Controlled supply pressure
The system is designed around a defined low-pressure operating window for hydrogen supply.
HyCooker 1.0 · First generation
A hydrogen-powered cooking appliance engineered around HyBurner. Available now for research, demonstration and pilot programmes while CE certification is in progress.

Gallery
Guide photography of the HyCooker unit. More in-use images will follow.






Rated power
2.0 kW
HyBurner 2 kW combustion core
Efficiency
61%
Confirmed development reference
Hydrogen supply pressure
50 mbar
Designed for hydrogen-based fuel systems
Cooking time
~17 h with 1 kg of hydrogen (at full power)
HyCooker 1.0 reference
Emissions at point of use
0 g CO₂
Water vapour only when hydrogen is combusted
Exterior housing
Stainless steel
Brushed finish; hydrogen-compatible materials
Dimensions (W × D × H)
405 × 405 × 180 mm
Pan support 335 × 300 mm
Ignition & safety
Manual piezo · flame supervision
Flame-failure shut-off; CE pathway in progress
Certification
Advanced certification process for CE marking under the EU Gas Appliances Regulation (EU) 2016/426
In progress
Five steps from hydrogen supply to cooking flame.
Hydrogen is produced from a suitable pathway, ideally renewable electricity, and prepared for clean cooking use.
Hydrogen can be stored in different ways and at different pressures. HyCooker requires hydrogen with a purity above 95%.
A pressure regulator and precision control valve deliver hydrogen at 50 mbar to the burner.
HyBurner combusts hydrogen into a usable cooking flame. At the point of use, water vapour is the principal combustion product.
Every unit comes with installation and user manuals, so you can set it up and use it step by step.

Production units remain subject to applicable certification and regulatory requirements.
The system is designed around a defined low-pressure operating window for hydrogen supply.
HyBurner is developed as the combustion heart of HyCooker, with attention to flame stability and practical kitchen use.
Stainless construction is used on the showcase model to support robustness in a kitchen environment.
The appliance ships packed for transport. External hydrogen cylinder, hose and regulator are typically sourced separately unless a package is agreed for your pilot.
