New MSCA PhD student at Apria
2 de October de 2023
ASTERIx-CAESar project awarded under HORIZON EUROPE program
5 de October de 2023SUMMARY
Hydrogen production from purified wastewater through electrochemical treatments (RES2H2)
- Funding: Plan de recuperación para Europa NextGenerationEU
- Call: PERTE de EnergÃas Renovables, Hidrógeno Renovable y Almacenamiento
- Project code: PRH2CVAL4-C1-2022-0069
- Budget: 1,632,338.00 €
- Period: July 2023 – July 2026
OBJECTIVE
Improving hydrogen production
The RES2H2 project aims to improve hydrogen production from wastewater by developing electrolyzers that do not rely on highly purified and deionized water and allow its implementation in different fields.
By developing water electrolyzers based on anion exchange systems (AEM) that, unlike standard systems, do not rely on highly purified and deionized water (wastewater will be used), yet offer energy efficiency, H2 productivity, and stability comparable to standard systems.
TIMELINE
The project, initiated in July 2023, is set to present its final results in July 2026
2023 - 2024AEM SYSTEM
Lab-scale assembly and validation of the AEM system2024 - 2025DESIGN
resAEM prototype design and construction2025 - 2026VALIDATION
Implementation and validation of the resAEM prototype in a real operating environment.
ROLE OF APRIA
Electrolysis systems
Apria's role in the RES2H2 project is the engineering of the electrolysis systems.
CONSORTIUM
The project is formed by a consortium of four partners
ICFO- Instituto de Ciencias Fotónicas, Depuración de Aguas del Mediterráneo DAM, Sixsenso Technologies S.L, and Apria Systems S.L.
RES2H2 is co-funded by "Plan de recuperación para Europa NextGenerationEU" of the European Union
Grant Agreement No. PRH2CVAL4-C1-2022-0069
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