Skip to main content
ARMS Project
  • Home
  • About
  • Partners
  • Resources
    • Newsletter
    • Deliverables
  • News & Events
  • EAB
  • Faces Behind Science
  • Beyond the Lab Coat
  • Subscribe
  • Videos

Recent Posts

  • Latest ARMS publication highlights advances in flexible energy storage
    24. Aug 2026
  • Thinking big in a nano-world
    12. Aug 2026
  • From Graphene Fibres to Flying Drones: Jinhua Sun Explains His ARMS Research in New Graphene Flagship Video
    7. Aug 2026
  • ARMS Showcased at ECCM22 in Oslo
    9. Jul 2026
  • ARMS research results in a poster presentationat at FMNT 2026
    25. Jun 2026
  • Advancing Sustainable Energy Storage: Highlights from the ARMS Workshop at FM&NT 2026
    15. Jun 2026
  • From Master’s Thesis to ARMS research: a story from Tampere University
    20. May 2026

Environmentally friendly supercapacitors with an aqueous hybrid electrolyte developed by Danish company InnoCell

October 11, 2024 at 12:00 pm, No comments

InnoCell5.jpg

InnoCell specializes in the development and manufacture of new types of supercapacitors. One of the company’s primary objectives is to create supercapacitors that are as sustainable, safe, and environmentally friendly as possible.

The ARMS project plays a significant role in achieving these goals by fostering collaboration among many of Europe’s leading experts in relevant fields, providing InnoCell with a unique opportunity to improve its core technologies.

Within the project, InnoCell is developing its bio-curved graphene electrode material alongside other high-performance bio-based electrode materials. These materials undergo further enhancement through Atomic Layer Deposition (ALD) treatment to improve capacitance and electrochemical stability. In addition to electrode material development, the interaction between the electrolyte and electrode is studied, leading to the optimization of electrolytes based on InnoCell’s patented aqueous hybrid electrolyte technology.

The final materials are demonstrated in both traditional supercapacitors with pouch cell encapsulation and novel approaches such as flexible and structural supercapacitors.


No comments

Leave a reply







  • Newsletter