Hydrogen Lead Markets in Europe

The Hydrogen Lead Markets Framework Study, commissioned by Hydrogen Europe and prepared by experts from PwC, examines policy mechanisms to stimulate early demand for clean hydrogen-based products in Europe. The report outlines how “lead market” measures, such as public procurement, certification, and sectoral quotas, can accelerate the adoption of low-carbon steel and fertilisers while supporting Europe’s industrial decarbonisation and competitiveness.

How industrial policy can accelerate hydrogen demand

Hydrogen demand in Europe – in 5 numbers

Clean hydrogen deployment depends not only on production but also on creating reliable markets for hydrogen-based products. The Hydrogen Lead Markets framework study highlights how targeted industrial policies could stimulate large-scale hydrogen demand in Europe.

Potential hydrogen demand from lead markets
Lead markets for clean industrial products could generate demand for around 2 million tonnes of hydrogen by 2030, representing roughly 20% of projected EU hydrogen demand and supply.

Steel sector transformation
Hydrogen-based steel production using direct reduced iron (DRI) could replace coal-based blast furnace processes and dramatically reduce emissions.

Hydrogen demand from steel
Lead markets for clean steel could generate around 2 million tonnes of hydrogen demand depending on the design of the policy mechanism.

Hydrogen demand from fertilizers
Lead markets for ammonia-based fertilizers could generate up to 0.8 million tonnes of hydrogen demand through hydrogen-based ammonia production.

Industrial decarbonisation potential
Hydrogen-based steel production can reduce CO₂ emissions by up to 95% compared with conventional blast furnace routes.

These numbers illustrate the potential of targeted demand-side policies to accelerate hydrogen deployment across European industry.

Why hydrogen lead markets matter

Europe is investing heavily in clean hydrogen production. However, one of the biggest challenges is not only producing hydrogen but creating stable and predictable demand.

The study “H₂ Lead Markets – Framework Study”, developed by PwC and Hydrogen Europe, explores how lead markets for low-carbon industrial products can help close the gap between hydrogen supply and industrial demand.

Lead markets are policy mechanisms that create early demand for climate-friendly products until they become competitive with conventional alternatives.

By stimulating demand for hydrogen-based steel and fertilizers, such mechanisms could accelerate industrial decarbonisation and support the development of a European hydrogen economy.

Five key takeaways

Hydrogen deployment requires demand creation
Many hydrogen projects are delayed due to uncertain market demand. Existing policies such as the EU Emissions Trading System and the Carbon Border Adjustment Mechanism alone do not fully close the cost gap between conventional and low-carbon production.

Steel and fertilizers are promising hydrogen markets
The study identifies primary steel and ammonia-based fertilizers as particularly suitable sectors because hydrogen technologies are already available and these industries represent large emission sources.

Hydrogen-based steel can drastically reduce emissions
Using hydrogen in direct reduced iron processes combined with electric arc furnaces can reduce emissions by up to 95% compared with conventional blast furnace steelmaking.

Policy design determines impact
The study evaluates several policy approaches to create lead markets, including product labels, public procurement, quotas and contracts-for-difference. Quota-based systems are identified as particularly effective in generating large hydrogen demand.

Consumer price impacts are expected to remain limited
Even when hydrogen is used to produce steel or fertilizers, the price impact on end products is expected to remain relatively small compared with overall product costs.

Why this matters for engineers

The transformation toward hydrogen-based industrial production is not only a policy discussion. It has major implications for engineering, infrastructure and industrial systems.

Industrial process transformation
Hydrogen enables new production routes for industries such as steel and chemicals. Engineers must design production systems that integrate hydrogen safely and efficiently into existing industrial processes.

Energy system integration
Large industrial hydrogen demand requires integrated systems connecting renewable electricity, electrolysis, hydrogen storage and industrial users.

Technology scaling
Scaling hydrogen technologies requires advances in electrolysers, hydrogen transport infrastructure and hydrogen-based industrial equipment.

Understanding the demand drivers behind hydrogen deployment helps engineers anticipate future technology needs and infrastructure requirements.

What readers will find inside the report

The Hydrogen Lead Markets framework study provides detailed insights into how hydrogen demand could be created through industrial policy.

Industrial sector analysis
The report examines European steel and fertilizer industries, including production volumes, emissions and hydrogen-based production technologies.

Hydrogen demand modelling
The study estimates the hydrogen demand that could result from different lead market mechanisms and industrial transformation pathways.

Policy design frameworks
Several regulatory models are analysed, including product standards, quotas and market incentives.

Market transformation strategies
The report discusses how lead markets could help Europe establish early leadership in low-carbon industrial products.

Useful figures and tables in the report

The report includes several visual resources that help readers understand the role of hydrogen in industrial decarbonisation.

Hydrogen demand from lead markets
Charts showing how policy instruments could generate large-scale hydrogen demand in industry.

European steel sector overview
Figures describing production volumes, emissions and hydrogen-based production pathways.

Hydrogen-based steel production routes
Comparisons between conventional blast furnace steel production and hydrogen-based direct reduction processes.

Ammonia and fertilizer market analysis
Tables describing ammonia production, fertilizer consumption and hydrogen demand potential.

These visual resources provide valuable insights for engineers, policymakers and students working on hydrogen technologies.

Why this report matters for Europe

Hydrogen deployment requires not only production capacity but also strong industrial demand.

Lead markets could help bridge the gap between hydrogen supply and industrial adoption by creating predictable markets for hydrogen-based products.

By linking hydrogen development with industrial policy, Europe could accelerate the transition toward climate-neutral industry while maintaining competitiveness in global markets.

Download the full report to explore the detailed analysis, policy frameworks and hydrogen demand scenarios for European lead hydrogen markets.