High-Precision Ceramic Processing & SOEC Component Manufacturing
Overview
Pilot Line 7 provides advanced additive manufacturing solutions for electrolysis components using high-precision 3D printing technologies. The pilot line enables the fabrication of complex ceramic and functional structures tailored for hydrogen production systems, supporting rapid prototyping, material optimisation, and process validation at pre-industrial scale. By integrating advanced material formulation, processing and controlled sintering processes, PL7 accelerates the transition from laboratory-scale concepts to industrially relevant components. Its unique value lies in combining design freedom, performance optimisation, and scalability within a single open-access infrastructure dedicated to clean hydrogen technologies.
Key Characteristics & Goals
- Enable manufacturing of complex ceramic components for electrolysis using advanced 3D printing technologies
- Support rapid prototyping and validation of innovative materials and geometries
- Bridge TRL 4–7 by scaling lab developments toward pre-industrial manufacturing
- Reduce material waste and improve design flexibility compared to conventional forming techniques
Benefits & Potential
PL7 supports external users, including SMEs and industrial partners, by providing access to advanced additive manufacturing infrastructure without requiring large upfront investments. The pilot line enables rapid iteration of component designs, allowing companies to test innovative geometries and materials under realistic manufacturing conditions. This significantly reduces development time and technical risk. By offering integrated expertise in materials processing, 3D printing, and thermal treatment, PL7 helps optimise component performance while improving manufacturability. The approach enhances cost efficiency, reduces material waste, and enables customised solutions for next-generation electrolysis systems.
Technical Specs
Parameter | Specification |
Technology | Ceramic additive manufacturing (3D printing) – Solid oxide cells |
Materials | Functional ceramic |
Post processing | Controlled debinding and sintering |
TRL coverage | TRL 4-7 (Pre-industrial-Pilot Scale) |
