
This special edition, produced in collaboration with the consortium ARC CBBC, explores the concept of the “Refinery of the Future”, a crucial yet challenging vision. Would it be possible to build a fully fossil-free refinery that could meet post-2050 demands by employing new feedstocks, new energy sources and new processes? You’ll find answers to this question and much more in this special.
Researchers from Utrecht, Eindhoven and Delft are teaming up with several industrial partners in a five-year multilateral ARC CBBC project to carry out optimisation at both atomic and reactor scale of methane pyrolysis.
Lees artikelDefining the future of the chemical industry is a good start, but realizing these visions will prove challenging. We asked Bas de Bruin, Guido Mul and Atsushi Urakawa, all of them PIs within ARC CBBC, to share their ideas on how we can turn that envisioned future into reality.
If you ask ARC CBBC researchers, future coatings will be able to adapt to light, temperature or chemicals and even be self-healing.
Electrosynthesis is gaining traction as an interesting method to enable sustainable production processes. For example, by creating relevant chemical building blocks from carbohydrates.
Colour is an intriguing phenomenon, as it is truly in the eye of the beholder. To create that sensation of colour, nanometer-scale particles need to be structured in just the right way.
Lees artikelTo keep pace with a rapidly changing world, the chemical industry will have to reinvent itself, says Bert Weckhuysen, scientific director of the ARC CBBC consortium.
Lees artikelWhen you’re driven by something bigger than yourself, it’s hard to put your work down, says Thomas Freese (32).
With the end of her PhD track in sight, Sofie Ferwerda explains how she navigates the worlds of academia and industry in her research, which includes a collaboration with BASF.
Combining transdisciplinary challenge-based education with design thinking creates a unique environment for students to learn skills that will help them navigate sustainability transitions.
You won’t see editor-in-chief Esther Thole charging down a black slope. But when it comes to mindblowing science, she can stomach steep descents and sharp curves.
Lees artikelMarie Brands just went for it. Driven by her passion for sustainability, she founded Elexel, an independent electrolyzer testing and scale-up service company. Though it is still in its early stages, she dreams big.
Lees artikelLes techniques de microscopie à super-résolution repoussent les limites fondamentales imposées par les lentilles optiques. À la TU Delft, Carlas Smith étudie où se situe réellement cette limite inférieure, avec pour objectif de la déplacer encore.
What if choosing the ‘wrong’ career path wasn’t really possible? Isabelle Kohler replaces the old metaphor of the career ladder with something more honest: a scaffolding, multidirectional and open-ended – and a space to explore for early-career researchers.
Scientists at Utrecht University have developed an optical method for visualising electrochemical processes at the nanoscale. The technique uses nanogaps and scattered light to track reactions in attolitre volumes without labelling, as the researchers demonstrate in PNAS.
For the first time, it has been possible to transport Cu⁺ through cell membranes using a small biomimetic molecule, without the aid of proteins. According to an international team in JACS, this completely unexpected development has the potential to become a potent anti-cancer strategy.
Trois hautes écoles flamandes ont uni leurs forces pour lancer un nouveau graduat destiné aux assistants de laboratoire. La formation en assistance de laboratoire s’appuie sur les anciens graduats en biotechnologie et en chimie. Le programme a été actualisé et renommé afin de mieux correspondre aux réalités du terrain. « ...
Pour Filip Van Lijsebetten (29 ans), le passage était presque naturel : durant son doctorat, il s’est senti de plus en plus attiré par le rôle d’agent de brevets. « Parfois, il s’agit d’inventions pour des boîtes à gâteaux, parfois pour du papier toilette. »
Les imprimantes 3D permettent de concevoir des équipements avancés et sur mesure à un coût accessible. Cette approche englobe aussi bien l’impression de composants spécifiques que la transformation de l’imprimante elle-même en robot de laboratoire. « Autrefois, les chercheurs construisaient eux-mêmes les dispositifs nécessaires à leurs expériences. »