Mining, rare earths, and critical minerals are no longer just a sector. They are the new bedrock of geopolitics and the literal foundation of the 21st-century economy. A $2.76 trillion market, growing steadily, with sub-segments like rare earths expanding at over 10% annually—driven by the inexorable demand of the energy transition, the AI revolution, and modern defense .
From China’s 91% grip on rare earth processing to the U.S. government’s $10 billion strategic reserve, from copper at historic highs to tungsten up 160%, from the 54 nations gathering to reshape supply chains to the billions pouring into new projects—this is the most dynamic, most strategic, most contested industry on earth .
But with massive opportunity comes massive complexity. Processing concentration, cost disadvantages, resource nationalism, and environmental scrutiny mean that success requires deep expertise and strategic guidance .
Our job is to help you not just participate, but lead. To turn complexity into clarity and uncertainty into advantage. The future is built on minerals. And we are here to help you build it.
Key Market Data At-a-Glance
| Metric | Value | e |
| Global Mining Market (2026) | $2.16 trillion | |
| Global Mining Market (2030) | $2.76 trillion | |
| CAGR (2026-2030) | 6.3% | |
| Rare Earth Elements Market (2026) | $6.86 billion | |
| Rare Earth Elements Market (2030) | $10.44 billion | |
| Rare Earth CAGR (2026-2030) | 11.1% | |
| Copper Price (Jan 2026) | $13,238/tonne (record high) | |
| Tungsten Price Increase (2025) | 160%+ | |
| U.S. Government Commitments (6 months) | $30 billion+ | |
| Project Vault Strategic Reserve | $10 billion |
China’s Dominance in Rare Earths
| Segment | China’s Share |
| Global Mined Supply (2024) | 61% |
| Global Refining & Processing Capacity | 91% |
| Cost Advantage vs. Western Production | 5-6x cheaper |
Key Minerals and Their Applications
| Mineral | Primary Applications |
| Neodymium/Praseodymium | EV motors, wind turbine magnets, hard drives |
| Dysprosium/Terbium | High-temperature magnets, defense systems |
| Lithium | EV batteries, grid storage, consumer electronics |
| Cobalt | EV batteries, superalloys, aerospace |
| Copper | Grid infrastructure, EVs, construction, data centers |
| Tungsten | Armor-piercing munitions, machining, aerospace |
| Silver | Solar panels, electronics, 5G infrastructure |
| Graphite | EV battery anodes (50-100 kg per vehicle) |
Major Government Initiatives (2025-2026)
| Initiative | Value | Focus |
| Project Vault (EXIM) | $10 billion | U.S. strategic minerals reserve |
| Lithium Americas (DOE) | $2.3 billion loan | Lithium carbonate from clay (Nevada) |
| Ioneer (DOE) | $996 million loan | Lithium and boric acid (Nevada) |
| Korea Zinc (DOD) | $1.25 billion | Processing (Tennessee/Korea) |
| Orion Critical Minerals Consortium (DFC) | $600 million | Global critical minerals investments |
| Critical Minerals Ministerial | 54 countries | Diplomatic frameworks and partnerships |
Governments are no longer spectators in the mining industry. They are direct participants—providing loans, signing diplomatic agreements, building strategic reserves, and even using military force to secure access. The U.S. has mobilized over $30 billion in just six months. The EU is scrambling to secure supply. China is tightening export controls. If your clients are not engaged with government strategy, they are flying blind.
The Challenges: What our Clients Must Navigate
The opportunity is massive, but so are the obstacles.
Processing Concentration: China controls 91% of rare earth processing capacity. Breaking this grip requires massive capital and technological expertise .
Cost Disadvantage: Chinese refined rare earth compounds are 5-6 times cheaper than Western production. Government support is essential to bridge the gap .
Tariffs and Trade Wars: Tariffs are increasing costs of imported heavy machinery, drilling equipment, and spare parts, particularly affecting miners in North America and Europe. However, this is also encouraging domestic equipment manufacturing .
Resource Nationalism: Countries like Indonesia, Chile, and DRC are demanding local processing, joint ventures, and technology transfer. Navigating these requirements requires sophisticated local partnerships .
Environmental and Social Governance: Mining projects face intense scrutiny on environmental impact, community consent, and carbon footprint. The industry is under pressure to adopt low-emission practices and sustainable resource extraction .
Long Lead Times: Major mines can take 10-15 years from discovery to production. The current demand surge is colliding with a pipeline that was starved of investment for a decade.
In February 2026, the United States hosted representatives from 54 countries and the European Commission—including 43 foreign ministers—for the Critical Minerals Ministerial. The results were staggering :
11 new bilateral critical minerals frameworks signed in a single day with countries including Argentina, the Cook Islands, Ecuador, Guinea, Morocco, Paraguay, Peru, the Philippines, the UAE, and Uzbekistan .
