The manufacture of polymer material parts, particularly for the storage of hydrogen, meets increasingly complex specifications. Optimization of manufacturing processes is necessary. Through this project, we propose the development of an ultrasonic characterization tool of the polymer material during the manufacturing process. This tool will allow the non-destructive and in situ characterization of mechanical, physicochemical and geometrical properties. The viscosity and the thickness of the polymer can be measured. Thus, better control of the manufacturing processes will improve the properties of the materials formed on the one hand and on the other hand to optimize industrial processes resulting in a significant decrease in the energy consumed during the formation of parts. The development of a demonstrator on a prototype rotomoulder will be carried out. This will test innovative compositions of polymeric materials meeting hydrogen storage specifications in tanks with higher pressures than those currently achieved with comparable technologies. The tool thus developed may, in addition, be adapted to all existing thermoplastic processes.
Publication scientifique : 3
Rapport final : 4
Produit / Prototype : 4
Emplois crées : 4
Publication scientifique : 21
Project leader
Member partner
No member partner
RHEAWAVE
Start of the project on26 / 04 / 2024 | End of project on26 / 04 / 2024
Strategic business lines
Smart grids
Smart grids
Referent of the project
Stéphane OURY
06 80 33 73 61
stephane.oury@s2e2.fr
Pays de la loire
The ZORG project aims to achieve a unified understanding of the links between zinc electrolyte…
The HyBer project is an ambitious initiative to create a hydrogen ecosystem in the department…
.png)
 (1).jpg)
