Industrial Decarbonization: Lessons from Germany for Ukraine
Europe’s energy transition is increasingly becoming an industrial transition.
During the H2-diplo – Decarbonization Diplomacy study tour in Germany, Ukrainian participants had the opportunity to observe how former coal and steel regions are being transformed into future low-carbon industrial hubs.
One of the clearest examples is the Ruhr region — historically one of Europe’s largest centers of coal mining and metallurgy, now actively developing hydrogen-based industrial solutions.
The steel sector is at the core of this transformation. Traditional steel production remains among the most carbon-intensive industrial processes globally due to its dependence on coal and coke. Hydrogen-based direct reduction (DRI) technologies offer a fundamentally different approach by replacing coal with hydrogen in iron production, significantly reducing CO₂ emissions.
Why does this matter strategically?
- steel production accounts for around 7–11% of global CO₂ emissions
- industrial decarbonization is becoming central to EU climate and industrial policy
- future market access in Europe will increasingly depend on carbon intensity and CBAM compliance
An equally important lesson is the role of public policy and financial support mechanisms. Germany’s industrial transition is being accelerated through coordinated cooperation between governments, industry, regions, and research institutions.
For Ukraine, this experience is highly relevant. Ukraine’s industrial regions were historically developed around metallurgy, mining, energy, and heavy industry in a very similar way. As the European industrial model evolves, hydrogen may become not only a decarbonization tool, but also part of the future economic modernization of Ukrainian industry.
The discussion about hydrogen is therefore no longer limited to energy alone. It increasingly concerns industrial competitiveness, economic resilience, export potential, and Ukraine’s future integration into European low-carbon value chains