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We analyse local, national and global energy systems and markets, and how hydrogen and its derivatives help in decarbonization. Being technology neutral, we aim to find systems, technologies and solutions that can accelerate the green transition with sustainable material choices.

We develop dynamic operation of electrolysers and use of hydrogen as a means of energy storage. We work on the physical storage of hydrogen and its utilization in conversion processes. Our research on combustion of hydrogen and its vector fuels in internal combustion engines offers energy-efficient, carbon-neutral and 100% circular solutions for balancing load variations, being both a substitute and a complement to batteries.

We have developed novel solutions for PEM electrolyser cathode materials, already achieving a 90% reduction platinum group metal consumption. Further, we are investigating new electrolyser technologies aiming to a 80-90% reduction in energy consumption.

We are developing solutions for aviation and marine fuels and circular plastics that require green hydrogen as raw material. We are also focusing on efficient and flexible Power-to-X solutions, as well as sustainable CO₂ sources. We develop solutions for end-users to retrofit and convert existing combustion technologies to new fuels.

Sustainability is not just a word for us - it is built into everything we do, from undergraduate education to world-class research, where minimizing the environmental impact is key.