Fuel Cell Production Lab
Advanced Ceramic Processing for Electrochemical Technologies
The Fuel Cell Production Lab is a specialised facility for the ceramic processing of solid oxide fuel cells (SOFCs) and electrolysis cells, supporting both research and industrial scale-up. Designed for high-throughput and precision, the suite enables kilogram-scale production of ceramic materials through spray drying, alongside comprehensive characterisation tools such as scanning electron microscopy and particle size analysis.
Capabilities & Services
The lab offers:
- Ceramic material synthesis at scale
- Slurry and ink formulation to commercial standards
- Electrochemical cell printing on diverse substrates
- Process development and optimisation for fuel cell and electrolysis technologies
Whether you’re developing new materials or scaling up production, the facility provides the flexibility and control needed to meet demanding technical requirements.
Equipment Highlights
- Automatic screen printer for high-volume, precision printing on various geometries
- Belt oven for consistent thermal processing
- Spray dryer for scalable ceramic powder production
- Characterisation tools including SEM and particle size analysis systems
- Commercial-grade formulation equipment for slurries and inks
Industry Engagement
The Fuel Cell Production Lab is an ideal environment for manufacturers and researchers aiming to scale up their technologies in a centralised, well-equipped setting. It supports innovation across the fuel cell and electrolysis landscape, helping organisations accelerate development and reduce risk.
If you’re interested in working with Fuel Cell Lab, please contact the team.
School of Chemistry Laboratories
The University’s School of Chemistry, based at the Purdie Building on the North Haugh, plays a central role in advancing fuel cell technologies. These labs support the development of solid oxide fuel cells (SOFCs) and electrolysis cells, with expertise in ceramic processing, electrode materials, and electrochemical characterisation. Read more.
