
DILO Hydrogen supports customers in the safe handling of hydrogen, from high-density connections to service, commissioning, and hydrogen filling applications. Leveraging the DILO Group’s decades of expertise in gas handling technologies, we develop practical and reliable solutions tailored to real-life operating conditions.
Our mission is clear: to systematically reduce risks associated with hydrogen handling while enabling safe, standardised, and scalable hydrogen applications across industrial and mobility sectors.

The safe handling of hydrogen places high demands on technology, leak-tightness, and system integration. This is exactly where our expertise lies. Building on the DILO Group’s decades of experience in gas handling, DILO Hydrogen develops reliable solutions for the safe handling of hydrogen. We support our customers in establishing and operating safe, standardized, and scalable hydrogen applications.
What drives us is the commitment to developing innovative and practical solutions together with our customers, thereby contributing to the safe use of hydrogen in both industrial and mobile applications.
We support the implementation and operation of hydrogen applications with high-density components and equipment designed for servicing, commissioning, and hydrogen filling processes:
Future Developments for Hydrogen Handling in Operational Environments:
We create scalable solutions for decentralised hydrogen production and mobile applications:

We integrate our solutions into our customers’ existing processes, creating safe, reliable, and efficient conditions for hydrogen handling. Through a strong focus on operational requirements and system compatibility, we help ensure the safe deployment and long-term reliability of hydrogen applications across a wide range of industrial and mobility environments.
Our hydrogen product portfolio supports key applications across the entire hydrogen handling value chain. It ranges from the H₂ Service & Commissioning Unit for commissioning, maintenance, and servicing operations to mobile hydrogen filling solutions, as well as high-integrity fittings and tubing systems designed for demanding hydrogen applications.
By combining technical expertise with practical engineering, we deliver robust, reliable, and field-proven solutions that enable the safe and efficient handling of hydrogen throughout its lifecycle."
TThe H₂ Service & Commissioning Unit automates key processes for the commissioning, servicing, and maintenance of hydrogen systems. By integrating essential functions into a single platform, it enables efficient, standardized, and safe handling of hydrogen throughout the entire service lifecycle.

Mobile hydrogen refuelling up to 350 bar made easy - fast, safe, fully automated and ready wherever it is needed.

Compact, flexible, and safe – the mobile H2 service cart brings core service functions wherever they are needed, supporting hydrogen vehicles and systems with ease.

Our fittings and piping are perfect for hydrogen applications and offer maximum gas tightness, even under extreme conditions.

Expertise with vision. Technology that secures the future.
For now 75 years, DILO has stood for safety, innovation and responsibility in the handling of industrial gases. Behind this are dedicated people who work with expertise and conviction to find solutions for a sustainable future.

Driven by innovation, inspired by fresh thinking. That is why DILO Hydrogen actively engages with startups and platforms that share our vision for safe and scalable hydrogen solutions. As an equal partner, we combine engineering expertise with entrepreneurship.
Where hydrogen’s future meets innovation - live and in action.
| Hydrogen Technology Expo | ||||
| 20.-22. October 2026 | Hamburg, Germany | Stand: Hall: B5 5B30 | learn more | |
CONTACT
Your questions. Our solutions.
Whether you have initial questions, specific project ideas or require tailor-made products, we look forward to hearing from you. Write to us or call us directly – we will support you on your journey towards sustainable hydrogen use.