Europe’s steel industry is facing mounting pressure from several directions at once. EU steel exports have fallen 20%, while producers contend with high energy prices, US tariffs and growing competition from lower-cost Asian production. At the same time, European steelmakers must finance an expensive transition towards lower-carbon production.
Production is already close to historic lows. EU crude steel output declined 3% to 126mn tonnes in 2025 and fell another 1% during the first five months of 2026, according to Eurofer figures cited in the source. Production returned to modest growth of 1.1% in May, but the industry remains far below the approximately 155mn tonnes produced in 2015.
European Steel Is Losing Ground in Export Markets
The deterioration is particularly visible in the US market. EU steel exports to the US fell 29% year on year during the first half of 2026 as European producers faced US tariffs of 50%. Shipments to Turkey, India and China each declined by at least 18% as European companies struggled to compete with cheaper production.
Overall EU steel exports dropped by one-fifth. This matters because Europe combines relatively high production costs with significant exposure to international markets. According to World Steel data cited in the source, Europe is the fourth-largest steel-exporting region after China, Japan and South Korea, while simultaneously being the world’s largest importing region.
The global production balance adds further pressure. Asia accounts for almost three-quarters of global crude steel production, compared with approximately 14% for Europe. China’s steel exports alone are now roughly equivalent to the total size of the EU steel market, according to Eurofer.
Energy Costs Remain a Structural Disadvantage
Energy is one of the biggest challenges for European producers. EU gas prices have increased by more than 140% since the beginning of 2026, with geopolitical tensions in the Middle East adding further pressure. For an energy-intensive industry such as steel, this directly affects production costs and international competitiveness.
The problem extends through European industrial supply chains. Steel is an important input for automotive manufacturing, machinery, construction, infrastructure and defence. If European steel becomes significantly more expensive than competing products, manufacturers using it can also face difficulties competing in international markets.
ArcelorMittal Europe has warned that Europe’s high cost base makes exporting particularly difficult. Producers may be able to pass some additional costs to customers inside the EU, but international markets provide considerably less room to do so when cheaper alternatives are available.
Chinese Oversupply Is Reshaping Competition
China represents another structural challenge. Its enormous production capacity allows Chinese steel products to compete aggressively across international markets. Even where Europe imposes trade measures on particular Chinese products, those measures can redirect supply towards third countries where European producers are also competing.
Brussels has responded with stronger trade protection. Anti-dumping duties on certain Chinese steel products have reached as high as 90%, while the European Commission introduced new trade quotas in July. Steel has also been included in the EU’s Carbon Border Adjustment Mechanism, or CBAM.
CBAM is designed to narrow the carbon-cost difference between European and foreign producers. EU steelmakers pay for carbon permits covering their emissions, while the border mechanism imposes a corresponding carbon cost on covered imports. The objective is to prevent producers operating under weaker carbon constraints from gaining an automatic cost advantage in the European market.
Protection May Stabilise Output, but Investment Needs Are Rising
Eurofer expects the sector’s output to grow by around 1.5% following two years of decline, partly supported by recent trade measures. However, this recovery would begin from what the industry describes as a very low production base.
At the same time, European steelmakers face substantial investment requirements. Decarbonising steel production requires new technologies, infrastructure and access to competitive low-carbon energy. Producers must therefore fund industrial transformation while profitability and export competitiveness remain under pressure.
This creates a difficult policy balance. Europe wants to maintain strategically important domestic production for industries including defence and infrastructure, but protecting existing capacity alone does not resolve the underlying differences in energy costs, production scale and capital requirements.
Could Green Steel Become Europe’s Competitive Edge?
The transition to low-carbon steel may offer Europe a different path. According to Global Energy Monitor, the EU hosts approximately half of all green steel production currently under development worldwide. This could give European producers an early position in a market where customers increasingly need to reduce emissions across their supply chains.
Europe is unlikely to compete with China or India purely on production scale, particularly while much of its existing capacity relies on ageing coal-based blast furnaces. Its longer-term opportunity may instead depend on developing commercially viable low-carbon steel and creating demand for higher-value products with lower embedded emissions.
The challenge is timing. European producers need to invest in new capacity while simultaneously dealing with weak exports, expensive energy and global oversupply. Trade protection and CBAM can provide some support, but they do not eliminate the need to reduce production costs and improve productivity.
A Strategic Test for European Industry
The 20% decline in exports illustrates a broader issue for European manufacturing. Steel is not an isolated industry: its competitiveness influences automotive production, machinery, construction, energy infrastructure and defence supply chains.
Europe’s steel sector is therefore entering a period in which industrial policy, trade policy and decarbonisation are becoming increasingly interconnected. Production may recover by 1.5%, but output remains far below the levels recorded a decade ago, while gas prices have risen more than 140% this year.
The central question is whether Europe can convert its early position in green steel into a sustainable industrial advantage. If it can combine lower-carbon production with competitive energy and efficient manufacturing, decarbonisation could become part of the sector’s long-term strategy. Without improvements in the underlying cost structure, however, maintaining Europe’s position in global steel markets will remain challenging.