compromising appropriate environmental standards or meaningful First Nations participation.”
For Canada, the critical minerals race is not about whether the country has what the world needs. It is about whether it can build what the world needs before the opportunity moves somewhere else.
The nation does not need to prove that it has the minerals, expertise, or capital to become a critical minerals powerhouse. The harder question is whether it can connect them quickly enough.
From permitting and infrastructure to processing capacity and investment certainty, every delay adds another obstacle between a mineral discovery and a secure supply of material to global markets.
As Western economies look for alternatives to China’s deeply integrated supply chains, Canada’s opportunity is substantial — but so is the race against time.
Write to Aaliyah Rogan at Mining.com.au
Main image: Mining.com.au
