A new research project is aiming to improve our understanding of so-called electro-trophic microorganisms, which can convert green electricity and CO2 to high-value products. The project is headed by Assistant Professor Jo Philips from Aarhus University, who has received a prestigious Villum Young Investigator grant for the work.

Green hydrogen produced by electrolysis has shown great promise for the green transition of Europe's energy systems. Assistant Professor Pourya Forooghi from Aarhus University has received a prestigious Villum Young Investigator grant to shed light on the physics of excessive bubble formation in electrolysers, in a bid to increase the method’s efficiency.

In collaboration with four small and medium-sized Danish companies, researchers from the Department of Mechanical and Production Engineering at Aarhus University have developed productivity and sustainability monitoring equipment to improve the performance of old production machinery. This technology can have the effect that companies with old machinery will be able to stay competitive in an ever more digitalised market.

A new research project is aiming to improve our understanding of so-called electro-trophic microorganisms, which can convert green electricity and CO2 to high-value products. The project is headed by Assistant Professor Jo Philips from Aarhus University, who has received a prestigious Villum Young Investigator grant for the work.

Green hydrogen produced by electrolysis has shown great promise for the green transition of Europe's energy systems. Assistant Professor Pourya Forooghi from Aarhus University has received a prestigious Villum Young Investigator grant to shed light on the physics of excessive bubble formation in electrolysers, in a bid to increase the method’s efficiency.

In collaboration with four small and medium-sized Danish companies, researchers from the Department of Mechanical and Production Engineering at Aarhus University have developed productivity and sustainability monitoring equipment to improve the performance of old production machinery. This technology can have the effect that companies with old machinery will be able to stay competitive in an ever more digitalised market.