Materials and cells
Ceramic nanotechnology: engineering powder composition, thin-layer architecture and cell structure, with quality checks at each stage.
Our ambition is to develop a Ukrainian solid oxide fuel cell (SOFC) platform: from ceramic materials and cells to modular systems for industry. It aims to turn available gaseous and liquid fuels into electricity and useful heat efficiently.
Each layer supports the next: materials enable repeatability, systems engineering enables operation, and partnerships open a path to deployment.
Ceramic nanotechnology: engineering powder composition, thin-layer architecture and cell structure, with quality checks at each stage.
Fuel system, thermal design, power electronics, controls and durability testing.
Researchers, manufacturing partners, pilot sites, capital and a future service network.
From Odesa experiments to today’s laboratory: a visual history of Ukrainian fuel-cell research.



Test results and available resources will determine the pace. Expand each stage to see the technical work involved.
Materials, cells, stack design, production and quality methods, and the necessary test infrastructure.
The target is stable operation on natural gas, with an external reformer integrated into the module, replaceable stacks and extended durability tests.
These assemblies form 50 and 100 kW configurations; pilot operation at a partner site validates integration and service.
The long-term goal is systems of approximately 250–1,000 kW and modular power plants of 5 MW and above. Configurations and performance will require separate validation and certification.
This is a target roadmap. It does not indicate that serial products or confirmed delivery dates are available.
We are seeking support for a 1500 W industrial SOFC generator prototype, testing and an engineering base in Ukraine. Financial gifts, equipment and professional contributions can all help.
We are looking for concrete shared tasks, from research materials and testing to an industrial pilot site. Support and early interest in future systems will help shape priorities.
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