Tungsten, graphite and other critical minerals are increasingly framed as national security assets as the US and allies seek to reduce dependence on concentrated suppliers. Recent moves to expand the US critical minerals list and secure offtake deals reflect a broader scramble to restructure supply chains. Over coming decades, expect more friendshoring, state-backed finance and strategic stockpiling, along with price volatility and geopolitical friction around resource-rich regions.
Verdict: Analysts highlight tungsten as a key input for defense, electronics and clean energy, with demand growth and Chinese supply dominance raising Western concern (Geopolitical Monitor, 2025-11-19).([geopoliticalmonitor.com](https://www.geopoliticalmonitor.com/strategic-commodities-2-0-global-tungsten-supply-demand/)) US policymakers are expanding the critical minerals list while firms sign long-term graphite offtake agreements, linking supply security with industrial strategy (GlobeNewswire, 2025-11-19).([globenewswire.com](https://www.globenewswire.com/news-release/2025/11/19/3191240/0/en/The-US-is-Expanding-Their-Critical-Minerals-List-Which-is-Drawing-a-Lot-of-Attention.html)) Taken together, these moves support a medium-to-high likelihood that mineral supply chains will keep fragmenting into security-aligned blocs over the next decade, even as recycling and substitution modestly blunt vulnerabilities.
In the best case, diversification, recycling and substitution succeed in easing most critical mineral bottlenecks without major geopolitical crises. Producer and consumer countries negotiate stable frameworks that balance security concerns with open trade, including transparency on stockpiles and export policies. Technology advances reduce reliance on the scarcest inputs, allowing the energy transition and defense needs to be met with manageable price swings.
In the baseline, the world settles into a bumpy but manageable pattern of partial friendshoring and regional blocs. The US, EU and partners expand domestic and allied mining, processing and recycling capacity, while China retains strong leverage in several value chains. Periodic price spikes and diplomatic disputes occur, but outright embargoes are rare and incentives gradually shift industry investment toward more resilient configurations.
In the adverse case, geopolitical tensions escalate and translate into targeted export controls or sanctions on key minerals, leading to severe price volatility and supply shortages. Some energy transition and defense projects are delayed or downsized due to material constraints, especially in countries without strong industrial policy tools. Competition for resource access fuels instability in certain producer regions, creating feedback loops of risk.
In the wildcard scenario, a major technological breakthrough sharply changes material needs, such as commercial-scale alternatives to rare minerals or new battery chemistries relying on abundant inputs. Alternatively, a systemic environmental or social backlash against mining could limit access even as demand stays high. Either pathway would force rapid revisions to current critical mineral strategies and could create unexpected winners and losers in both producer and consumer countries.
Developments: By late 2026, US and allied critical mineral lists will be updated and referenced more frequently in trade, investment screening and industrial policy documents. Additional offtake agreements like recent graphite deals will lock in volumes for battery, steel and advanced manufacturing supply chains, signaling credible long-term demand. Conferences and forums will continue to frame minerals as a national security priority, reinforcing political attention and budget support.([geopoliticalmonitor.com](https://www.geopoliticalmonitor.com/strategic-commodities-2-0-global-tungsten-supply-demand/))
Risks: Short-term demand or price softness could tempt buyers and policymakers to delay diversification investments, preserving vulnerabilities. Communities near new mining projects may resist development over environmental and social concerns, slowing capacity growth. Producer countries might perceive security framing as threatening, prompting their own leverage strategies or closer alignment with rival blocs.
Outlook: Near-term policy and commercial moves will harden the narrative that minerals are strategic assets. Concrete diversification steps will begin but will not yet meaningfully alter structural dependencies. Early choices about partner countries and standards will shape options for the next decade.
Developments: By 2027, several new mines, processing plants and recycling facilities in the US, Canada, Australia and other partners are likely to reach construction or early operation stages for graphite, rare earths and other minerals. Public finance tools and export credit agencies will increasingly support supply-chain projects in allied countries, sometimes tied to reconstruction or development agendas. Companies will redesign procurement strategies to favor traceable, lower-risk suppliers, even at higher cost.
Risks: Project delays, cost overruns and permit challenges could erode confidence in domestic and allied supply initiatives. If commodity prices fall, some projects may become uneconomic, discouraging further investment. Rival powers may respond with price undercutting or long-term contracts that lock in customers before friendshored capacity arrives.
Outlook: Physical diversification efforts will become visible, but most capacity will still be in build-out rather than steady-state production. Firms and governments will gain more concrete experience coordinating long-lead-time projects. The balance between commercial viability and strategic goals will remain a central tension.
