The risk is concentration, not disappearing demand.

The risk is not that demand disappears; every credible forward view points to demand expanding sharply. The risk is concentration: a handful of countries and a handful of refining chokepoints hold disproportionate power over supply. Investors who price only the demand side — “critical minerals are the new oil” — miss the structurally dominant feature: who controls the chokepoint, and at what political and operational risk. ANALYSIS, not fact

What is happening now (verified facts)

• FACTAdvanced economies have moved to formalize which minerals are “critical.” The United States lists 50 critical minerals (USGS, 2022).
• FACTThe European Union has passed binding law — the Critical Raw Materials Act — with enforceable 2030 targets. [FACT, 2024]
• FACTSupply of several key minerals is strikingly concentrated:
  • The DRC produces ~63% of the world’s mined cobalt (USGS estimate; growing in later reporting).
  • Indonesia produced ~59% of world mined nickel in 2024 (~2.2Mt of ~3.7Mt).
  • China holds ~85–90% of global rare-earth refining capacity, ~90% of processing, and ~70% of mining (2025 reporting).
  • Chile is the world’s largest copper producer.
• FACTChina is the world’s largest copper importer and has been since 2008, and over half of global copper demand comes from China.

Why it matters to you now. Policy is now pulling demand, not just reflecting it. The EU has legislated that no single third country may supply more than 65% of its consumption of strategic minerals by 2030, and set domestic extraction/processing/recycling targets. That is a structural, state-backed re-engineering of supply chains happening on a defined timetable — and it changes the risk/return profile of critical-mineral assets, specific jurisdictions, and public policy itself.

• Whether China-refining-share figures for lithium, nickel, and refined graphite — currently honest research gaps — get verified and move materially. RESEARCH-GAP → refresh
• Policy implementation: EU 65% benchmark and 10/40/25% targets; USGS next statutory review (~2025 cycle). FACT → monitor
• Price behaviour of lithium, cobalt, nickel — all with documented recent volatility. FACT
• Export-control actions (like the DRC’s 2025 cobalt export suspension). FACT → monitor
• Demand trajectory against the IEA/BNEF projections below. FORECAST → validate

Confidence indicator: High on list facts and documented price events (dated public sources in our fact sheet); Medium–High on demand forecasts (clearly labelled, from BNEF/IEA via dated secondary sources); explicit Low / GAP on several China refining shares that could not be verified in our fact sheet — these are written as open questions, not numbers.

Policy is now pulling demand.

The clearest, most decision-relevant change is that demand for critical minerals is now being engineered by policy, not just discovered by markets. Governments are not merely observing demand growth — they are legislating it.

What the numbers say — labelled correctly

• FACTUSGS 2022 list — 50 critical minerals for the United States. This was a large expansion over the first (2018) list of 35: it adds nickel and zinc and removes helium, potash, rhenium and strontium, and splits rare-earth and platinum-group elements into individual entries. [USGS, 22 February 2022]
• The next USGS statutory review falls ~2025 (the Energy Act of 2020 requires review at least every three years). [FACT — USGS]
• The US DOE 2023 “energy-critical” minerals list is a distinct, separate list from the USGS critical-minerals list and must not be conflated with it. [FACT — clarity note]
• FACTEU Critical Raw Materials Act (Regulation (EU) 2024/1252), in force 23 May 2024. It defines 17 strategic raw materials (bauxite/aluminium, bismuth, boron, cobalt, copper, gallium, germanium, battery-grade lithium, magnesium, battery-grade manganese, battery-grade graphite, battery-grade nickel, platinum group metals, magnet rare earths, silicon metal, titanium, tungsten) and 34 critical raw materials.

The policy binding constraint FACT

• By 2030, no single non-EU country may supply more than 65% of the EU’s annual consumption of each strategic raw material. [Recitals, EUR-Lex 2024]
• EU domestic-capacity targets by 2030: extraction ≥ 10%, processing ≥ 40%, recycling ≥ 25% of the Union’s annual consumption of strategic raw materials. [Art 5(1), EUR-Lex 2024]

The decision takeaway. These are not aspirational. They are binding EU law with a timetable. An investor reading “the EU is at 98% import dependence on China for rare earths” and “the EU has legislated to break that dependence by 2030” is reading the opening of a structural, subsidised re-shoring of mineral capacity. That has direct implications for where processing capacity is built, where capital is deployed, and which jurisdictions win.

Where the risk actually lives.

The structural fact that separates critical minerals from a normal commodities cycle is concentration — and above all, concentration in refining. It is worth an investor understanding the mining-vs-refining distinction, because the two are tightening at different places.

