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The EU identifies critical raw materials by scoring their economic importance and supply risk under Regulation (EU) 2024/1252, the Critical Raw Materials Act. A material qualifies through the ordinary criticality route when it reaches both legal thresholds: at least 2.8 for economic importance and at least 1 for supply risk. The Act also includes a separate group of strategic raw materials, selected for their importance to key technologies and the difficulty of expanding supply. The framework measures exposure and economic relevance; it does not predict that a shortage is certain or imminent.
How does the EU identify critical raw materials?
The European Commission conducts an EU-level assessment using two dimensions: how important a raw material is to economic activity in the EU, and how exposed the EU is to a disruption in its supply. The legal framework is Regulation (EU) 2024/1252, which sets out the criticality method and thresholds. The Commission’s Critical raw materials overview explains the assessment and the lists.
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This is a structured screening method, not a simple ranking of scarce or expensive commodities. Geological rarity, high prices, or reliance on a single supplier may be relevant context, but none alone determines whether a material is critical. The assessment combines end uses, economic sectors, production and sourcing patterns, country conditions, substitution, and recycling. It also looks at the stage in the supply chain where exposure is greatest.
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How does the EU assess economic importance?
Economic importance is intended to answer “critical to what?” The Commission maps a material’s end uses to EU economic sectors, then weighs those uses according to the value added of the sectors that rely on them. The sector mapping uses two-digit NACE classifications. As a result, a material’s importance is linked to the scale and economic contribution of the activities that use it, rather than being inferred from the material’s market price alone.
The calculation adjusts for economic substitutability. If other materials can perform the relevant function with comparable technical performance and cost, dependence on the assessed material may be less consequential. Conversely, a nominal substitute may not substantially reduce reliance if it cannot meet application requirements or is too costly. The adjustment therefore considers both technical functionality and cost performance; it is not enough to name a theoretical alternative.
This dimension is not a measure of how much a household spends on a raw material, how many jobs one mine employs, or the material’s importance to one company. It is an EU-wide assessment based on the material’s end uses and the value added of the sectors using them. A reader comparing materials should keep that scope in mind: the score reflects the method’s sector mapping and substitution adjustment, not a universal measure of importance for every user.
How does the EU assess supply risks?
Supply risk estimates how vulnerable EU access could be to disruption. The Commission evaluates the raw material at the bottleneck stage—extraction or processing—where the EU faces the highest assessed risk. This matters because a material may be mined across several countries while processing is concentrated in fewer places, or the reverse. Looking only at mine production can therefore miss the supply-chain stage that constrains access.
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The method considers production concentration and the countries from which the EU actually sources the material. Country governance and trade conditions are factored into the exposure assessment. Import reliance affects how global production patterns are weighted against the EU’s sourcing patterns; it is not treated as a standalone yes-or-no test. A material imported from abroad is not automatically critical, just as production in one country does not, by itself, settle the score.
Two further factors can reduce assessed exposure. End-of-life recycling input reflects how much secondary material recovered from products reaching end of life contributes to supply. Technical substitutes can lower the risk if they can serve the relevant applications. These factors are considered alongside concentration, governance, trade, sourcing, and the bottleneck stage—not instead of them.
For the calculations, the regulation specifies an average of the most recent five years for which data are available. Data priority, quality, and availability also matter. A five-year averaging period helps define the evidence window, but it does not make a score timeless: supply chains, trade conditions, technology, and recycling can change after the underlying observations.
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Under the Act, ordinary criticality qualification requires both of the following:
- Economic importance: a score of at least 2.8.
- Supply risk: a score of at least 1.
Meeting only one threshold is not enough through this two-axis route. Strategic raw materials, however, are identified using a distinct forward-looking lens. The assessment considers relevance to green and digital technologies and defence and aerospace applications, expected growth in global demand, and the difficulty of increasing production. The Act includes strategic raw materials in its critical-material list even when they do not pass both ordinary criticality thresholds.
The distinction is more than terminology. The two-axis test asks how important a material is to EU economic activity and how exposed its supply is under the assessment method. Strategic status also asks whether technologies important to the EU are expected to need substantially more of it and whether supply can be expanded in time. The Commission’s 2023 overview gives copper and nickel as examples of materials that did not meet the critical raw material thresholds but were included on the list because they were designated strategic.
