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
The project, a collaboration between the Kielce municipal government and Warsaw-based technology firm Oraquel S.A., is framed as both an environmental initiative and a public education effort
Fully modular carbon capture units that include the carbon capture island, flue gas ducting, CO2 compression and dehydration, and solvent and maintenance tanks
The European Union (EU) awarded €14 million to a new EU-funded project, ICO2NIC (Innovative electrochemical CO2 Conversion to Versatile Feedstock), which aims to transform industrial CO2 waste into valuable materials through innovative climate technologies. Launched in January 2025, the project represents a key step in the EU’s goals for a more sustainable industrial future
Borealis, Infinium and Fullstride Ventures introduce a new sustainable material for the apparel industry: a high-performance foam made using captured carbon dioxide (CO₂) emissions
Researchers outline a path to turn carbon dioxide into a valuable green fuel and chemical feedstock, offering a promising strategy for a circular carbon economy
Researchers at the University of Copenhagen developed a method, where decomposed PET plastic becomes the main ingredient in efficient and sustainable CO2 capture
E-Fuels offer a potential path to decarbonization using existing infrastructure, but their climate benefit depends on access to low-carbon CO2 and abundant renewable energy