Mining concentration FACT, verified

Refining/processing concentration (the tighter bottleneck)

• Rare earths: China ~85–90% of global rare-earth refining capacity, ~90% of processing (2025). FACT The EU imports ~98% of its rare earths from China; ~80% of US rare-earth supply is China-sourced (2023). FACT
• Cobalt (refining): As of a 2018-dated source, China “dominates” refining of cobalt material, producing more than 80% of the cobalt salts needed for batteries. FACT (2018) [Carbon Brief, 12 April 2018; this is a 2018-dated figure and must be written as such, not as a present-day claim] A more recent single figure remains a refresh check.
• Lithium refining (China share): [RESEARCH-GAP] — commonly cited around ~60–65% (IEA), but this session could not retrieve a clean, dated source (IEA blocked) and our fact sheet did not write a number. Do not state a figure.
• Nickel refining (China share): [RESEARCH-GAP] — not verified this session. Do not state a figure.
• Refined/spherical graphite (China share): [RESEARCH-GAP] — commonly cited as near-monopoly (IEA ~80–90%), but not verified to a retrievable source this session. Do not state a figure.

What concentration means ANALYSIS

Where refining is concentrated in a single jurisdiction, supply becomes exposed to: export controls and policy shocks; geopolitical tension; trade sanctions; and operational disruption amplified through the chokepoint. The DRC’s 2025 cobalt-export suspension (see §4) is a live illustration of how a single producing country can move an entire market — and mining countries, too, have shown they will act.

The forward view FORECAST — not fact

Everything in this section is a projection, not a statement of what will happen. Sources and dates are given. Do not read forecasts as outcomes.

• FORECASTIEA, “The Role of Critical Minerals in Clean Energy Transitions” (May 2021): overall production of key transition minerals must approximately quadruple (~4×) by 2040 under the Sustainable Development Scenario (“well below 2°C”), or expand by as much as ~6× for global net-zero by 2050; in the SDS, mineral demand from the battery sector grows ~30-fold by 2040, with lithium demand for EV batteries ~43× and nickel ~41× by 2040. [IEA 2021, via Carbon Brief, 5 May 2021]
• FORECASTBloombergNEF: global cobalt demand in 2030 could be ~47× its 2017 level. [BloombergNEF, via Wikipedia “Cobalt”]
• FORECASTCopper: global copper demand projected to increase ~50% by 2040, driven by clean-energy technology, EV production, and grid upgrades. [Wikipedia “Copper”]

The decision takeaway. These are dramatic but they are forecasts tied to scenarios, and they should be read as direction-of-travel, not as guaranteed outcomes. Demand is scenario-dependent: EV uptake, grid build-out, technology pathways, and substitution all change the number. An investor uses these to size the opportunity; the confidence sits in direction, not magnitude.

The volatility is the tradeable fact.

If demand is the opportunity story, price volatility is the risk story — and it is documented, not hypothetical.

The decision takeaway. Critical minerals are not a stable commodity class — they are a volatility asset. The 2022 nickel short-squeeze (a ~4× move and a market halt) and the 2025 cobalt-export suspension are not edge cases; they are the operating environment. For miners they are revenue risk; for processors and off-takers they are input-cost and continuity risk; for investors they are both an opportunity (volatility premia) and a hazard (valuation and liquidity risk). An honest gap: the specific 2021–22 lithium peak dollar figure is not verified in our fact sheet and is deliberately not stated here — the direction (a sharp surge, “lithium fever”) is corroborated, but a dated peak number requires a fresh source.

Not purely a mined-commodity market. FACT

• Recycled (secondary) copper supplies about one-third of copper supply (2023); ~80% of all copper ever mined is still in use today. [Wikipedia “Copper,” 2023]

The decision takeaway. Recycling is a structural, growing part of supply and a policy lever (the EU’s recycling target is part of its strategy). Investors should not model critical minerals as purely a mined-commodity market — secondary supply and its policy support are a real and expanding component, and one with a different (more diversified, more domestic) risk profile.

Applied to critical minerals: it prices jurisdiction risk.

• The “resource curse” term dates to Auty (1993); Sachs & Warner (1995) found resource abundance correlated with poorer growth. FACT
• The effect is conditional, not universal: a 2016 meta-analysis found only weak overall support (~40% of empirical papers negative, ~40% no effect, ~20% positive), and a 2011 study found the outcome depends on human-capital formation and economic openness. FACT
• The IMF classifies 51 countries as resource-rich (≥20% of exports or fiscal revenue from non-renewables); 29 are low/lower-middle income; the profile features high fiscal/export dependence, low saving, and volatile revenues. FACT
• Since ~2018, the lens has been explicitly applied to critical materials for renewable energy (neodymium, cobalt, lithium). FACT
• A 2021 meta-analysis of 46 natural experiments found price increases in oil and lootable minerals raised conflict likelihood; conflicts are also funded by contestable resources (e.g., DRC diamonds/cobalt). FACT

The decision takeaway. Producing jurisdictions that fail to convert mineral income into broad-based development, human capital, and openness carry elevated governance and stability risk — precisely the risk an investor cannot hedge with a commodity hedge. For a full treatment of the sovereign-wealth and governance angle, see the Guyana Strategic Outlook (Issue 1), which develops the Norway/Botswana institutional evidence. For the ESG/boardroom governance argument, see this site’s compliance-governance and ESG intelligence.

