Geopolitics
Why China Dominates Critical Mineral Processing
Who mines a mineral matters. Who processes it matters more. China controls the refining, separation, and chemical conversion stages for most critical minerals - a position built over 40 years of deliberate industrial strategy, and not easily reversed.
98%
Gallium production
Near-total monopoly
87%
REE separation
Including Lynas in Malaysia
75%
Cobalt refining
Despite DRC mining 70%+
40yr
Head start
vs. Western challengers
China's Processing Share by Mineral
Share of global midstream processing capacity or output controlled by China. Mining diversification has not dented these numbers - the bottleneck is refining, separation, and chemical conversion.
Gallium
Critical dependency98%
% of primary production
Rare Earths
Critical dependency87%
% of separation capacity
Graphite
Critical dependency93%
% of spherical graphite output
Germanium
High dependency60%
% of refined production
Cobalt
High dependency75%
% of refining capacity
Lithium
High dependency65%
% of chemical refining
Manganese
Elevated dependency58%
% of refined output
Nickel
Elevated dependency35%
% of Class I refining
Sources: USGS, IEA Critical Minerals Market Review, BloombergNEF, Benchmark Mineral Intelligence. Data reflects approximate 2023–2024 figures.
Six Structural Advantages China Built
China's processing dominance rests on six interlocking advantages. Each one alone would be manageable. Together, they have proven extremely difficult for competitors to overcome.
State financing advantage
Hard to closeHow China built it
Chinese state-owned banks provide below-market financing for processing plants. Policy banks like CDB and EXIM Bank fund overseas mine acquisitions that feed Chinese refiners.
The gap challengers face
Western equivalents (DFC, Export Finance Australia, UKEF) have smaller mandates, higher due diligence requirements, and typically cannot match the speed or scale of Chinese capital deployment.
Environmental cost arbitrage
Hard to closeHow China built it
Rare earth and cobalt processing involves toxic acids, radioactive thorium (in bastnäsite), and heavy metal wastewater. Chinese plants operated for decades with lax enforcement, significantly reducing operating costs.
The gap challengers face
Western plants must meet strict environmental standards, adding 15–30% to operating costs and years to permitting timelines. This structural cost gap is not closeable through technology alone.
Vertically integrated supply chains
Hard to closeHow China built it
Chinese processors control mines upstream and battery/magnet factories downstream. CATL, Ganfeng, and Huayou Cobalt run integrated empires from ore to cell. Internal transfer pricing and captive offtake eliminate market risk.
The gap challengers face
Non-Chinese processors must secure third-party offtake on competitive terms. Without a guaranteed customer, financing a new plant is nearly impossible in Western capital markets.
Tacit knowledge and workforce
Partially closeableHow China built it
Solvent extraction for rare earth separation, graphite spheronization, and cobalt sulfate purification are craft skills as much as engineering. China has 40 years of plant operators, process chemists, and metallurgists with hands-on experience.
The gap challengers face
The knowledge base outside China was largely extinguished when plants closed in the 1990s–2000s. Rebuilding it requires training programs, plant operating experience, and time - not just capital.
Export controls on feedstock
Partially closeableHow China built it
By taxing or licensing the export of raw ores, China ensures domestic processors always have access to the cheapest feedstock while competitors face constrained supply and premium prices.
The gap challengers face
Countries without similar mineral endowments cannot replicate this. Resource-rich allies (Australia, Canada) have not historically restricted ore exports, though policy discussions are emerging.
Economies of scale
Partially closeableHow China built it
Chinese rare earth and battery chemical plants operate at a scale that makes per-unit costs a fraction of smaller Western facilities. A single Chinese lithium hydroxide plant may have more capacity than all planned Western projects combined.
The gap challengers face
Matching Chinese scale requires massive capital investment and a guaranteed demand base. The IRA and EU Critical Raw Materials Act are beginning to provide demand signal, but plant construction lags by years.
How the Dominance Was Built: 40-Year Timeline
Processing supremacy was not inherited - it was constructed through deliberate policy over four decades. Understanding the sequence helps explain why shortcuts don't exist.
Strategic designation
China designates rare earths and key minerals as "strategic resources." State-owned enterprises receive preferential loans to build processing infrastructure. Environmental oversight is minimal, lowering costs dramatically.
Deng Xiaoping's signal
"The Middle East has oil; China has rare earths." This remark codifies the national strategy: minerals are geopolitical assets, not just commodities. Policy shifts to capturing downstream value, not just raw ore exports.
Price war eliminates Western competitors
China floods global rare earth markets with below-cost production. Mountain Pass (USA) and major Australian producers are unable to compete. Processing capacity consolidates in China as Western plants close.