Developments: Around 2028, critical mineral supply chains will increasingly be discussed alongside alliances, basing rights and technology controls in security planning. Data and monitoring systems will give governments clearer visibility into stockpiles, flows and chokepoints, enabling more targeted interventions during disruptions. Regional processing hubs in friendly jurisdictions will start to capture more midstream value that once flowed through a handful of countries.
Risks: Closer security integration may make supply chains more politicized and vulnerable to retaliatory measures. Resource-rich states could use their leverage to extract concessions, sometimes playing blocs against each other. Concentrating processing in a few trusted hubs may still create systemic risks if those hubs face natural disasters, political instability or infrastructure failures.
Outlook: Mineral supply chains will be recognized as part of a broader security architecture, not just trade flows. Resilience will improve in some areas but new clustering risks will emerge. Strategic transparency and crisis-management mechanisms will be increasingly important to limit escalation during disruptions.
Developments: By 2030, tension between rapid clean energy deployment and environmental, social and governance (ESG) concerns around mining will be sharper. Some jurisdictions will streamline permitting for strategically important projects while demanding higher environmental standards and community benefits, trying to square speed with legitimacy. Recycling and materials-efficiency gains will begin to meaningfully contribute to meeting demand for certain minerals, though primary mining will still dominate supply.
Risks: If policy signals remain inconsistent, investors may underfund needed capacity, producing recurring shortages and price spikes. Poorly managed projects could provoke backlash, hardening opposition and prompting moratoria that slow both the energy transition and diversification. Producer-country governance failures could undermine stability and exacerbate corruption and conflict around mining regions.
Outlook: The system will be more resilient than in the mid-2020s but far from fully secure or sustainable. Trade-offs between climate goals, security and local impacts will drive contentious politics. Actors that integrate ESG performance into strategic planning will be better positioned to sustain investment and social license.
Developments: By the mid-2030s, new industrial geographies oriented around critical minerals will be more clearly established, with clusters of mining, processing and manufacturing in allied regions. Some countries will emerge as key swing suppliers, much as certain oil producers shaped past energy markets. Knowledge, technology and skilled labor in mineral processing and recycling will become important sources of comparative advantage, not just ore deposits themselves.
Risks: Technological shifts, such as new battery chemistries or alternative materials, could strand assets and upend carefully built supply strategies. Intensifying climate impacts might disrupt mining and transport infrastructure, especially in vulnerable regions. Persistent inequalities in who benefits from and who bears the burdens of extraction could fuel instability and challenge existing agreements.
Outlook: Critical mineral markets will be more diversified and institutionalized than in 2025, with clearer roles for major players. Yet structural uncertainty will remain high due to technology, climate and politics. Flexibility and ongoing innovation will be essential to manage changing risk profiles.
Developments: By the mid-2040s, climate change will more heavily shape both demand for and access to critical minerals, through physical impacts and policy responses. International institutions may evolve to coordinate aspects of mineral governance, perhaps linked to climate and biodiversity frameworks. Advances in circular-economy practices could significantly reduce primary extraction needs for some materials, shifting value toward design, recovery and high-tech processing.
Risks: Climate-exacerbated conflicts and migration around resource regions could threaten supply reliability. Governance failures in new or existing institutions could entrench inequities or provoke backlash, undermining cooperation. Technological surprises, such as disruptive new manufacturing techniques, could rapidly change which minerals are considered critical.
Outlook: Over twenty years, minerals and climate governance will become tightly interwoven. Some current chokepoints will ease, but new ones will appear, and political contestation will remain intense. Building adaptable, inclusive governance arrangements will matter more than optimizing for today's list of critical materials.
Developments: By the 2070s, the concept of critical minerals may encompass resources and technologies not yet central today, including those tied to space activities, advanced computing or new energy systems. Societies may have reconfigured material use through efficiency, substitution and perhaps radically different economic models, altering demand patterns. Historical experience with oil and early critical minerals will inform, but not fully determine, how future resource politics unfold.
Risks: Deep uncertainty makes specific commodity forecasts unreliable, and anchoring too strongly on today's patterns could mislead strategy. Environmental constraints and social expectations may severely limit new extraction, raising difficult questions about allocation and intergenerational fairness. Conversely, technological abundance in some domains could create complacency and new vulnerabilities.
Outlook: Fifty-year views should emphasize institutional robustness, governance capacity and ethical frameworks rather than precise mineral lists. Systems that can absorb technological and environmental shocks will serve societies better than rigid plans. Diversity in supply options, governance models and technological approaches will be a key hedge against surprise.