By Charles Pitts
The global race for critical minerals has entered a high-stakes phase where geology is no longer the primary constraint. Instead, the “permitting trap”: a dense thicket of regulatory delays and infrastructure gaps: is threatening to sideline Canada, one of the world’s most resource-rich nations.
Speaking at the 100th anniversary of CIM Connect in Vancouver this week, Teck Resources CEO Jonathan Price delivered a pointed warning to policymakers, industry leaders, and investors. Price argued that while Canada possesses the essential ingredients for the green energy transition and the burgeoning AI economy, the country risks losing a generation of investment to more agile jurisdictions if it cannot condense its decade-long permitting timelines.
“The window for securing a leading position in the global critical minerals supply chain is closing,” Price told the assembly. “We have the resources, the talent, and the ESG credentials. What we lack is a regulatory environment that moves at the speed of the 21st-century economy.”
The Decade-Long Hurdle: A 2035 Deadline in Peril
At the heart of Price’s keynote was the stark reality of Canadian mining timelines. Current estimates suggest that it takes anywhere from 12 to 15 years for a major Canadian mining project to move from discovery to first production. In a world aiming for net-zero emissions by 2050: and with critical mineral demand expected to triple by 2030: this “permitting trap” has become a strategic liability.
Price noted that the complexity of multi-jurisdictional reviews, while designed to ensure environmental and social rigor, has become fragmented and unpredictable. For investors, unpredictability is often a greater deterrent than high costs. When capital can flow to projects in Australia or the United States where permitting reforms are gaining momentum, Canada’s slow pace becomes a competitive disadvantage.
The CEO emphasized that the industry is not asking for lower standards, but for “predictable and efficient” ones. The 2026 outlook for commodities like copper and lithium suggests that supply deficits will widen significantly by the end of the decade. Without a streamlined approach to federal and provincial approvals, Canada may find itself importing the very minerals it has in abundance beneath its own soil.
The Infrastructure Gap: Powering Northwestern B.C.
A significant portion of Price’s address focused on the physical requirements of modern mining. Specifically, he highlighted the infrastructure deficit in Northwestern British Columbia, a region known as the “Golden Triangle.” While the area is home to world-class deposits of copper, gold, and critical minerals, it remains largely underserved by the province’s electrical grid.
The proposed North Coast Transmission Line (NCTL) is viewed by Teck and other regional operators as a critical “unlock” for the sector. Transitioning remote mine sites from diesel generation to clean, hydroelectric grid power is essential for meeting ESG targets and reducing operational costs. However, infrastructure development is facing similar bureaucratic hurdles as the mines themselves.
“You cannot have a green energy transition without the green energy infrastructure to power the mines,” Price stated. He called for a robust public-private collaboration to accelerate the NCTL and other strategic corridors. Without reliable, high-capacity power, projects like Teck’s potential expansions or new ventures in the region remain stranded assets.
The Energy Mismatch: Data Centers and the AI Surge
In a shift from traditional mining discourse, Price connected the industry’s future directly to the rapid expansion of the digital economy. The explosion of data centers driven by Artificial Intelligence (AI) has created an unprecedented surge in energy and mineral demand.
Data centers are massive consumers of copper: used in everything from power distribution to cooling systems: and rare earth elements. However, the timeline for building a data center is often measured in months or a few years, while the mine required to supply its raw materials takes over a decade.
“There is a fundamental mismatch between the speed of the digital revolution and the speed of resource development,” Price explained. This tension is already being felt in the copper market, where prices have remained resilient despite broader economic headwinds. For more on how these supply-demand dynamics are shifting, see our recent analysis on the 2026 lithium forecast and the breakdown of oversupply narratives.
Price’s warning is clear: if the permitting trap persists, the “AI boom” could face a physical bottleneck. The tech sector’s demand for high-performance computing requires a secure, domestic supply of critical minerals, a need that Canada is uniquely positioned: but currently failing: to fill.
Geopolitical Stakes: Gallium, Germanium, and Rare Earths
Beyond the economic arguments, the Teck CEO touched on the geopolitical necessity of domestic mineral security. Recent export restrictions on gallium and germanium by global dominant players have sent shockwaves through the semiconductor and renewable energy sectors.
Canada possesses significant potential for these “byproduct” minerals, often found alongside more common base metals. However, extracting and processing them requires specialized facilities and, once again, the regulatory green light to build them.
Price pointed to projects like the Bokan Mountain rare earth upgrades as examples of the type of specialized development Canada needs to prioritize. He argued that securing the supply chain for gallium, germanium, and rare earths is not just an industrial goal, but a matter of national security.
“We are in a race where the finish line is a secure, sustainable, and domestic supply chain,” Price said. “Right now, we are being outpaced by nations that view mining not just as an industry, but as a strategic pillar of their geopolitical standing.”
A Strategic Call to Action
Price concluded his keynote with a three-pronged call to action for the Canadian government:
- Regulatory Harmonization: Implement a “one project, one review” framework that eliminates the duplication between federal and provincial environmental assessments.
- Infrastructure Investment: Prioritize federal funding for “strategic mineral corridors,” including the North Coast Transmission Line and all-season road access to remote districts.
- Indigenous Partnership: Ensure that the permitting process facilitates early and meaningful Indigenous equity participation, which Price cited as a key driver for long-term project stability.
The message from the CIM Connect stage was unambiguous. Canada’s mining legacy, spanning over a century, is no guarantee of future success. The “Permitting Trap” represents a systemic risk that could see Canada’s critical minerals remain in the ground while the global economy moves on.
For operators and investors, the 2026-2030 window is the decisive period. As Price noted, the resources are there: the question is whether the regulatory will exists to dig them up.
