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| Green Steel |
Green steel adoption in European automotive sector accelerates as automakers face regulatory and emissions pressure. Automotive steel accounts for around 20% of EU steel demand and 16–34% of vehicle embedded emissions.
However, 2025 EU car registrations rose only 1.8% to 10.8 million units, below pre-pandemic levels.
Automotive Demand and Regulatory Pressure Driving Transition
Automotive demand drives green steel adoption in European automotive sector under strict EU climate regulation. Meanwhile, thirteen of eighteen major global automakers already implement low-carbon steel procurement policies. EU Fit for 55 requires 55% emissions reduction by 2030 and 100% by 2035 for new cars. As a result, automakers can absorb green steel premiums of about 100 to 200 dollars per vehicle.
Supply Constraints, Costs, and Hydrogen DRI Pathways
Supply constraints shape green steel adoption in European automotive sector despite strong policy demand signals. Tighter automotive steel specifications limit scrap usage and require higher-quality feedstock materials. Therefore, producers increasingly rely on DRI and hydrogen-based EAF pathways for decarbonization. However, hydrogen-based DRI remains costly and initially concentrated in premium vehicle segments.
By 2035, only 42% of automotive steel is expected to come from conventional blast furnaces. Green steel adoption in European automotive sector will expand gradually as DRI capacity scales across Europe. Therefore, investment in hydrogen infrastructure becomes critical for long-term automotive decarbonization goals. Meanwhile, regulatory mechanisms like CBAM and EU ETS will reinforce low-carbon procurement incentives.
ScrapInsight Commentary
Automotive steel demand will increasingly decouple from conventional blast furnace supply as carbon costs rise.
However, DRI and hydrogen EAF scaling will determine price volatility and green steel penetration pace.
Therefore, short-term premiums persist while long-term regulatory pressure supports structural transition.
