
The shift toward policy‑driven, flexible steelmaking lowers decarbonisation costs while safeguarding Europe’s industrial competitiveness and meeting Green Deal objectives.
European policymakers are tightening the regulatory scaffolding around low‑carbon steel to turn climate ambition into commercial reality. The tariff‑rate quota (TRQ) for steel imports and the carbon border adjustment mechanism (CBAM) create a price floor that favours domestically produced, low‑emission billets. In France, half of ArcelorMittal’s €1.3 billion Dunkirk electric‑arc‑furnace (EAF) is financed through the Energy Efficiency Certificates (CEE) scheme, showing how state aid can de‑risk capital‑intensive projects. The draft Industrial Accelerator Act (IAA) also seeks a minimum 25 % low‑carbon steel share in public contracts, offering a predictable demand signal.
Project pipelines reveal a pragmatic shift toward flexibility rather than full hydrogen integration. Early plans for combined DRI‑EAF complexes powered by green hydrogen are being postponed; Thyssenkrupp’s hydrogen tender remains on hold and Salzgitter delayed its SALCOS phases. Producers are instead expanding EAF capacity that can toggle between cheap natural‑gas‑based DRI, pig iron and scrap, a mix projected to deliver 43 % of EU hot‑rolled coil output by 2035. This agility lets steelmakers hedge against volatile hydrogen premiums while still cutting emissions versus traditional blast furnaces.
The emerging landscape offers opportunities and risks for investors. Flexible EAF projects, buoyed by clear policy incentives, are attracting financing and are set to dominate the next capacity wave, helping Europe meet Green Deal targets without losing competitiveness. At the same time, limited uptake of hydrogen‑based DRI shows large‑scale green hydrogen supply chains remain a longer‑term hurdle. Market participants should watch the IAA’s “made‑in‑EU” carve‑outs and the rise of overseas green‑DRI exporters such as Namibia’s HyIron, which could shift supply dynamics and price parity for low‑carbon steel.
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