CareSTOR project explores for the first time the potential of combining intensified processing of biomass (hydrothermal) with high throughput activation strategies to produce nanoporous carbons with an unwitnessed blend of total pore volume and electric conductivity.
Pioneer scale-up of the production process of NPCs will provide Supercapacitor manufacturers in the consortium exclusive access to ground-breaking material enabling unprecedented specifications and cost reduction for storage devices.
At least 3 different families of Supercapacitors are addressed within the scope of the project:
Each product family will benefit from fine tuning of NPC properties such as Pore Size Distribution, Total Pore Volume, Particle Size and Surface chemistry.