Cambridge researchers develop supercapacitor that absorbs CO2 while it charges

clock • 3 min read
Co-authors Israel Temprano and Grace Mapstone | Credit: Gabriella Bocchetti © University of Cambridge
Image:

Co-authors Israel Temprano and Grace Mapstone | Credit: Gabriella Bocchetti © University of Cambridge

The technology aims to speed up carbon capture and storage innovation, at a much lower cost

Researchers from the University of Cambridge claim to have developed a low-cost supercapacitor that can selectively capture carbon dioxide (CO2) gas while it charges. The device is about the size of...

To continue reading this article...

Join BusinessGreen

In just a few clicks you can start your free BusinessGreen Lite membership for 12 months, providing you access to:

  • Three complimentary articles per month covering the latest real-time news, analysis, and opinion from Europe’s leading source of information on the Green economy and business
  • Receive important and breaking news stories via our daily news alert
  • Our weekly newsletter with the best of the week’s green business news and analysis

Join now

 

Already a BusinessGreen member?

Login

More on Technology

Greater Manchester and Daikin sign deal to install 64,000 heat pumps

Greater Manchester and Daikin sign deal to install 64,000 heat pumps

Local authority inks five-year deal with global heating technology to accelerate low-carbon heating installations across Greater Manchester

clock 03 July 2025 • 2 min read
Carbon Clean opens 'world's largest' CCUS research facility in India

Carbon Clean opens 'world's largest' CCUS research facility in India

Global Innovation Centre in Navi Mumbai, India will provide demonstration facilities for emerging carbon capture technologies

clock 03 July 2025 • 2 min read
Kraken expands to serve commercial and industrial customers

Kraken expands to serve commercial and industrial customers

Kraken enters commercial and industrial market and announces Good Energy as first company to migrate customers onto platform

clock 03 July 2025 • 2 min read