The global materials economy is entering a new phase where ownership of mineral deposits matters less than control over the midstream: refining, processing, recycling, logistics, and long-term finance. Across Europe, Russia, Africa, and Central Asia, governments and investors are reorganizing around a single reality — value is shifting away from the mine and toward the industrial bottlenecks that turn raw ore into usable materials.
A shift from extraction to control points in the supply chain
The traditional commodities system was linear and predictable. Minerals were extracted, transported, and processed into steel, chemicals, batteries, and electronics elsewhere. That model is now breaking down.
Today’s system is defined by scarcity in entirely different places: permitted refineries, lithium hydroxide plants, copper smelting corridors, rare-earth separation facilities, battery recycling hubs, and semiconductor-grade chemical suppliers. Even project finance for long-term, politically sensitive mining has become a strategic asset. The result is a fragmented but increasingly structured global race for control over the “middle” of the value chain.
Demand rises, but supply chains tighten
Demand for energy-transition metals continues to grow strongly. Lithium demand surged by nearly 30% in 2024, while nickel, cobalt, graphite, and rare earths increased by 6–8%, driven by electric vehicles, renewable energy, and grid expansion.
Supply chains are becoming more concentrated. The share of refining controlled by the top three countries for key critical minerals rose from 82% to 86%, highlighting increasing dependency risks.
This has triggered coordinated policy responses. The G7 critical minerals alliance aims to reduce reliance on dominant processing hubs, particularly for rare earths, lithium, and nickel, while China continues to defend its position in global refining capacity and export policy.
Europe: industrial strength, processing weakness
Europe remains a major industrial economy, but its position in bulk materials production is weakening. The European chemical industry still generates massive turnover and employment, but its global share is shrinking as China expands industrial dominance. A similar pattern is visible in steel production, where output has declined while import dependency has risen.
In response, the EU launched the Critical Raw Materials Act, targeting by 2030:
- 10% domestic extraction
- 40% processing capacity
- 25% recycling
- Maximum 65% dependency on any single external supplier
But Europe faces a structural limitation: it cannot fully rebuild mining scale. Instead, it is pivoting toward processing, recycling, and substitution.
The rise of the “purity economy”
One of the most important shifts is the emergence of a high-purity materials economy.
Instead of bulk commodities, value is concentrated in specialized inputs such as:
- Semiconductor gases
- High-purity chemicals
- Advanced membranes
- Ion-exchange materials
- Precision coatings
- Filtration systems
These materials are embedded into industrial processes for years and require extreme reliability — failures can shut down entire chip fabrication plants or pharmaceutical systems. The semiconductor materials market alone has reached record levels, driven by AI, advanced computing, and memory technologies. At the same time, regulation is accelerating demand for recycling and purification systems, especially under new EU rules targeting PFAS chemicals and battery material recovery.
Foreign capital and geopolitical filtering in Europe
Mining and processing projects in Europe increasingly depend on foreign investment due to high costs and slow permitting. A growing number of critical raw material projects have been designated across the EU, but the key question is who funds them.
Chinese-backed firms such as Zijin Mining have developed major copper operations in Southeast Europe, demonstrating speed and scale but raising concerns over strategic dependency. Meanwhile, “allied capital” from Canada, Australia, the US, and South Africa is increasingly preferred for sensitive projects.
Canadian firms are expanding in goldand base metals, Australian capital is driving lithium integration, and US-linked export finance is supporting rare-earth and tin projects in Europe and nearby regions. Capital is no longer neutral — it is part of the supply chain strategy.
Russia: resource-rich but financially isolated
Russia remains a major holder of global mineral reserves, including gold, copper, nickel, and palladium, but sanctions have reshaped its mining system.
Instead of global equity markets, mining now relies on:
- state banks
- domestic bonds
- retained earnings
- Asia-linked trade flows
Gold production remains strong, while major copper projects aim to expand northern output. The sector faces constraints: high interest rates, limited access to Western capital, and restricted technology flows. Russia’s mining industry remains productive but increasingly financially closed.
Africa: from resource base to bargaining power
Africa holds vast reserves of gold, copper, cobalt, lithium, and iron ore, but the strategic shift is political: governments want to capture more value-added processing. Gold production is rising strongly across West Africa, while the Copperbelt remains central to global battery supply chains.
Large infrastructure projects such as transport corridors to Atlantic ports are becoming as important as the mines themselves. Most mining projects still depend on external financing from Canada, China, Europe, and development institutions. The key shift is clear: African states are pushing for local refining, processing, and industrial participation, not just extraction.
Central Asia: the corridor economy
Central Asia is emerging as a strategic critical minerals region, with major reserves of manganese, chromium, zinc, titanium, copper, and uranium.
Kazakhstan dominates global uranium supply, while Uzbekistan is expanding production of gold, copper, and strategic minerals.
But geography is just as important as geology. The region sits between China, Europe, Russia, and the Middle East, making transport corridors essential. Alternative routes that bypass traditional dependency on Russian infrastructure are becoming critical for export diversification. The goal is to evolve from a raw-material exporter into a processing and transit hub.
The new hierarchy of capital
Across all regions, mining assets are splitting into three categories:
1. Cash-flow assets
Gold, uranium, high-grade copper — self-financing and stable.
2. Strategic optionality assets
Lithium, rare earths, graphite, antimony, recycling streams — politically essential but often subsidy-dependent.
3. Stranded assets
High-cost bulk chemicals, weak steel capacity, and projects built on outdated price assumptions.
The key insight: critical does not always mean profitable. Even essential materials can suffer from oversupply, technical complexity, or infrastructure bottlenecks.
