Policy and regulatory frameworks
Policy and regulatory frameworks play a decisive role in shaping [critical raw material] (CRM) or critical mineral supply outcomes. Unlike many other commodities, CRM are increasingly subject to explicit public intervention, reflecting their strategic importance for industrial policy, energy transition objectives, and national security considerations. Regulation affects every stage of the value chain, from access to land and exploration rights through extraction, processing, refining, manufacturing, and recycling. As a result, supply outcomes are often determined as much by regulatory design and administrative capacity as by market dynamics or geological potential.
This section examines how policy and regulatory frameworks enable or constrain CRM investment, how governments are using industrial policy to address supply vulnerabilities, and how regulatory alignment or fragmentation shapes the viability of diversification efforts. It analyses the specific instruments deployed in the European Union and the United States, evaluates their effectiveness in addressing market failures and structural bottlenecks, and considers how policy design interacts with value chain structures, geopolitical dependencies, and financing conditions to determine which projects ultimately advance.
Strategic policy objectives and underlying trade-offs
Governments engage in CRM policy to address a set of overlapping objectives. These typically include supply security, diversification away from concentrated dependencies, domestic or regional value creation, alignment with environmental and social standards, and support for strategic industries including clean energy, digital technologies, and defence. However, these objectives do not always align perfectly, and policy frameworks must mediate inherent trade-offs across the system.
Measures designed to accelerate domestic production may conflict with environmental safeguards or social acceptance. Permitting streamlining, for example, can reduce development timelines and improve project economics, but if implemented through weakening environmental review or reducing opportunities for public consultation, it may undermine social licence and create long-term operational risks. Similarly, efforts to promote rapid diversification can clash with market realities or financing constraints. Subsidies or tax incentives may attract investment in the short term but can create dependencies on public support, distort resource allocation, and prove fiscally unsustainable over the long term.
Trade policy presents particularly acute trade-offs. Measures such as tariffs, import restrictions, or domestic content requirements can support domestic industries and reduce dependence on foreign suppliers, but they also increase costs for downstream manufacturers, create tensions with trading partners, and may violate international trade commitments. Export restrictions can secure domestic supply or support domestic processing, but they risk retaliation and undermine the rules-based trading system that has historically benefited Western economies.
Environmental and social standards create another layer of tension. Higher standards increase project costs and development timelines, potentially making projects in Western jurisdictions less competitive than those in regions with weaker enforcement. However, weaker standards elsewhere can perpetuate dependencies on supply chains with poor environmental or social performance, create reputational and legal risks for downstream companies, and undermine the credibility of diversification efforts framed around values alignment. Therefore, policy frameworks play a central role in mediating these trade-offs, and their effectiveness depends on how well they balance competing objectives without simply deferring difficult choices or creating new vulnerabilities.
Permitting and administrative processes as structural constraints
Permitting is one of the most consequential regulatory factors affecting CRM projects. Lengthy, complex, or unpredictable permitting processes can delay projects for years, increasing costs and deterring investment regardless of resource quality or market fundamentals. Early-stage permitting and licensing requirements, particularly those affecting exploration activities, can shape the project pipeline long before extraction is contemplated, creating bottlenecks that manifest as supply shortages a decade or more into the future.
In the EU, permitting timelines for mining projects vary significantly across Member States but commonly exceed ten years from initial application to final approval. Some Member States have not issued new mining permits in decades, reflecting a combination of stringent environmental requirements, fragmented administrative competencies across national and subnational authorities, limited institutional capacity in mining regulators, and strong public opposition rooted in historical environmental damage or concerns about industrial encroachment on protected landscapes.
The European Commission's RESourceEU Communication (COM(2023) 160 final) identifies permitting as a critical barrier to domestic CRM production and proposes measures to streamline processes without compromising environmental protection. The Critical Raw Materials Act (Regulation (EU) 2024/1252) translates these commitments into binding timelines for strategic projects. Under the Act, permitting procedures for strategic extraction projects should not exceed 27 months, and for strategic processing projects, 15 months. These timelines represent substantial reductions relative to current practice and are intended to signal regulatory certainty to investors.
