Tag Archives: hydrogen technology

High-pressure hydrogen production-hyprael

HYPRAEL to present at X-SEED project second workshop on high-pressure hydrogen production

Posted on by

 

The HYPRAEL project will participate in the X-SEED Project Second Workshop, a key event dedicated to high-pressure H₂ production and end-user applications. The workshop will take place on 3 February 2026 at Snam Facilities in Milan, Italy, with hybrid attendance options available.

About the workshop

This second X-SEED workshop brings together leading European projects and experts working on high-pressure hydrogen technologies. The event will focus on innovative approaches to hydrogen production at elevated pressures and real-world industrial applications where high-pressure H₂ plays a critical role.

HYPRAEL’s participation highlights the project’s pioneering work in pressurized alkaline electrolysis technology, which produces hydrogen directly at pressures exceeding 80 bar, eliminating the need for costly downstream mechanical compression.

Why this matters

High-pressure hydrogen production is essential for reducing the overall cost and energy consumption of green hydrogen systems. By connecting projects like HYPRAEL with end-users and industry stakeholders, the X-SEED workshop facilitates knowledge exchange and accelerates the path toward commercial deployment of advanced hydrogen technologies.

Workshop Highlights

Attendees will have the opportunity to:

Connect with leading projects and experts in hydrogen technologies
Discover the latest developments in high-pressure hydrogen production
Learn how renewable hydrogen is being implemented in industrial applications
Visit Snam facilities (for onsite participants)

Event details

Date: 3 February 2026
Time: 09:00 – 16:30 CET
Location: Snam Facilities, Piazza Santa Barbara 7, San Donato Milanese, Milan, Italy
Format: Hybrid (in-person and online participation available)

Onsite participants will also have the unique opportunity to tour Snam’s hydrogen facilities, gaining firsthand insight into real-world hydrogen infrastructure.

Join the conversation

Whether attending in person or online, this workshop represents a valuable opportunity to explore the future of hydrogen, connect with the European hydrogen community, and discover practical pathways for implementing renewable H₂ in industry.

For agenda details and registration information, visit the X-SEED workshop page.

About HYPRAEL

HYPRAEL is a European innovation project developing advanced pressurized alkaline electrolysis technology for more efficient and cost-effective green hydrogen production. The project aims to produce hydrogen at pressures above 80 bar and temperatures up to 120°C, using sustainable PGM/CRM-free materials.

Funded by the Clean Hydrogen Partnership under Grant Agreement No 101101452, HYPRAEL brings together leading European research institutions and industry partners including Aragon Hydrogen Foundation (coordinator), Fraunhofer IWS, AGFA, VECO, and Syensqo.

For more information:
Website: www.hyprael.eu
LinkedIn: HYPRAEL Project
Twitter/X: @HYPRAEL_EU

 

hyprael-green-hydrogen-electrolyzer-at-80-bar

HYPRAEL: the project that wants hydrogen to breathe pressurized?

Posted on by

In European laboratories, driving high pressure green hydrogen production, where steel pipes intertwine like arteries and steam sketches invisible maps in the air, teams of engineers are driven by a shared obsession: to free hydrogen — as much as possible — from its dependence on mechanical compressors. Learn more about the project’s foundations on the  .

This isn’t science fiction. It’s HYPRAEL, a project that sounds futuristic but is being built, quite literally, with hands in the present. Its goal is as bold as it is concrete: to produce green hydrogen directly at pressures beyond today’s state of the art, drastically reducing the need for mechanical compression afterward.

When the challenge is invisible, but heavy: compression

Today, producing hydrogen isn’t the main issue. The real challenge comes next. To store or transport it, it must be compressed. And that costs energy, money, and time. HYPRAEL aims to skip that step — or at least, make it much smaller.

The alkaline alchemy

The chosen technology isn’t new, but the ambition behind it is. Alkaline electrolysis has been used for decades, but it has never been pushed this far: to operate above 30 bar, to explore its limits and aim for 50 or even 80 bar of pressure, while also improving efficiency at higher temperatures — with advanced, sustainable materials and minimal loss in performance. It’s like asking a bicycle to compete with a bullet train… and win. Discover the full scope of the initiative through its listing on .

But the researchers aren’t intimidated. They’re redesigning cells, testing new electrodes and separators, and fine-tuning each parameter like a symphony. Because they know that if this works, it could change the rules of the game.

Beyond the lab

HYPRAEL doesn’t stop at academic papers. It’s grounded and focused on the industry. The project will validate prototypes under real-world conditions, measure environmental and economic impact, and work toward a future where Europe not only consumes green hydrogen — but produces it with homegrown technology. Read how the is coordinating this European effort. View the project details on the .

A European effort, built together HYPRAEL is not a solo endeavor — it’s powered by a consortium of leading institutions and companies across Europe. Coordinated by the Aragon Hydrogen Foundation, the project brings together key players such as Fraunhofer, Green Hydrogen System, AGFA, VECO, and Syensqo. Each partner contributes its expertise: from advanced materials and cell design to industrial validation and process engineering. This collective effort ensures that HYPRAEL’s innovations are not only technically sound, but scalable, sustainable, and aligned with Europe’s vision for clean hydrogen production.