Glossary · EU Industrial Policy Critical Raw Materials Act (EU Critical Raw Materials Act (Regulation 2024/1252, CRMA))
EU regulation, in force from May 2024, establishing a framework for secure and sustainable supply of strategic and critical raw materials. Lists 34 materials, sets domestic extraction/processing/recycling benchmarks, and creates Strategic Projects designation for supply-chain investments.
## What the Critical Raw Materials Act actually is
The Critical Raw Materials Act (CRMA, Regulation EU 2024/1252) is the EU's structural response to recognising that European technological autonomy is undermined upstream by dependency on non-EU sources for materials essential to digital, green, defense, and space industries. The regulation entered into force in May 2024 as a core element of the broader European industrial-sovereignty agenda.
The CRMA does not address services or software — it addresses the *physical inputs* underneath everything: the lithium, cobalt, gallium, magnesium, rare-earth elements, and dozens of other materials without which semiconductors, batteries, wind turbines, electric vehicles, and military equipment cannot be manufactured.
## What the CRMA defines
The regulation creates a two-tier classification:
### Strategic Raw Materials (17 materials)
Materials with high importance to strategic technologies and high supply risk:
- Bismuth, Boron (metallurgy grade), Cobalt, Copper, Gallium, Germanium, Lithium (battery grade), Magnesium, Manganese (battery grade), Natural Graphite (battery grade), Nickel (battery grade), Platinum Group Metals, Rare Earth Elements (heavy and light), Silicon (metallurgical grade), Titanium (metal), Tungsten
### Critical Raw Materials (34 materials, including the 17 strategic)
Broader list of materials important to EU industry, including additional categories like fluorspar, hafnium, niobium, scandium, etc.
The lists are reviewed every four years based on supply-risk analysis, economic-importance assessment, and emerging technology requirements.
## The 2030 benchmarks
For Strategic Raw Materials, the CRMA sets explicit benchmarks for the EU to achieve by 2030:
| Stage | Target |
|-------|--------|
| **Extraction** in the EU | ≥10% of annual consumption |
| **Processing** in the EU | ≥40% of annual consumption |
| **Recycling** in the EU | ≥25% of annual consumption |
| **Maximum dependency** on any single third country | ≤65% for each material |
These are not aspirational targets — they are policy benchmarks that drive Commission and Member State investment, project approval, and procurement decisions.
## Strategic Projects
The CRMA establishes a **Strategic Projects** designation for raw-materials investments that significantly contribute to EU supply-chain security:
- Mining projects developing EU sources
- Processing facilities (refining, metallurgy)
- Recycling operations (battery recycling, electronics)
- Substitution research (materials engineering)
Designated Strategic Projects receive:
- **Streamlined permitting** with shorter and predictable approval timelines
- **Public funding** access through EU instruments
- **Financial offtake** commitments
- **Strategic Partnerships** with non-EU countries for supply diversification
By 2026, dozens of projects have been designated Strategic Projects, spread across mining (e.g., lithium in Portugal, Czech Republic, Germany), processing, and recycling.
## Why the CRMA matters
### 1. The supply-chain layer beneath digital sovereignty
Cloud sovereignty, AI sovereignty, semiconductor sovereignty — all depend on the materials underneath. The [EU Chips Act](/en/glossary/eu-chips-act/) requires gallium and germanium for semiconductor fabrication. AI computing requires gallium nitride for power management. Without CRMA, the upstream of EuroStack remains structurally exposed.
### 2. The CLOUD Act parallel for materials
US export controls (CHIPS Act, ITAR, Entity List) can restrict EU access to materials. China dominates several strategic-material supply chains (~90% of heavy rare earths refining, dominant positions in gallium, germanium). The CRMA's third-country diversification benchmarks address both US and China dependency simultaneously.
### 3. Industrial competitiveness
EU industrial competitiveness in batteries, electric vehicles, semiconductors, and renewable energy depends on access to the relevant materials at competitive prices. CRMA-driven investment is shaping where European battery factories, semiconductor fabs, and EV plants get built.
### 4. The geopolitical reality check
The CRMA is, in policy terms, the EU formally acknowledging that economic interdependence cannot be relied upon for materials critical to defense, energy, and digital industries. It signals a structural pivot toward supply-chain resilience that affects technology procurement, energy infrastructure, and defense modernisation.
## Implementation status (2026)
- **Joint Purchasing Mechanism** for raw materials operational since 2025
- **Strategic Partnerships** signed with Australia, Canada, Chile, DRC, Greenland, Kazakhstan, Norway, Serbia, Ukraine, Zambia (varying scopes)
- **Several mining and recycling Strategic Projects** approved with accelerated permitting
- **National implementing legislation** in progress across Member States
- **Funding instruments** (EIB, Horizon Europe, JTF, RRF) increasingly aligned to CRMA priorities
## CRMA and tech sovereignty
For technology procurement decision-makers, CRMA awareness is operationally relevant in several ways:
### For hardware buyers
Strategic materials availability and pricing affect hardware costs (servers, networking gear, datacentre infrastructure). CRMA-driven diversification is reducing volatility but cannot fully insulate against material-price shocks.
### For sustainability reporting
The CRMA framework feeds into CSRD (Corporate Sustainability Reporting Directive) supply-chain disclosure requirements. Companies in materials-intensive industries are increasingly disclosing CRMA-relevant exposure.
### For data centre operators
Server and infrastructure cost projections increasingly incorporate strategic-materials risk. EU-located datacentre construction faces both opportunity (CRMA-aligned suppliers) and pressure (sustainability scrutiny).
### For semiconductor and battery customers
Materials supply scenarios for high-end semiconductors and EV batteries are increasingly tied to CRMA implementation progress. Supply contracts increasingly include CRMA-related provisions.
## CRMA vs EU Chips Act vs Strategic Compass
| Aspect | CRMA | Chips Act | Strategic Compass |
|--------|------|-----------|-------------------|
| Subject | Raw materials | Semiconductors | Defense + security |
| Layer | Foundational | Manufacturing | Strategic |
| Investment magnitude | Multi-billion | €43B | Member-State varies |
| Status | In force 2024 | In force 2023 | Adopted 2022 |
| Sovereignty dimension | Material supply | Production capacity | Defense capabilities |
The three together form the EU's industrial-sovereignty architecture across material → manufactured → strategic layers.
## Practical implications
- **For technology buyers**: include CRMA-relevant supply-chain disclosures in vendor evaluations
- **For European hardware manufacturers**: significant new funding and procurement preference opportunities
- **For sustainability and compliance teams**: integrate CRMA framework into CSRD reporting
- **For investors**: Strategic Projects and aligned EU funding represent new investment categories
- **For policy watchers**: CRMA implementation pace is a structural indicator of broader EU sovereignty progress
The Critical Raw Materials Act is the layer of EU sovereignty policy operating below the digital, AI, and cybersecurity layers. Without it, sovereignty in the upper layers remains structurally incomplete.
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