The Commission’s foresight work complements rather than replaces the criticality assessment. Its 2023 update assessed 15 technologies mapped to five strategic sectors and considered demand perspectives for 2030 and 2050. Those time horizons help inform the forward-looking strategic lens and longer-term supply planning; they are not additional values in the two-axis criticality score.
What does the EU list tell you—and what does it not?
The Commission says its 2023 assessment screened 70 candidate raw materials: 67 individual materials and three groups. It published a list of 34 critical raw materials. The list indicates that the Commission’s assessment found the relevant materials to meet the Act’s critical or strategic criteria for that list edition. It is not a forecast that every material on the list will run short, nor does it specify when a disruption might occur.
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Supply-concentration examples on the Commission’s overview illustrate why the bottleneck and geographic scope matter. The page, checked in 2026, says China provides 100% of the EU’s supply of heavy rare earth elements, Turkey provides 99% of the EU’s supply of boron, and South Africa provides 71% of the EU’s needs for platinum. These are concentration figures for the named materials and EU supply or needs as stated—not complete risk scores. They should not be generalized to all rare earths or all platinum-group metals, or treated as fixed shares for every year.
The Commission notes that concentrated production is compounded in many cases by low substitution and low recycling rates. That illustrates how multiple features can reinforce exposure: concentrated supply may be harder to offset when applications have few viable substitutes and little end-of-life material returns to the supply stream. The concentration examples alone do not establish each of those conditions for every material; a material-specific assessment is needed to understand the full picture.
List membership also has a history and a methodology. The Commission’s overview describes assessments of 41 materials in 2011, 54 in 2014, 78 in 2017, and 83 materials represented by 66 candidates in 2020, followed by the 2023 assessment of 70 candidates. The candidate counts and groupings are not directly interchangeable, and the assessment method has evolved. A comparison across editions should therefore identify the year and methodology rather than treating changes in list membership as a like-for-like change in risk.
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Does “critical” mean the EU will run out?
No. “Critical” is a classification based on assessed economic importance and supply exposure, with strategic materials included under a separate forward-looking route. It signals that disruption could matter and that supply conditions warrant attention; it does not assert that a shortage will happen, give a probability or date for one, or guarantee that every EU user will face the same consequences.
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Likewise, a material’s absence from a particular list does not prove that its supply is risk-free. The classification depends on the data available, the method and scope used, and the thresholds in force. A material may be important to a particular industry or face a local constraint without meeting the EU-wide criteria for that list edition. The published list is a screening outcome, not a substitute for a company’s or sector’s own supply-chain analysis.
How to compare materials or list editions responsibly
A useful comparison keeps the assessment year, material form, and geographic scope aligned. For a specific material, the EU overview is not a complete table of all underlying scores and data. The Commission’s material factsheets and assessment data are the relevant places to look for material-specific details; a general list entry alone does not show every input behind the result.
When the underlying information is available, compare the following dimensions rather than relying on one headline figure:
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- Supply-risk score and the bottleneck stage assessed—extraction or processing.
- Concentration of global production and concentration among EU sources.
- Import reliance, governance conditions, and trade exposure.
- Technical substitution options and the degree to which they can meet relevant applications.
- End-of-life recycling input.
- For strategic classification, technology relevance, expected demand growth, and difficulty of increasing production.
- The assessment edition, data period, and geographic or material scope behind the figures.
These checks help distinguish unlike claims. For instance, “one country produces a large share of global output” describes a production pattern, while “the EU sources nearly all of its supply from one country” describes EU sourcing. Either may matter, but they are not the same statistic. Nor does a concentration share convey how much substitution, recycling, or trade risk changes the overall assessment.
When can the classification change?
Criticality is a snapshot of assessed conditions, not a permanent property of a mineral. Changes in production geography, EU sourcing, trade restrictions, governance, demand, technology, recycling, or the availability and cost of substitutes can affect the inputs. Data quality and availability can also influence what can be assessed. As those conditions evolve, a future assessment may produce a different score or classification.
Regulation (EU) 2024/1252 requires the Commission to review and, if necessary, update the critical and strategic lists by 24 May 2027, and at least every three years after that. This review schedule provides a formal mechanism to revisit the lists; it does not mean that every review must change them.
For readers following a particular material, the practical implication is to cite the list edition and distinguish a legal classification from a time-sensitive supply claim. The Commission’s concentration examples are useful signals about exposure, while the thresholds and full methodology explain how the broader classification is reached. Neither should be read as a guarantee of future availability or a prediction of a specific disruption.
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