Innovation

Propose a novel non-wet stabilization method that introduces heteroatoms at the precursor stage in combination with Electron Beam Curing (EBC) which makes the process very innovative, flexible, less time consuming and thus more economically
viable.
Exploit the potential of nanomaterials – carbon nanotubes (CNT) and cellulose nano wiskers (CNW) – as nucleation agents to further reduce the requested stabilization time and the graphitisation temperature. Lowering the graphitization temperature
from 1500° to 1200°C can contribute to cost reduction of about 15- 20% with respect to typical PAN process. This will also contribute to overall cost saving.
Innovative functionalization routes for the surface treatment of PE-based CF will be explored: (a) atmospheric plasma technology for controlled oxidation and grafting of other selected functional groups to the surface; (b) new methods of rapid
room-temperature grafting on graphitic surfaces using specific surface-attacking chemicals.
Set-up of a transportable confocal micro Raman system which will be used on the processing line for monitoring the various steps of CF synthesis.
Fundamental investigation and understanding of PE-CF/matrix interaction. Parameters such as Interfacial Shear Strength and the characteristic length scale (beta parameter) will be determined for various matrices and CF treatment and sizing.