Thyssenkrupp in advanced talks to adjust funding for €3 billion green steel plant

• €3 billion ($3.5 billion) project receives two-thirds funding from German government and state, originally contingent on hydrogen use
• European Commission approved planned amendments to funding rules, confirming compliance with EU state aid law
• New funding framework allows money to flow despite hydrogen not being used initially, addressing changed economic environment

Summary

Key Development:

Thyssenkrupp is in advanced talks to modify the funding structure for its €3 billion ($3.5 billion) green steel plant in Duisburg, Germany, after the original hydrogen-based operational plan became economically unfeasible.

Financial Details:

• Total project cost: €3 billion
• Two-thirds of funding (approximately €2 billion) comes from the German government and state authorities
• Original funding was contingent on using hydrogen fuel, which proved unrealistic under current economic conditions

Regulatory Progress:

The European Commission has approved amendments to the funding framework and confirmed compliance with EU state aid regulations. This enables the German government to implement changes promptly and adjust funding decisions accordingly, allowing capital to flow despite the altered operational approach.

Company Statement:

CFO Axel Hamann expressed satisfaction with the Commission's approval, noting that new funding rules will soon take effect. The extended negotiations with EU and German authorities have successfully addressed concerns about modifying the initial hydrogen requirement.

Market Implications:

This development is significant for Europe's steel industry decarbonization efforts. The funding adjustment demonstrates regulatory flexibility in supporting green industrial projects when initial technological assumptions prove impractical. The resolution removes a major financing obstacle for Thyssenkrupp's transition to lower-emission steel production, though the shift away from hydrogen may indicate broader challenges in implementing clean fuel technologies in heavy industry. The outcome could set a precedent for other European industrial decarbonization projects facing similar hydrogen feasibility issues.