Science and technology for tomorrow

ESA Astronaut Andreas Mogensen travels around Denmark and shows children and young people how science and technology play an important role in space missions and the space industry in general.

With support from the Grundfos Foundation, researchers at DTU have developed new theoretical knowledge that contributes to a better understanding of the dynamics of turbulence. A new DKK 12.5 million grant allows the continued work of developing the understanding of turbulence.

Traditionally, reduction of phosphorus in lakes has been achieved by either digging up the sediment or by adding aluminium, which binds the phosphorus. Both are radical interventions that can have a negative effect on a lake’s ecosystem.

Join the open seminar on Circular Phosphorus Recovery at the Technical University of Denmark or online on 22 and 23 May.

The 2023 Grundfos Prize keynote was delivered by Ass. Professor Kasper Retzel, University if Southern Denmark. He is part of a wider consortium of universities that we have put together to figure out how we can save our lakes from the deadly nutrients that wash out of Denmark's over-cultivated soil. And maybe even build technologies to recycle valuable natural resources.

The artificial intelligence (AI) market is seeing explosive growth. This is cause for both excitement and concern. The dilemmas are piling up – for what is the significance of AI technologies for the individual and society? In a groundbreaking project supported by the Grundfos Foundation, a research group will investigate the tension between technology, ethics, regulation and value creation in the new world of AI.

For the second year in a row, Next Generation Water Action brings together 100+ selected international young academics and entrepreneurs to tackle the most pressing global water challenges by developing bold, sustainable solutions with industry, academic and public partners.

Results from tTEM surveys conducted in two refugee camps and several host communities in western Tanzania demonstrate the capability of the method to characterize shallow aquifer systems with high lateral and vertical resolution, with data collection typically exceeding 15 to 20 line-kilometers (km) per day.

Tuesday 18 May was the grand finale of the accelerator programme Next Generation Water Action with exciting prizes for a number of young entrepreneurs and academics. For Grundfos and the Foundation it was also an opportunity to collaborate more deeply and each contribute toward a shared goal.