Enzymatic recycling of composites, how ICP-CSIC is engineering enzymes that take the heat
In BLADE2CIRC, ICP-CSIC is engineering thermostable enzymes with machine learning to support the enzymatic recycling of composites. Meanwhile, a PhD…
BLADE2CIRC will develop a circular and greener alternative to traditional wind turbine blade designs. It will increase the share of high-performance bio-based composite materials with enhanced recyclability.
BLADE2CIRC is a Research and Innovation Action project with a duration of 42 months and 4,6M€, funded by the European Union’s Framework Programme for Research and Innovation, Horizon Europe.
A unique consortium coordinated by Aitiip, which consists os 11 partners from different European countries.
The consortium includes 5 research institutes, 5 companies and 1 University.
BioBased Thermoset and Dynamic Materials
Debonding-on-demand
In BLADE2CIRC, ICP-CSIC is engineering thermostable enzymes with machine learning to support the enzymatic recycling of composites. Meanwhile, a PhD…
Inside Aitiip’s lab, an improved resin is being tested through the same process used to manufacture real wind turbine blades…
Within the framework of BLADE2CIRC, INCOTEC is currently coordinating the technology assessment of the prioritised Key Exploitable Results (KERs) together…
At KTH, work is focused on the development of different end-of-life scenarios and strategic routes for blade materials and products.