Our research
HyValue develops scientific knowledge, technological solutions and societal frameworks for hydrogen and ammonia value chains. Our research spans production methods, infrastructure, end‑use technologies, safety science, societal acceptance and value‑chain integration. The goal is to reduce uncertainty, support investment and contribute to a competitive and sustainable hydrogen economy.
Research themes
1. Production technologies
We investigate catalytic processes, electrolysis performance, methane cracking and offshore production designs. This includes materials development, process modelling and system integration.
2. Transport and storage
Research covers subsurface storage, pipeline behaviour, metering technologies and regulatory conditions for safe and resilient distribution systems.
3. End‑use applications
We study hydrogen use in industry and maritime sectors, including fuel cells, engine technologies, hybrid power systems and tools for real‑time optimisation.
4. Safety and risk
Our work includes modelling of accident scenarios, strength‑of‑knowledge analysis, experimental planning and improved approaches to hydrogen safety regulation.
5. Societal impact and acceptance
We analyse public perceptions, narratives, governance challenges and how hydrogen projects become embedded in local contexts.
6. Value‑chain integration
We assess investment conditions, legal frameworks, market design, maritime corridors and coordinated infrastructure planning.
Research structure
HyValue’s research is organised in six scientific work packages collaborating across disciplines.