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The energy transition is a crucial weapon in the fight against climate change – societies biggest challenge. Only if our energy system is carbon neutral by 2050 we will be able to mitigate the effects of climate change. But at the current pace, we will not get there in thirty years’ time. That is why “speeding up the energy transition” is the theme for our 180th anniversary year – a year in which we celebrate our active role in the energy transition.

Nederland haalt steeds meer stroom uit zon en wind, maar wat als de zon niet schijnt en het niet waait? Dan zijn batterijen en waterstof belangrijke alternatieven. Fokko Mulder vertelt het Financieel Dagblad over 'zijn' Battolyser.

Genome editing technologies such as CRISPR-Cas systems are revolutionizing the life sciences because they make it possible to change or repair the genomes of cells with high precision. However, a major challenge that hampers widespread application is that genome editing requires getting molecular tools (nucleic acids and enzymes) into the cell, across the its insulating membrane.

By the end of 2021, the Delft Process Technology Institute reached the end of its second period. We are happy to inform you that on 18th January 2022 we received formal approval from the TU Delft Executive Board to start a third period. In close consultation with our research cluster coordinators, we decided to use the occasion to change the name of our institute to: TU Delft Process & Product Technology Institute.

On its 180th anniversary in January, TU Delft will reflect on its role in the energy transition, and especially on how to accelerate it. This is a complex issue with the ultimate goal of a safe and reliable energy system. A team of 10 scientists gives this acceleration a face.

The NWO executive board has awarded thirteen applications in the ECCM KICkstart DE-NL Call. The research focuses, among other things, on bridging the gap between materials at the nanoscale and the large-scale production of these materials, so that the latest developments, for example for the development of electrolysers, can be applied more quickly.

Next year, TU Delft will be celebrating its 180 anniversary. We will celebrate this with the Energy Transition theme. We would like to invite you to submit your best scientific articles in the energy field!

The BSc thesis AMCEL award was won by Manoj Coppens for his research on the electrochemical NO reduction in a PEM cell, as part of his BSc research project at Delft University of Technology (TuD) under the supervision of prof. Atsushi Urakawa.

CO2 kun je opvangen en elektrochemisch omzetten in waardevolle producten. Toch kost zowel het opvangen van CO2, als het omzetten ervan, veel energie. Een juiste combinatie van beide processen kan het energieverlies echter beperken en tal van materialen besparen, stelt de Delftse onderzoeksgroep van David Vermaas in een onlangs verschenen artikel.