Hydrogen's Future Availability: What Industrial Players Need to Know by 2050
A joint study by Allice, Blunomy, and Pôle Énergie
As the energy transition accelerates, hydrogen is set to play a pivotal role in decarbonizing industrial activity. Yet despite growing consensus on its long-term importance, many industrial players still lack clear visibility into how much low-carbon hydrogen will actually be available — and when.
That's the gap this study aims to close. Conducted by Allice, Blunomy, and Pôle Énergie, the research brings together the many existing projections on hydrogen supply through 2050 and translates them into a practical reading grid for industrial decision-makers.
To share the findings, Loïc, Principal and Decarbonization Expert at Blunomy, sat down with Grégory Desmidt, Business Development Manager at Pôle Énergie, to discuss where hydrogen stands today, where it's headed, and what stands in the way.
Watch the Video
→ Disponibilité future de l'Hydrogène
The conversation covers three core questions:
- What are the main use cases for hydrogen today, and how will they evolve by 2050?
- What are the leading production pathways, and will they meet industrial demand?
- What are the key obstacles to hitting the 2050 targets?
Key Takeaways
1. Hydrogen's Uses Are Set to Diversify Significantly
Today, roughly 80% of hydrogen production serves established industrial applications — fertilizer manufacturing, refining, and chemicals.
By 2050, demand is expected to expand well beyond these traditional uses, driven by:
- Decarbonizing transport, including maritime and aviation through e-fuels
- Low-carbon steel production
- High-temperature industrial heat
- Hydrogen as a key vector for storing and transporting renewable energy
Pilot applications are also emerging in heavy mobility, trucks, buses, trains, and in grid-balancing electricity storage. These uses remain marginal for now but point to where the market could expand next.
2. Meeting 2050 Demand Faces Four Structural Challenges
The study identifies four major hurdles standing between today's hydrogen market and the scale required by 2050:
- High production costs for low-carbon hydrogen, which remain a barrier to competitiveness against incumbent solutions.
- Insufficient transport and storage infrastructure at the scale needed to move hydrogen from production sites to end users.
- Limited availability of low-carbon electricity to power electrolysis at industrial scale.
- The need for a stable regulatory and financing framework to support long-term investment across the value chain.
Why This Matters for Industrial Players
For companies planning their decarbonization roadmaps, the message is clear: hydrogen availability cannot be taken for granted. Supply projections vary widely depending on the source, and the pace of infrastructure buildout, low-carbon electricity availability, and regulatory stability will all shape how much hydrogen is realistically accessible — and at what cost — over the coming decades.
This study offers industrial decision-makers a clearer framework for interpreting these projections and factoring hydrogen availability into their strategic planning with greater confidence.
Interested in how these findings apply to your decarbonization strategy? Get in touch: hello@theblunomy.com