Hydrogen

Creating technologies to enable hydrogen mobility and make hydrogen aircraft a reality
Discover more

Hydrogen is poised to play a crucial role in global decarbonisation – particularly when it comes to harder-to-abate emissions from the mobility and industrial sectors.

But scaling green hydrogen will require significant investment in renewable energy production systems, electrolysers, fuel cells, transport, storage infrastructure and more. At the same time, increasing the social acceptance of hydrogen mobility and hydrogen aircraft requires continued cross-industry collaboration.

Our impact

To unlock the potential of green hydrogen, safety issues around hydrogen mobility and hydrogen aircraft need to be addressed. Our ISO 26000-compliant consultants have an extensive track record of securing critical infrastructure and are well-versed in ESG reporting frameworks, global risk assessment methodologies and sustainable development legislation.

Our holistic approach encompasses design, testing, production, operation, maintenance and recycling, and spans the entire hydrogen value chain – production, transportation, liquefaction, gas treatment and storage.

We’re playing a key role in Airbus’ ground-breaking ZEROe initiative, which is creating the world’s first zero-emissions hydrogen aircraft. As part of the initiative, Airbus Protect is building safe and secure hydrogen supply chains through the modelling and analysis of H2 and LH2 phenomena.

Speak to our hydrogen mobility and hydrogen aircraft experts

Get in touch to find out how we can support you.

Find the right solution

What's new?

Filter
Blog 3D modeling computer

Industrial risk: Why we’re investing in enhanced 3D modelling capabilities for hazardous phenomena

Why do accurate 3D simulations depend on computing power? Airbus Protect’s Sustainability Business Unit studies various industrial risk scenarios, including toxic dispersion, fire and explosion. To do this, we use accurate 3D simulations. Creating these efficiently (with acceptable restitution time) relies on computing power.  Computing power is particularly important when computational fluid dynamics (CFD) is […]

Blog

Security governance

Trained as an agricultural engineer and passionate about IT, I had the opportunity to resume my studies to obtain a master degree in information systems engineering. Through out years of experience, I have developed a particular affinity with the quality and then the security of IS. During the last 12 years, I have been contributing […]

White Papers

A security model for distributed critical systems

This document presents a security architecture model for critical, distributed systems. As a model, it is a good tool to simplify analysis on complex systems, and is useful both in assessing existing systems, where divergence from the model points to probable security issues, and building new systems, where fitting in the model guarantees past experience is taken into account.