However, achieving these timelines in practice will require significant institutional reform. Many Member States lack dedicated mining authorities with sufficient technical expertise and staffing to conduct environmental reviews, coordinate across agencies, and engage with stakeholders within compressed timelines. Administrative capacity varies widely, with some Member States maintaining robust geological surveys and mining regulators, whilst others have allowed these functions to atrophy as domestic mining declined. Coordination between national authorities, regional governments, and local municipalities is often weak, and competencies are fragmented across environment, economy, land use, and water management portfolios. The European Court of Auditors, in its Special Report 04/2026, found that permitting procedures remain lengthy, complex, and fragmented, continuing to delay projects despite the improvements introduced by the Act.
The Critical Raw Materials Act addresses these challenges through the establishment of national competent authorities with responsibility for coordinating permitting processes, ensuring compliance with timelines, and serving as single points of contact for project developers. The Act also establishes the European Critical Raw Materials Board, which monitors implementation, facilitates information exchange, and can intervene where Member States fail to meet obligations. These institutional innovations are necessary but not sufficient. Capacity building, workforce development, and political commitment at the Member State level will determine whether streamlined permitting translates into accelerated project development or remains aspirational.
In the US, federal permitting processes are similarly complex and often contested. The National Environmental Policy Act (NEPA) requires comprehensive environmental review for projects on federal lands or requiring federal permits, and these reviews can extend for years, particularly where projects face legal challenges from environmental groups, Indigenous nations, or local communities. Projects must often secure approvals from multiple federal agencies, including the Bureau of Land Management, the US Forest Service, the Environmental Protection Agency, and the US Fish and Wildlife Service, each with distinct statutory mandates and review processes.
State-level permitting adds further complexity. Mining projects must typically secure state environmental permits, water rights, and land use approvals, which are governed by state laws that vary significantly across jurisdictions. In states with active mining sectors such as Nevada and Arizona, regulatory processes are relatively well-established, though still time-consuming. In states with limited recent mining activity, institutional capacity may be insufficient to conduct timely reviews, and public opposition can be intense.
The Biden Administration's 2021 supply chain review (Building Resilient Supply Chains, Revitalizing American Manufacturing, and Fostering Broad-Based Growth) identified permitting timelines as a significant barrier to domestic mineral production, noting that timelines in the US are often longer than in comparable mining jurisdictions such as Canada and Australia. Since January 2025, the Trump Administration has taken more aggressive steps to accelerate permitting. Executive Order 14154 ("Unleashing American Energy", January 2025) directed the Council on Environmental Quality to rescind Biden-era NEPA regulations and propose less burdensome alternatives, and eliminated the social cost of carbon as a basis for federal permitting decisions. Executive Order 14241 (March 2025) declared a national energy emergency and activated Defence Production Act authorities for critical minerals. The National Energy Dominance Council, established in January 2025, has designated over 25 critical mineral projects for inclusion on the Federal Permitting Dashboard under FAST-41 transparency provisions, providing coordinated federal review and public accountability for permitting timelines. Whether these measures materially reduce permitting timelines without compromising environmental protections or triggering legal challenges remains to be seen, as most designated projects are still in early stages of environmental review.
For many projects, regulatory risk is less about the stringency of environmental or social requirements than about clarity, sequencing, and administrative capacity. Transparent processes, defined timelines, and institutional coordination are often more important to project viability than the absolute level of regulatory ambition. Developers can design projects to meet high standards if requirements are clear and predictable, but uncertainty about what will be required, when decisions will be made, and whether approvals will withstand legal challenges creates risk that is difficult to price and often impossible to manage through conventional project finance structures.
Industrial policy and market intervention: instruments and objectives
Industrial policy has become a defining feature of the CRM landscape. Governments increasingly use a mix of incentives, public financing, strategic project designation, and trade measures to influence investment decisions along the value chain. These interventions reflect recognition that market forces alone will not deliver the scale, speed, or configuration of supply chains required to meet strategic objectives, particularly where first-mover disadvantages, high capital intensity, or long payback periods deter private investment.
