Market evolution: Natural uranium compounds (CN 28441090) — 2015–2025

Introduction

This report examines the evolution of EU trade in natural uranium compounds under customs code 28441090 — covering compounds, alloys, dispersions, cermets, ceramic products and mixtures containing natural uranium or its compounds (excluding ferro-uranium) — over the period 2015–2025. The EU is one of the world's largest consumers of nuclear fuel, yet it produces virtually no natural uranium domestically. This structural imbalance shapes every aspect of the market analysed below.

Over the full eleven-year window, total EU imports of this product ranged from approximately €106 million (the annual minimum) to €1.38 billion (the 2015 starting level), ending the period at €1.37 billion in 2025. In contrast, EU exports remained negligible — rising from about €38,000 in 2015 to €93,000 in 2025, with a peak of just €13.6 million in a single year. The resulting trade deficit has remained structurally deep, hovering near or above €1 billion throughout the period. The key story of this decade is therefore one of supply security: where the EU sources its uranium compounds, how those sources have shifted, and what price and volatility dynamics have accompanied the transition. The overview dashboard provides the full time series underpinning these observations.

1. A Structural Deficit: The EU's Deep Reliance on Imported Uranium Compounds

The most striking feature of EU trade in CN 28441090 is the sheer scale of the import bill relative to exports. The EU acts overwhelmingly as a buyer in this market, and that position has not changed over the decade.

1.1 Imports dwarf exports by several orders of magnitude

In 2025, the EU imported approximately 18,030 tonnes of natural uranium compounds valued at €1.37 billion, while exporting only 6.7 tonnes worth €93,124. The trade overview shows that this ratio, while extreme, is not anomalous — it has been the norm throughout the entire period.

The supplementary unit (kilogram of uranium content) tells the same story from a nuclear-fuel perspective: in 2025, the EU imported about 14.4 million kg U while exporting just 3,303 kg U. The trade balance in value terms moved from −€1.38 billion in 2015 to −€1.37 billion in 2025, a negligible change of +0.8%, underscoring the permanence of this structural deficit.

1.2 France dominates EU import activity

Among EU Member States, France stands out as the overwhelmingly dominant importer. France's imports rose from €987 million in 2015 to €1.14 billion in 2025 (+15.8%), accounting for roughly 83% of total EU imports by value in 2025. This reflects France's position as Europe's largest nuclear-power operator, with 56 reactors requiring a continuous supply of enriched and fabricated uranium fuel.

Source: Top EU reporters by value

1.3 The Netherlands' exit and Romania's rise reshaped intra-EU distribution

One of the most dramatic shifts among EU Member States is the near-total disappearance of the Netherlands from the import statistics: from €256 million in 2015 to just €1,510 in 2025. Simultaneously, Romania surged from a negligible €17,000 to €143 million. This suggests a re-routing of procurement activity or a change in which Member State serves as the importing entity of record for nuclear fuel entering the EU. Germany also grew meaningfully, from €139 million to €229 million, likely reflecting the continued operation of its reactors prior to the 2023 phase-out decisions and ongoing fuel-cycle obligations.

2. Shifting Supplier Landscape: From Niger and the United States toward Kazakhstan and Canada

While the total import bill remained broadly stable over the decade, its composition changed significantly. The EU has progressively diversified — and in some cases, fundamentally redirected — its uranium compound sourcing away from traditional suppliers and toward new or expanded sources.

2.1 Niger and the United States saw the steepest declines

Among the top seven import partners, two partners experienced sharp declines:

Niger's decline is consistent with the well-documented political instability in the Sahel region, including the July 2023 coup, which disrupted operations and export logistics for the French-operated mines in the Arlit region. The 64% drop in EU import value from Niger over the decade reflects both reduced output and a deliberate EU effort to reduce reliance on a single politically volatile source.

The United States' near-total withdrawal from EU uranium compound exports (−92%) is more puzzling at first glance, but aligns with a tightening domestic US market driven by the US government's efforts to rebuild its own nuclear fuel supply chain, particularly in the context of banning Russian uranium imports. As US domestic demand absorbed more US-produced material, less became available for export to Europe.

