1. Introduction

Geopolitical risk management in energy materials refers to the legal, institutional and commercial measures used by states, regulators and energy companies to reduce the risks arising from political conflict, trade restrictions, resource nationalism, sanctions, export controls, supply-chain concentration and diplomatic tensions affecting materials essential to energy systems.

The energy transition has increased the strategic importance of materials such as lithium, cobalt, nickel, graphite, copper, manganese, rare-earth elements, tungsten, gallium and germanium. These materials are required for batteries, electric vehicles, solar technologies, wind turbines, electricity networks, semiconductors and energy-storage systems. The EU's Critical Raw Materials Act expressly recognises that supply disruption risks are heightened by geopolitical tensions and resource competition. (EUR-Lex)

Consequently, energy security is increasingly becoming not only a question of access to oil and gas, but also of access to the materials needed to manufacture low-carbon energy infrastructure.

2. Meaning of Geopolitical Risk

Geopolitical risk arises when political developments between or within states affect the availability, price or movement of energy materials.

Major risks include:

Export bans and quotas

Trade sanctions

Export licensing requirements

Resource nationalism

Political instability in mining countries

Armed conflict

Government ownership or control of mineral resources

Concentration of processing capacity

Strategic stockpiling

Foreign-investment restrictions

Shipping and transport disruption

Technology and intellectual-property restrictions

For example, even where a mineral is mined in one country, its refining may be concentrated in another. Therefore, geographical diversification of mines alone may not eliminate geopolitical vulnerability.

3. Why Energy Materials Create a New Energy-Security Problem

Traditional energy security focused heavily on petroleum and natural gas.

The energy transition changes the structure of dependency.

A simplified supply chain is:

Mining → Concentration → Refining → Processing → Component manufacturing → Energy technology → Recycling

A country may therefore have domestic mineral reserves but still remain dependent on foreign countries because it lacks:

refining capacity;

processing technology;

specialised chemical facilities;

battery-material manufacturing;

permanent-magnet production;

recycling infrastructure.

This creates what can be called midstream geopolitical dependency.

The European Court of Auditors has recently highlighted that geopolitical tensions and export restrictions can threaten access to critical raw materials required for renewable-energy technologies. (European Court of Auditors)

4. Major Components of Geopolitical Risk Management

A. Supply-Source Diversification

The first legal strategy is to avoid excessive dependence on one country.

Governments can encourage companies to obtain materials from multiple jurisdictions.

For example:

lithium from Australia, Argentina and other producers;

nickel from multiple jurisdictions;

rare earths from alternative mining and processing projects;

graphite from diversified sources.

The objective is resilience rather than complete self-sufficiency.

The EU Critical Raw Materials Act therefore seeks to strengthen extraction, processing and recycling capacity within the EU while diversifying external supply. (EUR-Lex)

B. Domestic Production

States may develop domestic mining and processing capacity.

This can include:

accelerated mining permits;

government financing;

strategic projects;

tax incentives;

public-private partnerships;

infrastructure support;

domestic processing requirements.

However, domestic-production policies must comply with environmental law, property rights, indigenous/community rights and international trade obligations.

Thus, energy-security policy cannot automatically override environmental or trade law.

C. Strategic Stockpiling

Governments may create strategic reserves of critical materials.

A stockpile can provide temporary protection against:

war;

export bans;

shipping disruption;

sanctions;

sudden shortages.

The legal design must determine:

who owns the stockpile;

which materials qualify;

minimum quantities;

release conditions;

procurement procedures;

financing;

rotation of inventories.

Stockpiling is particularly useful for materials that can be stored for long periods without substantial deterioration.

D. Recycling and Circular Economy

Recycling reduces geopolitical exposure because secondary materials can substitute for newly mined materials.

Important legal mechanisms include:

producer responsibility;

battery recycling requirements;

collection obligations;

recovery targets;

recycled-content requirements;

information and traceability systems.

The EU Critical Raw Materials Act expressly promotes efficiency and circularity throughout critical-raw-material value chains. (EUR-Lex)

5. International Trade Law as a Geopolitical-Risk Constraint

A major difficulty is that a state may wish to restrict exports of minerals for national-development or security reasons, while international trade law may restrict quantitative export controls.

The central provision is Article XI of GATT 1994, which generally prohibits quantitative restrictions on imports and exports, subject to specified exceptions.

This creates a fundamental tension:

National resource sovereignty vs. international trade obligations

Two important WTO disputes demonstrate this tension.

6. Case Law: China — Raw Materials

China — Measures Related to the Exportation of Various Raw Materials

China imposed various export restrictions affecting raw materials.

The dispute concerned measures including:

export duties;

export quotas;

additional export requirements.

The WTO proceedings examined whether these restrictions were compatible with China's WTO obligations.

The case demonstrated that a country cannot necessarily justify export restrictions merely by asserting that the materials are strategically important or environmentally sensitive.

