[ collaboration ]
Tallinn University of Technology , the University of Tartu , Eindhoven University of Technology , and the University of St Andrews . Several groundbreaking achievements have resulted from these collaborations , but a better example than the validation of Stargate ’ s iridium-free alkaline electrolysers by the University of Tartu could hardly be found .
Dr . Nerut from the University of Tartu commented : “ Stargate Hydrogen is an ambitious company challenging the industry incumbents with its novel approach to electrodes and catalyst materials . We are happy to have contributed to this development work and are looking forward to the next steps of the collaboration .”
The first phase of a joint development project was successfully concluded in March 2023 , focusing on the electrochemical characterization of novel catalyst materials developed by Stargate for use in next-generation , precious metal-free alkaline electrolysers . Electrochemical measurements
were carried out by researchers at the Institute of Chemistry at the University of Tartu , and the results confirm the high activity of Stargate ’ s nanoceramic materials .
These improved coating methods can help enhance electrolyser efficiencies and pave the path toward mass production . Developing methods that enable mass production of electrolyser sub-components is critical to achieving the ambitious scale-up plans set by the industry – plans that could only be realized through collaboration with such universities .
Third pillar : European-funded projects
The third pillar of collaboration at Stargate Hydrogen are the IPCEI projects ( Important Projects of Common European Interest ), actively taking part in European Union-funded projects focused on advancing hydrogen technology and infrastructure .
Marko explains : “ By leveraging the resources and expertise made available through
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