- Critical mineral reserves & production — what Canada holds in the ground and how much it actually produces.
- Mineral exploration investment — the capital flowing into the search for new deposits.
- Critical mineral refining capacity — the refining and processing chokepoint between ore and finished material.
- Energy capital investment — capital spending across the energy and resource sector.
- Investment screening regime — how Canada vets foreign control of strategic assets.
On the discovery side Canada is a global leader: in 2024 it attracted roughly one-fifth of the world's non-ferrous exploration budget and was the single most-targeted country on earth. But S&P Global's 2024 study of mines producing critical minerals found that the average Canadian project needs about 27 years from discovery to first production. Australia, a federation with comparable geology and comparable environmental and Indigenous-rights standards, does the same job in 20. The bottleneck is permitting, sequential federal–provincial review, and litigation risk in the long middle of the project life-cycle.
S&P Global examined 268 mines producing nine critical minerals (cobalt, copper, gold, lithium, nickel, palladium, platinum, vanadium, and zinc) and measured average years from discovery to first production. Canada sits near the slow end of the table, faster than the United States but well behind Australia and the lower-friction producers of West Africa and Southeast Asia.
The cost of the wait is rising. Across all metals worldwide, the average time from discovery to production has climbed from roughly six years for mines that opened in the 1990s to nearly eighteen years for those that started up in 2020–24. Extended exploration, permitting, and financing each add to the clock.
The permitting verdict lands harder because the discovery end is so strong. Canada remains the world's #1 destination for mineral-exploration spending, drawing roughly a fifth of the global budget. The constraint is the regulatory middle. That capital-attraction story now has its own metric. See Mineral exploration investment (Financing) for the country rankings, provincial breakdown, and the grassroots-discovery caveat.
On S&P Global's critical-minerals measure, only Zambia (~34 years) and the United States (~29) are slower than Canada (~27). Australia, Canada's natural peer, does it in 20. The longest-running global tail (Canada, the US, Argentina, Mongolia, and Zambia) is dominated by Western-style permitting and litigation regimes, not by geology.
Global lead times have risen from ~6 years (1990s start-ups) to ~12.7 years (mid-2000s) to ~17.8 years for mines opened in 2020–24, a roughly threefold increase. Mines still in feasibility today average ~28 years. The drift points to the permitting-and-financing middle of the life-cycle, not to the drill bit.
Canada attracted ~20% of the world's non-ferrous exploration budget in 2024 (~CAD 3.9 B), the top destination globally, and Canadian-headquartered firms accounted for ~38% of worldwide exploration spend. Ontario (~CAD 1.09 B), Quebec (~CAD 0.89 B), and British Columbia (~CAD 0.75 B) lead domestically. The pipeline is full at the front; the constraint is downstream.
S&P attributes Canada's long timelines chiefly to permitting and overlapping federal–provincial review. Australia carries comparable environmental and Indigenous-consultation standards yet finishes seven years sooner. The gap is process design, not standards. This is the explicit rationale behind Canada's critical-minerals strategy and "one project, one review" reforms.
Canada takes about 27 years from discovery to production, third-longest of any major mining jurisdiction and seven years slower than Australia, while it leads the world on exploration spending.
- Compared with
- Major mining jurisdictions in S&P Global's 2024 study of 268 critical-minerals mines, of which the page charts six countries and a global average.
- Where Canada sits
- At about 27 years, Canada is behind only Zambia (~34) and the United States (~29) on S&P Global's critical-minerals measure. Australia takes about 20.
- Which way it is moving
- Up. The page has no Canada-only trend, but the global all-metals lead time rose from about 6 years for 1990s start-ups to 17.8 years for 2020–24, which is a deterioration.
- What the verdict follows
- Position among the six countries the page charts, ranked from fastest to slowest. Canada is 4th of the six, the last place in the middle third, so the verdict is Watch, but only barely: one place slower would be Weak. Canada is also slower than every charted peer except Zambia and the United States.
- Data basis
- S&P Global Market Intelligence, "Mine development times: the US in perspective" (June 2024, country averages as reported July 2024), with S&P's lead-time trend series (2024–25) and World Exploration Trends 2024. Data current to 2024. Page last reviewed June 2026.
Primary sources
- S&P Global Market Intelligence — "Mine development times: the US in perspective" (2024) — country averages for discovery-to-production across 268 critical-minerals projects; Canada ~27 yrs, US ~29, Australia ~20, Zambia ~34.
- S&P Global — "From 6 years to 18 years: the increasing trend of mine lead times" (2024–25) — global all-metals lead-time trend by start-up cohort.
- S&P Global — World Exploration Trends 2024 — Canada's share of global non-ferrous exploration budget and Canadian-company share.
- Natural Resources Canada — Canadian Mineral Exploration Information Bulletin — domestic exploration + deposit-appraisal spending by province; 2024 actuals and 2025 intentions.
Methodology notes
- Definitions. "Discovery to production" is the elapsed time from the year a deposit is first discovered to the year of first commercial production. The country chart uses S&P's critical-minerals dataset (268 projects, nine commodities); the trend chart uses S&P's broader all-metals series grouped by start-up cohort.
- Comparability. The two S&P series are not directly comparable: jurisdiction averages (critical minerals) run higher than the all-metals global average (~15.5 yrs) because critical-minerals projects skew toward longer-lead deposits. Country averages rest on small samples (Canada n=11) and are indicative. The exploration figures combine two bases. S&P measures non-ferrous exploration as a share of the global budget. NRCan measures exploration plus deposit appraisal across all commodities in dollar totals. That is why Canada's ~20% global share and its ~CAD 3.9 B domestic total are reported against different denominators.
- Peer set. The meaningful comparators for mining are the major mining jurisdictions (Australia, the US) plus the global average, not the full G7. Japan, Germany, Italy, France, and the UK are not material mine developers.
- Companion workbook. The editable series live in Building_Mine-Permitting-Timelines_Data.xlsx.