Mountain Pass closes
The USA's last major rare earth mine and separation facility shuts down. China's share of global rare earth production exceeds 90%. The Western rare earth industry effectively ceases to exist.
Export quotas weaponised
China imposes export quotas and taxes on rare earth ores, concentrates, and some intermediates. Foreign processors face artificial feedstock shortages while Chinese plants operate normally. Domestic value-add is locked in.
Japan supply shock
After a diplomatic incident, China briefly halts rare earth exports to Japan. Prices spike 10–20x within months. The world realises processing concentration is a geopolitical weapon. Emergency stockpiling begins in Japan, EU, and USA.
WTO ruling - limited effect
The WTO rules China's rare earth export quotas illegal. China removes formal quotas but maintains effective control through environmental inspections, licensing, and production limits on domestic producers.
Battery minerals strategy
China expands its processing strategy beyond rare earths to lithium, cobalt, graphite, nickel sulphate, and manganese. Chinese companies acquire mines in the DRC, Chile, Argentina, and Australia, ensuring feedstock for Chinese refiners.
Rare earth consolidation
China reorganises its rare earth sector into six state-controlled groups. This consolidates pricing power, enables coordinated export policy, and ensures state oversight of what had become a fragmented industry.
Gallium & germanium controls
China imposes export licensing requirements on gallium and germanium, citing national security. The first explicit use of semiconductor mineral supply as trade leverage. Graphite export controls follow in October 2023.
Antimony, tungsten, and more
China continues expanding export restrictions to additional critical minerals, including antimony and some magnet alloys. Each restriction tests Western resolve and reveals new supply chain dependencies.
Challenger Watch: Who Is Building Alternatives?
A handful of non-Chinese projects represent serious attempts to build processing capacity outside China. The gap between aspiration and operational reality is large - but narrowing for some minerals.
Lynas (Australia/Malaysia)
- Rare Earths OperationalStatus
Operational
Non-China share
~10%
At scale by
NOW
Key caveat
Only significant non-Chinese REE separator; facing Malaysian licensing pressure
MP Materials (USA)
- Rare Earths PartialStatus
Partial
Non-China share
~3%
At scale by
2026+
Key caveat
Mines at Mountain Pass; on-site separation underway; magnet facility in Fort Worth
Albemarle / Livent (USA)
- Lithium ScalingStatus
Scaling
Non-China share
~12%
At scale by
2025+
Key caveat
Processing plants in USA, Chile; IRA-qualifying capacity being expanded
Wesfarmers / Covalent (AUS)
- Lithium ConstructionStatus
Construction
Non-China share
<1%
At scale by
2026
Key caveat
First large non-Chinese lithium hydroxide plant in Australia; start-up risk
Freeport Cobalt (Finland)
- Cobalt OperationalStatus
Operational
Non-China share
~8%
At scale by
NOW
Key caveat
Kokkola refinery; one of few Western cobalt chemical producers of scale
Novonix / Syrah (AUS/USA)
- Graphite Early stageStatus
Early stage
Non-China share
<2%
At scale by
2027+
Key caveat
Synthetic graphite (Novonix) and Louisiana anode plant (Syrah/Vidalia) progressing slowly
The bottom line on challengers
Even the most advanced non-Chinese projects - Lynas for rare earths, Freeport Cobalt for cobalt - represent single-digit percentage shares of global capacity. Collectively, all planned Western processing projects would reduce China's share modestly, not fundamentally. The IRA, EU CRMA, and the Minerals Security Partnership are necessary but not sufficient: they create demand signal and some financing, but they cannot compress a 40-year technology and scale gap into a 5-year policy window.
Geopolitical Implications
Mining diversification alone doesn't work
An Australian spodumene mine feeding a Chinese converter feeding a Korean cathode maker doesn't create supply security. The chokepoint moves with the processing step, not the mine location. Allies must invest in midstream capacity, not just upstream extraction.
Export controls are the fastest weapon
As gallium and germanium demonstrated, China can restrict processing-stage exports overnight with a licensing regulation. No military action, no sanctions response, no WTO case moves fast enough to offset a sudden supply cut. Stockpiles and substitution programs are the only near-term hedge.
Workforce and knowledge are the long pole
Capital can be deployed faster than expertise can be grown. The hydrometallurgists, solvent extraction engineers, and plant operators who built Chinese processing capacity were trained over decades. Rebuilding this human capital outside China is the constraint that no policy can short-circuit.
Related Topics
Export Controls and Restrictions
How China and others use mineral export controls as instruments of geopolitical leverage.
Friendshoring and Partnerships
Allied nations' efforts to build alternative processing capacity through coordinated investment.
Critical Minerals and National Security
How processing concentration translates into defense and technology supply chain risk.
Processing and Refining Bottlenecks
The midstream chokepoints that define supply chain vulnerability across all critical minerals.