In the EU, CRM policy has evolved toward a more integrated industrial and investment framework. The Critical Raw Materials Act establishes a comprehensive policy architecture encompassing strategic project designation, permitting streamlining, financing facilitation, stockpiling mechanisms, monitoring and enforcement, and international partnerships, which represents a significant departure from the EU's historical reliance on market mechanisms and reflects recognition that supply challenges cannot be addressed through trade policy and environmental regulation alone.
Strategic projects are central to the Act's implementation. Projects contributing to the extraction, processing, or recycling of strategic raw materials within the EU or in partner countries can be designated as strategic if they meet criteria related to contribution to EU supply security, technical and financial viability, environmental sustainability, and social acceptance. As of early 2026, the European Commission has designated 60 strategic projects across two selection rounds: 47 within the EU and 13 in third countries, according to the Commission. The first selection round, launched in August 2024, received 170 applications. The 47 EU-based projects cover 14 of the 17 strategic raw materials and span extraction (25 projects), processing (24), recycling (10), and substitution (2). The 13 non-EU projects are located in countries including Canada, Norway, Serbia, Ukraine, and Zambia, many of which have existing strategic partnerships with the EU on raw materials value chains. A second selection round was launched in January 2026. Strategic projects benefit from accelerated permitting, access to EU financing instruments including InvestEU and the Innovation Fund, and technical support from the European Investment Bank and national development banks.
Public financing plays a catalytic role. The European Investment Bank has increased its focus on CRM projects, providing loans, guarantees, and equity investments to de-risk early-stage development and support the construction of processing and refining facilities. Member States are authorised under EU state aid rules to provide support for strategic projects, reflecting recognition that fiscal constraints at the Member State level should not undermine collective supply security. The Innovation Fund, financed through revenues from the EU Emissions Trading System, supports demonstration projects for low-carbon processing technologies, addressing the dual challenge of reducing emissions intensity whilst building domestic capacity.
However, the scale of public financing available under EU instruments falls short of what will be required to meet the Act's benchmarks. Estimates suggest that achieving the targets of 10% domestic extraction, 40% domestic processing, and 25% recycling by 2030 will require investment in the range of tens of billions of euros annually. Current EU budgetary allocations, combined with Member State resources and mobilised private capital, are unlikely to reach this scale without substantial increases in public commitment or significant reallocation of existing funds. National critical minerals funds have been slow to deploy: as of late 2025, France's €500 million critical minerals fund had not announced a single investment, Italy's €1 billion vehicle remained inactive, and Germany's €1 billion fund took over a year to make its first investment in December 2025. The funds have divergent eligibility criteria, limiting cross-border collaboration and directing capital towards nationally favoured materials rather than EU-wide strategic priorities.
The RESourceEU Action Plan, launched in late 2025, represents the EU's most concrete attempt to accelerate the strategy. It mobilises approximately €3 billion over 12 months to push mature projects across the finish line in three priority areas: permanent magnets, batteries, and defence-critical inputs. The plan includes demand aggregation, joint purchasing, strategic stockpiling, a proposed export ban on magnet and aluminium scrap, and recycled content requirements for magnets. Early assessments suggest that while RESourceEU addresses targeted bottlenecks, it does not constitute a structural breakthrough. Key levers remain voluntary (joint purchasing) or politically contingent (price stabilisation, equity stakes, diversification requirements). Larger-scale EU financing is potentially achievable only under the next Multiannual Financial Framework (2028 to 2034), where the European Commission's proposal allocates €115.7 billion to resilience, security, defence, and space, compared with €25.3 billion in the current framework. The share earmarked specifically for critical raw materials remains to be determined through political negotiation.
In the US, industrial policy has undergone significant evolution since January 2025. Legislative frameworks enacted under the Biden Administration, including the Inflation Reduction Act and Bipartisan Infrastructure Law, established substantial fiscal support, including production tax credits for critical minerals, manufacturing tax credits for battery components, and over $6 billion in competitive grants. These provisions remain largely in force, though the Trump Administration has modified implementation through the One Big Beautiful Bill Act, which phases out the 45X production tax credit for critical minerals (declining 2.5% annually from 2031 to 2034, with an exception for metallurgical coal, which receives permanent support).
