ECOREVE concerns the electrolysis of water vapor at high temperature. It brings together 2 CNRS partners (ICMCB-LEPMI), 1 EPIC (CEA), 1 industrial (SRT-Microelectronics), 1 research center (ARMINES-SPIN). The goal is to optimize the microstructure of the electrodes to improve the performance and durability of the electrolyser, a major technological lock. For this purpose, architectured electrode microstructures will be developed. Three original methods will be implemented to meet the specifications: screen printing (gradients of composition / porosity), impregnation, electrostatic atomization. To guide the development, a prediction of the electrochemical properties will be carried out by generating digital microstructures and 3D reconstruction of the real electrodes. Degradation rates of 0.5% / kh (mono-cell) and 1% / kh (stacking) are targeted. Two French manufacturers will intervene in the project: Marion Technologies will be subcontractor of the ICMCB for the supply of commercial powders while the company SRT-Microelectronics, partner of the CEA, will ensure the technology transfer and the manufacture of cells on a large scale.
Publication scientifique : 7
Publication scientifique : 83
Emplois crées : 15
Member partner
No member partner
LABORATOIRE LEPMI (CNRS ST MARTIN 38)
ARMINES - GÉOSCIENCES
Start of the project on29 / 05 / 2023 | End of project on29 / 05 / 2023
Strategic business lines
Smart grids
Smart grids
Referent of the project
Florentin BORÉ
06 66 39 55 43
florentin.bore-ext@st.com
Centre-Val de 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)
