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EU Steel Industry
EU policy, regulation and market intelligence affecting steel — from energy costs and decarbonisation to CBAM, trade defence, global overcapacity, scrap and downstream demand.
Steel remains one of the foundations of Europe's industrial economy. It is essential to automotive production, construction, machinery, energy infrastructure, transport, clean technologies and defence.
But the European industry is under structural pressure. Production has continued to decline even as demand stabilises, while imports, energy costs, global overcapacity and the capital requirements of decarbonisation are reshaping the economics of European steelmaking.
The European steel market in 2025
The European steel market presents an increasingly unusual picture: consumption recovered modestly in 2025, but European production continued to fall.
EU crude steel production reached approximately 125.8 million tonnes, down 2.9% from 2024 and almost 20 million tonnes below pre-pandemic levels.
At the same time, apparent steel consumption rose to approximately 134.4 million tonnes. Much of the additional demand was captured by imports rather than European mills.
Imports of semi-finished and finished steel products increased by around 14%, approaching 40 million tonnes and taking a record share of approximately 30% of EU steel consumption.
Why steel matters to Europe
A major industrial employer
The European steel industry directly employs around 293,000 people and supports more than 2.5 million additional jobs across manufacturing and associated value chains.
€152 billion
The sector generates approximately €152 billion in gross value added and supplies essential material to major European industries.
Industrial backbone
Automotive, construction, machinery, railways, energy equipment, electricity infrastructure and defence all depend on steel.
Recyclable industrial material
Steel scrap can be repeatedly recovered and reused, giving secondary production an increasingly important role in Europe's industrial and decarbonisation strategy.
The European Steel and Metals Action Plan
In March 2025 the European Commission adopted the European Steel and Metals Action Plan, complementing the Clean Industrial Deal and the Action Plan for Affordable Energy.
The plan addresses the principal pressures affecting the sector: high energy costs, global overcapacity, carbon leakage, access to raw materials and scrap, trade distortions and the investment required to decarbonise European production.
Energy costs and competitiveness
Steelmaking is highly energy intensive. Electricity, gas and other energy inputs strongly influence production costs, particularly as companies move toward more electrified and lower-carbon production routes.
A persistent energy-price gap with competing regions can reduce capacity utilisation, weaken margins and discourage investment in European plants.
Decarbonising steel production
Electric arc furnaces
Increased use of electric arc furnaces can reduce emissions, particularly when combined with high-quality recycled scrap and low-carbon electricity.
Hydrogen-based DRI
Hydrogen-based direct reduction is one of the principal pathways being developed to replace coal-intensive primary steel production.
Carbon management
Carbon capture, utilisation and storage may contribute to reducing emissions from production routes that remain difficult to electrify.
More scrap
Greater availability of clean, high-quality steel scrap can reduce emissions and dependence on imported primary raw materials.
EU ETS and CBAM
Iron and steel are among the sectors covered by the Carbon Border Adjustment Mechanism. The definitive CBAM regime began in 2026.
Importers must account for the embedded emissions of covered steel products while free EU ETS allocation for corresponding European production is progressively phased down.
Global overcapacity and imports
Global steelmaking capacity remains substantially above market demand, placing persistent pressure on European producers.
The 2025 figures illustrate the impact directly: imports increased even as EU production reached a historic low. Imported semi-finished and finished products accounted for approximately 30% of the EU market.
European policy therefore increasingly combines trade defence, measures against unfair competition and broader international efforts to address excess capacity.
Steel scrap is becoming a strategic resource
The transition toward electric-arc-furnace production increases demand for high-quality steel scrap.
Scrap collection, sorting, quality and export flows can therefore directly influence the competitiveness and decarbonisation potential of European steelmaking.
This is one of the clearest examples of circular-economy policy converging with industrial and economic-security policy.
Where European steel demand comes from
Automotive
Advanced and specialised steels remain essential to vehicle manufacturing, although EU automotive output continued to contract in 2025.
Construction
Buildings, renovation projects and infrastructure remain among Europe's largest steel-consuming activities.
Energy
Wind turbines, electricity grids, pipelines and other energy infrastructure require large quantities of steel.
Defence
Increasing European defence investment raises the strategic importance of secure access to specialised steel grades.
What to watch next
- European production: whether output stabilises after the record-low 125.8 Mt produced in 2025.
- Imports: whether the record 30% market share reached in 2025 is reversed.
- Energy prices: progress in narrowing Europe's energy-cost disadvantage.
- CBAM: implementation of the definitive regime and possible downstream extension.
- EU ETS: progressive phase-down of free allocation for CBAM-covered production.
- Global overcapacity: new EU and international responses to excess steel production capacity.
- Trade defence: safeguards, anti-dumping and anti-subsidy measures affecting imports.
- Decarbonisation investments: final investment decisions for electric arc furnaces, hydrogen-based DRI and related infrastructure.
- Scrap availability: European access to high-quality secondary steel feedstock.
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