The Trump Administration has shifted toward direct federal investment and strategic equity positions. The Department of Defense has taken equity stakes in domestic producers, including MP Materials ($400 million) and USA Rare Earth ($1.6 billion), marking a departure from arms-length grant and loan programmes toward direct ownership positions. Project Vault, launched in February 2026, establishes a $12 billion strategic mineral stockpile funded through the Export-Import Bank and private capital, with participation from equipment manufacturers including GE Vernova, Boeing, and Western Digital alongside commodity traders, modelled on the Strategic Petroleum Reserve. The National Energy Dominance Council, established in January 2025, coordinates CRM policy across agencies and has prioritised permitting acceleration, federal land access, and bilateral mineral agreements with allies and partners. The Administration has set a target that 90% of supply for 25 core critical minerals should come from domestic or allied sources by 2030.
These interventions represent substantial federal engagement in mineral markets and reflect bipartisan recognition of CRM as a national security priority, though policy instruments and implementation priorities have shifted across administrations. The Inflation Reduction Act's tax credits, enacted under the Biden Administration, remain in place but are being phased down under the Trump Administration's legislative modifications. Direct equity investments and stockpiling, emphasised under the Trump Administration, represent a more interventionist approach than grant and loan programmes favoured previously. Political sustainability remains uncertain, as shifts in congressional control or future administrations could further modify or reverse policy directions, creating temporal risk for projects with multi-decade development timelines.
Trade measures have also become tools of industrial policy. The Inflation Reduction Act's domestic content requirements and restrictions on sourcing from "foreign entities of concern" are explicitly designed to exclude Chinese supply chains and incentivise domestic or allied production. These measures create strong incentives for reshoring or friend-shoring but also impose costs on downstream manufacturers and create tensions with trading partners. In January 2026, the Administration initiated Section 232 investigations into processed critical minerals, semiconductors, and copper, signalling willingness to impose tariffs if trading partners do not negotiate supply agreements that reduce US import dependence. A 50% tariff on semifinished copper products was imposed in summer 2025. The EU has raised concerns that these measures, combined with direct federal equity investments in US producers, create unfair competitive advantages and undermine transatlantic cooperation, though ongoing negotiations have moderated formal disputes.
Regulatory alignment and fragmentation across jurisdictions
CRM supply chains are inherently cross-border, yet regulatory frameworks remain largely national or regional. Differences in standards, permitting requirements, and trade rules can create friction across the value chain and limit the scalability of projects. Regulatory alignment, whether through formal agreements or informal convergence, can reduce transaction costs and facilitate cooperation across jurisdictions. Conversely, regulatory fragmentation can reinforce existing concentration and make diversification efforts more difficult to implement in practice.
Environmental and social standards are a key area where alignment or divergence matters. The EU has developed comprehensive frameworks for environmental impact assessment, due diligence in supply chains, and sustainability reporting. The Corporate Sustainability Due Diligence Directive requires large companies to identify, prevent, and mitigate adverse environmental and social impacts across their value chains, including for CRM. The EU Battery Regulation establishes mandatory due diligence and sustainability requirements for batteries, including carbon footprint declarations, recycled content minimums, and supply chain transparency. These frameworks create strong incentives for responsible sourcing but also impose compliance costs and exclude suppliers that cannot meet requirements.
The US lacks comparable federal frameworks. Supply chain due diligence is largely voluntary, driven by corporate policies, investor expectations, and reputational concerns rather than legal obligations. The Uyghur Forced Labor Prevention Act imposes import restrictions on goods produced with forced labour in Xinjiang, including some CRM and processed materials, but this is narrower in scope than the EU due diligence requirements. State-level regulations vary, with California leading on climate disclosure and supply chain transparency, but no comprehensive federal framework exists. The Trump Administration's approach to CRM development emphasises production acceleration and national security over sustainability criteria, widening the regulatory divergence with the EU and creating tensions with ESG-focused investors and downstream companies.
These differences create challenges for companies operating transatlantically. Compliance with EU requirements may necessitate supply chain restructuring, traceability systems, and verification mechanisms that are costly and complex to implement. Firms that meet EU standards may be overinvesting relative to US requirements, whilst those that meet only US standards may be excluded from EU markets. Harmonisation or mutual recognition of standards could reduce these frictions.
