Advanced 3D Printing & Laser Sintering for Complex Cell Geometries
Overview
PL8 provides advanced deposition and thermal processing capabilities for electrode nanomaterials in Solid Oxide Electrolysis Cells (SOEC). The pilot line enables automated deposition, shaping, and controlled annealing of nanostructured electrode materials to enhance catalytic activity and cell performance. By integrating flexible deposition techniques with conventional and Rapid Thermal Annealing (RTA), PL8 allows to preserve nanostructured features while optimising electrode-electrolyte interfaces. Its unique value lies in bridging laboratory-scale nanomaterial innovation with pre-industrial manufacturing processes, enabling scalable fabrication of high-performance SOEC electrodes.
Key Characteristics & Goals
- Enable automated deposition and shaping of advanced electrode nanomaterials
- Integrate multiple deposition techniques (PLD, magnetron sputtering, air spraying, screen printing, inkjet,)
- Implement Rapid Thermal Annealing (RTA) for nanostructure preservation
- Facilitate scalable processing routes compatible with industrial SOEC manufacturing
Benefits & Potential
PL8 supports external users and industrial partners by providing access to advanced nanomaterial deposition and thermal processing infrastructure without requiring in-house pilot-scale equipment. The pilot line enables companies to validate innovative electrode materials under realistic fabrication conditions, reducing technological risk and shortening development cycles. Through flexible deposition techniques and controlled annealing processes, PL8 allows optimisation of microstructure, catalytic activity, and durability. The integration of Rapid Thermal Annealing helps preserve nanostructured features that are typically degraded during conventional high-temperature processing. This capability enables improved intermediate-temperature SOEC performance while lowering fabrication time and energy consumption.
Technical Specs
Parameter | Specification |
Technology | Solid Oxide Cells – electrode nanomaterials |
Materials | Functional ceramic |
Deposition techniques | Pulsed laser deposition, Magnetron sputtering, Air spraying, Screen printing, Inkjet |
Manufacturing scale | Pilot-scale / Pre-industrial |