Creation of FORGE (Forum on Resource Geostrategic Engagement) as the successor to the Minerals Security Partnership, chaired by the Republic of Korea .
Private sector engagement through Pax Silica, bringing together leading companies to discuss investment opportunities
The Hottest Opportunities
Where the money is flowing right now.
A. Rare Earth Elements: The “Vitamins” of Modern Industry
Rare earths are not actually rare, but the concentrated supply chain makes them extraordinarily strategic .
The Market: Growing at 10.9% CAGR, reaching $10.44 billion by 2030 .
The Critical Elements:
Neodymium and Praseodymium (NdPr): Essential for the strongest permanent magnets used in EV motors and wind turbines.
Dysprosium and Terbium: Heavy rare earths that maintain magnet performance at high temperatures. These face the tightest supply constraints because China dominates heavy rare earth production and has restricted exports .
Lanthanum and Cerium: Used in catalysts, polishing compounds, and batteries.
The Opportunity: Companies like Lynas Rare Earths (Australia), MP Materials (USA), and Energy Fuels (USA) are racing to build non-Chinese supply chains. In December 2025, MRG Metals reported high-grade rare earth results in Mozambique, suggesting a continuous rare earth system with district-scale potential .
B. Copper: The Metal of Electrification
Copper is the unsung hero of the energy transition. It doesn’t get the headlines of lithium or rare earths, but nothing works without it .
The Crisis: Copper prices hit all-time highs in January 2026 ($13,238/tonne), with Citigroup projecting a potential move toward $15,000. The market faces a structural deficit as new mines fail to keep pace with demand .
Why It Matters: Every electric vehicle contains 3-4 times more copper than a conventional car. Solar farms, wind turbines, grid upgrades, and data centers all require massive copper inputs.
The Opportunity: Major projects like the Vicuña project (a 50/50 joint venture between Lundin Mining and BHP) are targeting average annual production of 400,000 tonnes of copper over 25 years, with a 70-plus year mine life. Lundin aims to become a top-ten global copper producer .
C. Lithium: The White Gold
Lithium is the essential ingredient in lithium-ion batteries, making it the most visible and contested mineral of the energy transition .
The Landscape: Lithium resources are concentrated in the “Lithium Triangle” (Argentina, Bolivia, Chile), Australia, and increasingly the United States.
U.S. Government Support: The Department of Energy has provided major support for domestic lithium projects:
$2.3 billion loan for Lithium Americas’ Thacker Pass project (lithium carbonate from clay)
$996 million loan for Ioneer’s Rhyolite Ridge project (lithium carbonate and boric acid)
$1.4 billion conditional commitment for EnergySource Minerals’ Project ATLiS (lithium hydroxide from geothermal brine)
The Opportunity: From brine extraction to hard rock mining to direct lithium extraction technologies, the entire lithium value chain is experiencing unprecedented investment.
D. Tungsten: The Defense Metal
Tungsten is incredibly dense and has the highest melting point of any metal, making it essential for armor-piercing munitions, high-speed machining, and aerospace applications .
The Market Shift: Tungsten prices surged over 160% in 2025. The U.S. has banned Chinese tungsten imports for defense procurement starting in 2027, creating a massive gap in Western supply .
The Major Player: Almonty Industries is ramping up its Sangdong Tungsten Mine in South Korea, aiming to supply 40% of all non-China tungsten. The company has secured binding offtake agreements, including for U.S. defense applications, and raised approximately $219 million in 2025 to fund operations .
The Opportunity: Tungsten processing is technically challenging and highly concentrated in China. New Western capacity commands significant premiums .
E. Silver: The Industrial Precious Metal
Silver is both a precious metal and a critical industrial input, used in solar panels, electronics, and 5G infrastructure .
The Supply Deficit: Physical silver investment is forecast to surge 20% in 2026 to a three-year high, even as the market heads into its sixth consecutive annual supply deficit .
Major Producers: Hecla Mining reported record 2025 revenue exceeding $1.4 billion, with the Lucky Friday mine setting a record of 5.3 million ounces of silver. Hecla holds reserves of 231 million ounces of silver .
The Opportunity: Silver’s dual role as an industrial metal and investment asset creates unique dynamics. Industrial demand is rising steadily, while investment demand provides price support during economic uncertainty.
F. Graphite: The Unsung Battery Component
A typical EV battery contains 50-100 kg of graphite—more than lithium, cobalt, and nickel combined .
U.S. Support: The Department of Energy provided a $98 million loan for Syrah’s Vidalia facility in Louisiana for natural graphite processing, and a $754.8 million conditional commitment for Novonix’s Project Kathari for synthetic graphite processing .
The Opportunity: Graphite processing is heavily concentrated in China. New Western processing capacity is desperately needed and heavily supported by government incentives.