The EU-US Trade and Technology Council has identified regulatory cooperation on supply chain due diligence as a priority, but progress has been limited. The paused EU-US critical minerals agreement of 2023 to 2024 was an early casualty of transatlantic misalignment on trade and industrial policy. The Action Plans announced at the February 2026 Critical Minerals Ministerial, alongside the launch of the Forum on Resource Geostrategic Engagement (FORGE) as successor to the Minerals Security Partnership, represent a chance to restart coordination. The US Trade Representative announced that the US, the European Commission, and Japan will develop Action Plans for critical minerals supply chain resilience, with a memorandum of understanding expected within 30 days. Whether these initiatives advance beyond diplomatic signalling toward operational coordination on processing, trade instruments, and market infrastructure will be the decisive test.
Technical standards and product specifications also vary. Battery chemistries, recycling processes, and material purity requirements differ across regions, reflecting different regulatory philosophies, industrial structures, and historical development paths. Divergence can limit the interoperability of supply chains and create market segmentation that reduces economies of scale. International standard-setting bodies such as the International Organization for Standardization play a role in promoting convergence, but adoption of international standards is voluntary, and national or regional deviations persist.
Trade policy creates additional fragmentation. Tariffs, import quotas, export restrictions, and non-tariff barriers vary across jurisdictions and can undermine diversification efforts even where production capacity exists. China's export restrictions on gallium, germanium, rare earths, and rare earth processing technologies illustrate how trade policy can be weaponised to maintain strategic leverage. US tariffs on Chinese goods, including CRM and processed materials, create incentives for supply chain reconfiguration but also increase costs and complexity. The EU's Carbon Border Adjustment Mechanism, which imposes charges on imports of carbon-intensive goods, including some processed materials, will create new trade frictions and may disadvantage suppliers in developing countries with carbon-intensive energy systems.
Policy as enabler and constraint within the CRM system
Policy and regulatory frameworks do not operate in isolation. Their impact depends on how they interact with value chain structures, geopolitical dependencies, environmental and social constraints, and project finance considerations. A supportive policy environment cannot compensate for structural bottlenecks elsewhere in the system, but misaligned regulation can undermine otherwise favourable conditions.
For example, streamlined permitting is ineffective if projects cannot secure financing due to geopolitical risk or uncertain offtake. Subsidies for processing capacity are wasted if upstream feedstock supply is unreliable or if downstream demand does not materialise. Export restrictions intended to secure domestic supply can backfire if they provoke retaliation or if domestic processing capacity is insufficient to absorb restricted materials. Sustainability requirements that exclude low-cost suppliers can increase costs and delay diversification, but standards that are too weak perpetuate dependencies on supply chains with poor environmental or social performance.
Policy design is therefore most effective when grounded in a system-level understanding of CRM. This requires recognising how regulatory choices propagate across the value chain, how trade-offs between competing objectives must be managed rather than ignored, and how policy instruments must be calibrated to address specific market failures without creating new distortions or dependencies. It also requires acknowledging the limits of policy intervention. Governments can de-risk investment, streamline processes, and coordinate across jurisdictions, but they cannot eliminate underlying geological, technical, or economic constraints, and they cannot force private actors to invest in projects that do not meet risk-return requirements.
The Critical Raw Materials Act and analogous US frameworks represent ambitious efforts to translate strategic objectives into operational policy. They establish institutional mechanisms, mobilise public resources, and create regulatory certainty in areas where it has historically been absent. However, their success will depend on implementation, on the willingness of Member States or federal agencies to allocate resources and political capital to CRM priorities, and on the ability to sustain policy coherence over the long timelines required for mining and processing projects to move from concept to operation.
The following sections examine how geopolitical dependencies, environmental and social constraints, and project finance considerations further shape supply outcomes and interact with the policy dynamics outlined above. Together, these dimensions form a coherent framework for understanding why policy intervention is necessary but not sufficient to address CRM challenges and where coordinated approaches across the system are most likely to succeed.