The dispute is particularly important for energy-material governance because the same legal questions arise with minerals needed for batteries, renewable-energy equipment and electricity infrastructure.

A later dispute concerning China's restrictions on rare earths, tungsten and molybdenum became even more directly relevant to strategic minerals. (Trade and Economic Security)

7. Case Law: China — Rare Earths, Tungsten and Molybdenum

China — Measures Related to the Exportation of Rare Earths, Tungsten and Molybdenum

The EU, United States and Japan challenged Chinese export restrictions concerning rare earths, tungsten and molybdenum.

The measures included:

export duties;

export quotas;

additional administrative requirements.

The EU's official case record confirms that the dispute concerned restrictions affecting strategically important raw materials and involved GATT Article XI and China's accession commitments. (Trade and Economic Security)

Legal significance

The dispute illustrates that control over strategic minerals can become a source of international economic power, but attempts to use export restrictions as a geopolitical instrument may face WTO scrutiny.

For energy-material policy, the case establishes an important principle:

A mineral's strategic importance does not automatically eliminate a state's international trade obligations.

8. Case Law: EU v Indonesia — Nickel

European Union — Indonesia: Measures Relating to Raw Materials

This is one of the most important contemporary cases for energy-material geopolitics.

Indonesia imposed restrictions on nickel ore exports and domestic-processing requirements.

The EU challenged the measures at the WTO.

The WTO panel found that Indonesia's nickel-export prohibition and domestic-processing requirement were inconsistent with GATT Article XI:1. Indonesia had argued, among other things, that the restrictions were necessary to prevent a critical shortage and to support domestic processing. (World Trade Organization)

Importance for energy-transition materials

Nickel is an important battery material.

Indonesia's policy illustrates resource nationalism and downstream industrialisation:

Raw mineral → domestic processing → higher-value industrial production

The legal dispute demonstrates the difficulty of designing domestic-value-added policies while complying with international trade rules.

The case therefore has significance beyond nickel. Similar legal questions may arise concerning:

lithium;

cobalt;

graphite;

manganese;

copper;

rare earths.

9. National Security and Critical-Mineral Controls

Governments increasingly treat critical minerals as matters of national security.

This can lead to:

screening of foreign investment;

restrictions on acquisitions;

export controls;

sanctions;

licensing requirements;

government procurement preferences;

strategic partnerships.

However, geopolitical risk management should distinguish between:

Defensive measures

Designed to protect supply security.

Examples:

strategic reserves;

supply diversification;

recycling;

emergency procurement.

Restrictive measures

Designed to limit foreign access.

Examples:

export bans;

investment restrictions;

technology controls.

The latter can produce retaliation and increase global supply-chain fragmentation.

10. EU Critical Raw Materials Act

The EU Critical Raw Materials Act, Regulation (EU) 2024/1252, provides an important modern legal model.

The legislation establishes a framework intended to secure a resilient and sustainable supply of critical raw materials. (EUR-Lex)

It establishes:

strategic raw materials;

critical raw materials;

strategic projects;

supply-risk monitoring;

stress testing;

diversification objectives;

domestic extraction and processing measures;

recycling and circularity measures.

The Act requires monitoring of matters including:

trade flows;

demand and supply;

concentration of supply;

production capacity;

price volatility;

bottlenecks;

potential trade obstacles. (EUR-Lex)

This represents a shift from reactive crisis management toward anticipatory supply-chain governance.

11. Geopolitical Risk and Foreign Investment

Foreign investment can be both a solution and a risk.

A foreign company investing in mining or processing can provide:

capital;

technology;

infrastructure;

market access.

But excessive foreign control can create strategic vulnerability.

Therefore, states increasingly use:

foreign-investment screening;

national-security reviews;

ownership restrictions;

beneficial-ownership disclosure;

strategic-asset designation.

The legal challenge is to prevent geopolitical capture without unnecessarily discouraging legitimate investment.

12. Contractual Risk Management

Energy companies can also manage geopolitical risks through contracts.

Long-term mineral-supply contracts may contain:

Force majeure clauses

Protect parties when war, sanctions or government action prevents performance.

Change-in-law clauses

Allocate consequences where a government introduces new mineral restrictions.

Price-adjustment clauses

Address extraordinary changes in mineral prices.

Diversification clauses

Require suppliers to maintain alternative sources.

Sanctions clauses

Specify what happens if a transaction becomes legally prohibited.

Termination rights

Permit termination when geopolitical developments make performance unlawful or commercially impossible.

Thus, private contract law becomes an important component of energy-material security.

13. Sanctions and Export-Control Compliance

Companies operating international mineral supply chains must monitor sanctions and export controls.

A transaction involving a critical mineral may be affected by:

sanctions against a producing country;

sanctions against a mining company;

restrictions on financial institutions;

export-control laws;

technology-transfer restrictions;

transportation restrictions.

Therefore, modern energy-material compliance requires continuous geopolitical monitoring.

14. Supply-Chain Stress Testing

One of the most important emerging regulatory approaches is stress testing.

