Für die Entwicklung metallorganischer Gerüstverbindungen wurde der Preis gemeinsam mit den Chemikern Susumu Kitagawa von der Kyoto University/Japan und Richard Robson von der University of Melbourne/Australien verliehen
Economy Minister Katherina Reiche will offer 15-year climate protection contracts for firms, who must meet binding reduction milestones over the contract term to ensure measurable impact
Together with partners such as BASF, Covestro, Michelin, Continental and WWF, the brand aims to develop innovative solutions for a carbon-based circular economy while eliminating the use of fossil resources
Gemeinsam mit Partnern wie BASF, Covestro, Michelin, Continental und WWF will die Marke innovative Lösungen für eine kohlenstoffbasierte Kreislaufwirtschaft entwickeln und dabei auf fossile Rohstoffe verzichten
The patent from Sharjah University outlines a novel and highly detailed method with promising potential to reduce environmental pollution, industrial emissions, and anthropogenic CO₂
Mit der Sonderschau "Plastics Shape the Future" hat Plastics Europe Deutschland auf der K 2025 gezeigt, dass Kreislaufwirtschaft nur gelingt, wenn Erzeuger, Verarbeiter, Maschinenbauer und Recycler an einem Strang ziehen
FENC leverages its expertise to develop various recycled polyester (rPET) components, including shoe uppers, laces, linings, insoles, shanks, and toe caps
The Renewable Carbon Initiative (RCI) unites more than 80 companies leading the shift toward renewable carbon in chemicals and materials – and it is time for your organisation to take its place at our table!
Funded by the Circular Bio-based Europe Joint Undertaking (CBE JU) under the European Union’s Horizon Europe Framework ECOFUNC will drive market adoption and mainstream new bio-based materials
A new TNO VoltaChem white paper explores a bold move forward: developing and implementing Power-to-X technology for a sustainable, CO2-based production of chemicals
The country’s first operational carbon capture plant is also the world’s first waste incineration plant equipped with the capacity for full carbon capture
The young company had to achieve a number of difficult technical goals, which poised them to enter a time of unprecedented prosperity toward a circular economy
The technology leverages limestone’s natural chemistry: reversing calcination, a high-temperature process that releases CO2 by enabling lime to reabsorb carbon dioxide from the atmosphere
Vireya™ offers a new path: instead of relying on palm kernel oil or fossil feedstocks, it uses upcycled CO2 captured directly from a manufacturer’s own emissions as a raw material