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[SITUATION] · [QUIET] · [TECHNOLOGY]
8 clusters · 31 sources · 49 days · First seen · Last updated
Global critical mineral demand and supply risks
Overview
Global demand for critical minerals is rising due to the transition toward renewable energy, electric vehicles, and digital infrastructure. While life cycle assessments suggest the climate benefits of net-zero technologies outweigh the environmental costs of extraction, the transition faces significant supply chain vulnerabilities due to concentrated production. The International Energy Agency (IEA) forecasts that copper demand could increase by approximately 7 million tons by 2040, with a potential 25 percent supply deficit by 2035. Recent assessments indicate that the expansion of data centers for artificial intelligence and cloud computing is intensifying pressure on the supply of copper, aluminum, lithium, cobalt, and rare earth elements. This shift marks a transition from a focus on digital software to a struggle over the physical materials required for innovation, including robotics and the aerospace industry. Geopolitical tensions are increasing as nations seek to diversify production chains to reduce dependence on a limited number of suppliers, particularly as China maintains a leading position in refining and processing. According to the IEA’s ‘Global Critical Minerals Outlook 2025’, demand is further driven by the convergence of the solar photovoltaic sector, electronics, and high-performance superalloys. This has caused the role of the mining industry to shift from a focus on the green transition toward a matter of international security and defense capability. While Norway’s 2023 strategy emphasized sustainability, there is a growing trend in Europe to view these minerals through the lens of strategic value chain control. In response, the United States is investing heavily in new projects and processing capacity, while the European Union is developing regulatory frameworks like the Critical Raw Materials Act to avoid falling behind. In response, nations are seeking to strengthen industrial sovereignty.
Entities
China · United States · International Energy Agency · AIMMGM · Fensfeltet
Claims
What the coverage asserts, and how many sources carry each claim.
- [○ 1 SOURCE] Pacific governments face risks of investor-state dispute settlement (ISDS) claims if they alter deep-sea mining regulations.
- [○ 1 SOURCE] Commercial deep-sea mining in the Pacific could commence as early as 2027.
- [○ 1 SOURCE] A lack of international governance frameworks leaves Pacific nations negotiating individually against well-resourced mining interests.
- [○ 1 SOURCE] U.S.-China competition for critical minerals is driving interest in Pacific seabed resources.
Timeline
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[BUSINESS] 2 sourcesCritical minerals shift from green transition to geopolitical security
Critical minerals are increasingly viewed as strategic assets for defense and security rather than just tools for the green transition, as Europe seeks to counter China's market dominance.
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[BUSINESS] 8 sourcesCritical minerals drive new global technological and geopolitical competition
Critical minerals are becoming the center of global technological and geopolitical competition, essential for AI, energy transition, and aerospace industries.
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[BUSINESS] 4 sourcesMexico and Chile target growth in critical mineral supply chains
Mexico and Chile are positioning themselves to capitalize on the global demand for critical minerals and rare earth elements to drive industrial sovereignty and regional economic development.
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[TECHNOLOGY] 2 sourcesCritical mineral supply chains essential for national security
Securing critical mineral supply chains is vital for national defense and economic stability, as control over strategic resources like rare earth elements can impact military readiness and munitions production.
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[TECHNOLOGY] 3 sourcesCritical mineral supply chains face technological and demand pressures
New biotech research offers a way to separate rare earth elements, while UK reports highlight supply chain pressures driven by the rising demand for data centres, AI, and quantum computing.
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[INTERNATIONAL] 7 sourcesPacific nations face risks from deep-sea mining
Pacific nations face environmental and legal risks as deep-sea mining could begin by 2027 amid a lack of global regulations and intensifying competition for critical minerals.
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[TECHNOLOGY] 3 sourcesCritical minerals drive global technological development
Critical minerals like copper and lithium are essential for modern technology, including electric vehicles and renewable energy, with copper facing a potential 25 percent supply deficit by 2035.
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[TECHNOLOGY] 2 sourcesCritical mineral demand rises amid energy and digital transitions
The shift to clean energy and digital infrastructure is driving massive demand for critical minerals, creating environmental trade-offs and strategic supply chain vulnerabilities due to resource concentration.
Sources
africanleadershipmagazine.co.uk · aheadoftheherd.com · azom.com · balver-hoehle.de · bgs.ac.uk · construnoticias.com · diarioestrategia.cl · economiasp.com · eveningreport.nz · falauniversidades.com.br · furtherafrica.com · geo365.no · islandsbusiness.com · islandtimes.org · jornalempresasenegocios.com.br · mineriaenlinea.com · mining.com · offshoresource.com · oglobo.globo.com · opiniao.estadao.com.br · ordu.az · otravel.com · portalminero.com · postcourier.com.pg · powolania.klaretyni.pl · radiocavado.pt · smallwarsjournal.com · tekedia.com · tu.no · valor.globo.com · vocerh.abril.com.br
This summary has been updated 7 times: see revision history