A regulator may ask:

What happens if the largest supplier becomes unavailable for six months?

Possible scenarios include:

war;

blockade;

export prohibition;

political revolution;

sanctions;

natural disaster;

cyberattack;

port closure.

The company or government then calculates:

Supply dependency + substitution capacity + inventory + alternative suppliers = resilience level

The EU Critical Raw Materials Act expressly incorporates monitoring and stress-testing concepts into its regulatory framework. (EUR-Lex)

15. Recycling as a Geopolitical Strategy

Recycling is not merely an environmental policy.

It is also a national-security and geopolitical-risk strategy.

For example:

Imported lithium → battery → used battery → recycling → recovered lithium

This reduces the requirement for additional primary mineral imports.

The same principle applies to:

cobalt;

nickel;

copper;

rare earths;

graphite.

Therefore, circular-economy law can function as a form of resource-security law.

16. Substitution and Technological Neutrality

Another risk-management strategy is developing alternative technologies.

Examples include:

battery chemistries using less nickel or cobalt;

alternative magnet technologies;

alternative photovoltaic materials;

reduced dependence on rare-earth elements.

Law can support substitution through:

research funding;

innovation programmes;

technology-neutral procurement;

R&D incentives;

performance-based standards.

The objective is not necessarily to eliminate a material but to reduce its strategic indispensability.

17. Strategic Partnerships

States may establish partnerships with mineral-producing countries.

Such arrangements can involve:

mining investment;

processing facilities;

infrastructure;

technology transfer;

long-term purchase agreements;

recycling cooperation;

development assistance.

Strategic partnerships can reduce dependence on a single geopolitical bloc.

However, they should include safeguards concerning:

environmental protection;

labour rights;

community participation;

corruption;

transparency;

benefit sharing.

18. Environmental and Social Dimensions

Geopolitical risk management cannot be separated from environmental and social governance.

Rapid mineral extraction can create:

water stress;

land conflicts;

biodiversity loss;

pollution;

displacement;

labour-rights concerns.

If these problems produce social opposition or regulatory intervention, they themselves become supply-chain risks.

Consequently:

Sustainable mining is also a form of supply-security management.

A project that ignores environmental and social requirements may face litigation, permit cancellation or community opposition, potentially creating supply disruption.

19. Role of Competition Law

Critical-mineral markets can also raise competition concerns.

If a small number of companies control:

extraction;

refining;

processing;

transportation;

market concentration can create vulnerability.

Competition law may therefore address:

abuse of dominance;

anti-competitive agreements;

mergers;

exclusive supply arrangements;

discriminatory access.

The geopolitical dimension is that excessive market concentration can transform ordinary commercial power into strategic supply-chain power.

20. Regulatory Architecture for Geopolitical Risk Management

An effective legal framework should operate at several levels.

This demonstrates that geopolitical risk management is cross-sectoral energy law rather than a single regulatory field.

21. Key Legal Principles

Several principles emerge from the developing law.

1. Diversification

Dependence on a single source creates strategic vulnerability.

2. Proportionality

Supply-security measures should be appropriately designed rather than unnecessarily restrictive.

3. Transparency

Critical-mineral policies should have clear rules for licensing, procurement and emergency intervention.

4. Sustainability

Security of supply should not be achieved by abandoning environmental or social protections.

5. International cooperation

Mineral security increasingly requires cooperation between producer and consumer states.

6. Resilience

The objective should be the ability to withstand disruption rather than absolute elimination of foreign dependence.

22. Emerging Legal Concept: Energy-Material Security

A significant conceptual development is the movement from energy security toward energy-material security.

Traditional model:

Fuel security → electricity security → energy security

Emerging model:

Mineral security → manufacturing security → technology security → energy security

This is particularly important for:

electric vehicles;

batteries;

renewable generation;

electricity grids;

energy storage;

hydrogen technologies;

digital energy infrastructure.

23. Conclusion

Geopolitical risk management in energy materials is becoming a central component of modern energy law. The energy transition does not eliminate geopolitical dependency; it changes its location—from dependence on fuels toward dependence on minerals, processing capacity, technologies and manufacturing networks.

The China raw-materials and rare-earth disputes demonstrate the international trade-law limitations surrounding export restrictions. (Trade and Economic Security) The EU–Indonesia nickel dispute demonstrates the tension between resource nationalism, domestic industrialisation and WTO obligations. (World Trade Organization) Meanwhile, the EU Critical Raw Materials Act demonstrates a regulatory shift toward diversification, monitoring, stress testing, domestic capacity and recycling. (EUR-Lex)

The most comprehensive legal approach therefore combines:

diversification + strategic reserves + domestic processing + recycling + technological substitution + investment screening + trade-law compliance + international partnerships + environmental safeguards.

Ultimately, geopolitical risk management in energy materials is not simply about securing mines. It is about creating a resilient, legally compliant and sustainable global value chain from extraction through processing, manufacturing and recycling.