Hydrogen will play a key role in decarbonising transportation and the future of mobility.
As the hydrogen value chain continues to grow, safety must be built into the core of new H2-powered transportation systems. In fact, the future success of this nascent sector depends on defining and implementing strong safety and security standards that cover production, distribution and usage.
Airbus Protect’s hydrogen expertise encompasses the entire value chain – from production and transportation to storage and even embedded applications (fuel cells, hydrogen combustion, etc.).
Our consultants are currently supporting multiple H2 mobility initiatives – including hydrogen aircraft, boats, trains and road vehicles.
Through our involvement in groups such as the French Hydrogen Association, we’re helping to guide the industry-wide conversation around safety and security for hydrogen mobility.
Our teams offer a holistic end-to-end approach. This involves:
We offer on-demand services, digital solutions and consulting to help organisations achieve their safety and compliance objectives. With the support of our highly skilled consultants, experts and trainers we assist our clients in managing and mitigating hydrogen-related risks and, in doing so, enhancing their overall sustainability. Our offering includes:
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Aviation is known for its precision, and precision in terminology is crucial, especially when it comes to safety. Two terms that often cause confusion are continuing and continued airworthiness. At first glance, they seem almost interchangeable. However, in regulatory and operational contexts, the two terms refer to different and distinct processes for aviation. Understanding the [...]
In this series, we ask safety, sustainability and cybersecurity experts three questions about their role at Airbus Protect. Today, meet Gabin Ricouart, a former intern and propulsion safety and certification engineer based in our Toulouse office. Can you tell us more about your internship at Airbus Protect? During my internship, I worked on the particular […]
Case study of helicopter air conditioning system and MBSE integration Introduction The aeronautics sector is characterised by extremely strict performance, safety, and reliability requirements, making the development of new systems inherently complex. Onboard mechanical systems, such as helicopter air conditioning systems, shall not only meet rigorous technical specifications but also integrate flawlessly into an overall […]