Plausible pathways, not predictions. SCENARIO — not history, not forecast

The following are plausible pathways to frame decision-making. Probability ranges are [RESEARCH-GAP] and deliberately not asserted. They are not predictions.

• Scenario A — “Policy force multiplies demand.” Binding targets (EU 65% benchmark, domestic 10/40/25%) plus continued electrification pull demand above the base projections. Winners: jurisdictions and technologies that capture processing capacity and recycling; losers: concentrated, weakly-governed chokepoints facing policy substitution.
• Scenario B — “Chokepoint shock.” An export control or geopolitical/operational disruption at a refining chokepoint (the cobalt-export suspension and the nickel short-squeeze are live precedents) cascades through a concentrated supply chain. Winners: diversified, ESG-credible, secondary-supply producers and stockpilers; losers: over-concentrated off-takers.
• Scenario C — “Technology substitution.” Battery chemistry shifts reduce reliance on the most concentrated minerals (e.g., lithium-substitution or cobalt-reduction chemistries). Outcome: demand forecasts soften for specific minerals even as the broader category grows — reallocating value rather than eliminating it.

The purpose is to make explicit the levers: policy, concentration, price volatility, recycling, and technology. Each is trackable and decision-amenable.

Opportunities ANALYSIS, not forecasts

• Policy-backed demand — binding targets give a structural pull to demand that survives market cycles.
• Diversified & ESG-credible supply — jurisdictions and producers that are diversified and well-governed attract a risk premium into their favour as financiers and off-takers demand traceability.
• Secondary supply / recycling — a growing, more diversified, more domestic source of material with a different (lower) geopolitical risk profile.
• Processing/shore-up — policy deliberately funds domestic processing (EU 40% target); that is a capital-allocation signal.

Risks ANALYSIS

• Refining concentration — the tightest chokepoint; exposed to export controls, sanctions, and policy shocks. The exact China shares for lithium/nickel/spherical graphite are unverified — treat them as open questions.
• Price volatility — documented four-fold nickel spike and market halt (2022); 2017–2019 cobalt swing; 2025 DRC cobalt-export suspension.
• Producing-jurisdiction risk — the resource-curse governance literature prices real stability and governance risk into concentrated producing countries.
• Forecast dependence — demand projections are scenario-linked forecasts, not outcomes; if technology or policy shifts, magnitude changes.

1. USGS, “U.S. Geological Survey Releases 2022 List of Critical Minerals” — usgs.gov/news/national-news-release/us-geological-survey-releases-2022-list-critical-minerals — 22 Feb 2022 [retrieved direct]
2. EUR-Lex, Regulation (EU) 2024/1252 (Critical Raw Materials Act) — eur-lex.europa.eu/legal-content/EN/TXT/HTML/?uri=CELEX:32024R1252 — in force 23 May 2024 [retrieved direct; 17 strategic / 34 critical; 65% benchmark; Art 5(1) 10/40/25%]
3. Wikipedia, “Critical Raw Materials Act” [retrieved; 5th list progression; EU dependence figures, EC address 30 Mar 2023]
4. Wikipedia, “Cobalt” [retrieved; DRC shares; BNEF 47×; price swings; 2025 export suspension]
5. Wikipedia, “Nickel” [retrieved; Indonesia 59%; price swings; 2022 short-squeeze; 2024 level]
6. Wikipedia, “Rare-earth element” [retrieved; China refining 85–90%, processing ~90%, mining ~70%, 2025]
7. Wikipedia, “Graphite” [retrieved; China 65% of natural graphite, 2016, USGS]
8. Wikipedia, “Lithium” [retrieved; lithium-carbonate ~US$10k/t mid-2026; early-2020s price surge corroborated; peak $ not retrieved]
9. Wikipedia, “Resource curse” [retrieved; Auty 1993; Sachs & Warner 1995; 2016 meta-analysis; 2011 conditional study; IMF 51-country; 2021 conflict meta-analysis; post-2018 critical-minerals application]
10. Carbon Brief, “IEA: Mineral supplies for electric cars ‘must increase 30-fold’ to meet climate goals,” 5 May 2021 [retrieved direct; dated secondary quoting IEA 2021: 4×/6×/30-fold/43×/41×]
11. Carbon Brief, “These six metals are key to a low-carbon future,” 12 Apr 2018 [retrieved direct; China >80% cobalt salts 2018-dated]
12. Wikipedia, “Copper” [retrieved; 2024 production 22.8–22.9 Mt; China >½ demand & largest importer since 2008; Chile top producer; +50%-by-2040 forecast; recycled ~⅓ (2023)]

This Monitor sits within the Executive Intelligence Centre. For the Guyana-specific governance and sovereign-wealth reading, see the Guyana Strategic Outlook — Issue 1. Explore the Mining Future Lab, the Guyana Intelligence Centre, the China–Caribbean lane, or the full analysis library.

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