Research project: H₂DemoLab

H₂DemoLab: Hydrogen Power at Campus Kuchl

At the new H₂DemoLab on Campus Kuchl, hydrogen becomes a hands-on experience – from electrolysis to a mobile refuelling station. Research, practice, and future technology united in one place.

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Georg Brunauer, researcher and head of the H₂DemoLab, Alexander Petutschnigg, Head of the Department of Design and Green Engineering, and Thomas Schnabel, Head of Research at the department, at the opening of the H₂DemoLab at the Kuchl campus.

What began in spring 2024 as a demonstration electrolysis lab at FH Salzburg’s Campus Kuchl was, for the first time in November, expanded into a complete hydrogen value chain, including an electrolyser, refuelling station, H₂ vehicles, and construction machinery. A mobile station and an H₂ wheel loader showcased green technology in action.

“Hydrogen is a key technology for the energy transition and a major opportunity for Salzburg as a business location. We cannot achieve ambitious climate targets without an adapted hydrogen infrastructure,” says Georg Brunauer, lecturer in the Smart Buildings in Smart Cities degree programme and expert in sustainable energy systems. The new real-world lab gives students the chance to work directly on a hydrogen plant, learn safety concepts, and analyse the efficiency of hydrogen systems. “Our goal is not just to teach theory, but to provide practical skills for the industry of tomorrow,” Brunauer adds.

The H₂DemoLab is part of a broader initiative: FH Salzburg is driving the Salzburg–Bavaria H₂ Initiative forward, supported by EU INTERREG, the commitment of the State of Salzburg, Innovation Salzburg, Energie Südbayern, and partners Salzburg AG, SAG, and AustroCell Hallein.

“Collaboration with companies opens exciting opportunities for our students – from internships to research projects,” Brunauer continues. “This is how we combine climate protection, research, and career prospects.”

Georg Brunauer
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„Die Zusammenarbeit mit Unternehmen eröffnet unseren Studierenden spannende Perspektiven – von Praktika bis zu Forschungsprojekten“, erklärt Georg Brunauer weiter. „So schaffen wir Klima-schutz, Forschung und Job-Perspektiven.“

Added Value for Students:

  • Hands-on experience: Operation and analysis of PEM electrolysers.

  • Research up close: Development of simulation models for hydrogen systems.

  • Networking: Partnerships with industry and international projects.