2.2 Kazakhstan, Canada, and Australia filled the gap

The decline of Niger and the US was offset by significant growth in three other suppliers:

Kazakhstan's tripling is particularly noteworthy and reflects its position as the world's largest uranium producer (via the national company Kazatomprom and its joint ventures). The EU's pivot toward Kazakh supply mirrors a broader global trend, though it introduces its own geopolitical considerations given Kazakhstan's proximity to Russia and China.

Canada's growth (+184%) is driven by the high-grade deposits in Saskatchewan (Cameco's McArthur River and Cigar Lake mines), which are among the world's most productive. Australia's rise (+181%) likely reflects renewed offtake contracts from Olympic Dam and other operations, though Australia's uranium policy remains politically sensitive.

2.3 Import concentration decreased slightly despite diversification

The Herfindahl-Hirschman Index (HHI) for EU imports by value declined from 2,068 in 2015 to 1,812 in 2025 (−12.4%). While this confirms a modest diversification, an HHI in the 1,800–2,100 range still indicates a moderately concentrated market. The EU remains heavily dependent on a handful of major suppliers — a reality inherent to the global uranium mining industry, where production is concentrated in a small number of countries.

3. Rising Prices, Volatility, and Supply Shocks

Beneath the surface of broadly stable total import values, the underlying price and volume dynamics reveal a market under considerable stress — with rising unit prices, episodic shocks, and elevated volatility across several key trading relationships.

3.1 Unit prices trended upward while volumes declined

EU import volumes in tonnes fell from 21,692 t (2015) to 18,030 t (2025), a decline of 16.9%, while total import value remained essentially flat. This implies a significant increase in unit prices:

Source: Trade overview

The price rise is consistent with the global uranium spot price recovery that began around 2018–2019 and accelerated after 2021, driven by renewed interest in nuclear energy as a low-carbon baseload source, supply disruptions, and geopolitical tensions following Russia's invasion of Ukraine.

3.2 Two major supply shocks from the United States stand out

The shock detection analysis identifies two significant events, both involving US-EU trade:

The 2019 price shock — a near-ninefold increase in the unit price of US-origin imports — may reflect a shift from standard industrial-grade compounds to a small-volume, high-value specialised shipment, or a contractual renegotiation reflecting tighter global supply conditions at the time. The 2023 supply shock, with volumes dropping by 85%, is consistent with the broader collapse of US-to-EU uranium compound exports noted in Section 2, likely reflecting the acceleration of US domestic nuclear fuel policy (including the Prohibiting Russian Uranium Imports Act discussions).

3.3 Volatility varies sharply across trading partners

The coefficient of variation (CV) of import values reveals wide differences in the stability of different supply relationships:

Source: Volatility bars

Canada emerges as the most stable supplier (CV of 0.34), followed by Namibia and Kazakhstan. By contrast, the UK and US show very high volatility, reflecting episodic and inconsistent trade flows rather than steady supply relationships. For the EU's procurement strategy, the low volatility of Canadian and Kazakh supply — combined with their growing share — suggests these two partners are becoming the backbone of a more predictable supply chain.

Conclusion

The EU's trade in natural uranium compounds over 2015–2025 tells a story of deep structural dependence on imports, significant supplier realignment, and rising unit costs. The total import bill has remained stubbornly close to €1.4 billion per year, but the composition of that bill has changed markedly: Niger and the United States have receded, while Kazakhstan, Canada, and Australia have surged to fill the gap. France continues to dominate EU procurement, absorbing over 80% of total imports.

Unit prices have risen by roughly 12–19% (depending on the measure used), reflecting the global uranium market's recovery and the growing strategic premium on nuclear fuel security. Two notable supply shocks — both linked to US-EU trade — highlight the fragility of certain bilateral relationships. Encouragingly for supply security, the most voluminous and fastest-growing supplier relationships (Canada, Kazakhstan) also display the lowest volatility.

Looking forward, the EU's uranium compound market will likely remain shaped by three forces: the geopolitical realignment of global nuclear fuel supply chains (especially the exclusion of Russian material), the continued expansion of Kazakh and Canadian production capacity, and the EU's own energy policy choices regarding the role of nuclear power in its decarbonisation pathway.