Microwave application for hydrogen production from methane

Applications: Fuel cell vehicles (FCVs) and other transport; Industrial manufacturing e.g. steel; Chemical feedstock for synthesis e.g. fertiliser

This breakthrough microwave-powered catalyst technology extracts clean hydrogen from hydrocarbons with high efficiency and near-zero CO₂ emissions. Using affordable catalysts, it offers a cost-effective, scalable solution for fuel cells, vehicles, and industrial energy. This innovation drives the future of clean, sustainable hydrogen power.

Features	Benefits
High H₂ selectivity & high methane conversion	Produces high purity hydrogen output Ensures high energy efficiency with minimal waste production
Processing with Silicon Carbide (SiC)-Based Non-Noble-Metal Catalysts	Eliminates the need for expensive noble metals, significantly reducing costs Enhances durability and stability, extending catalyst lifespan
Rapid heating and high heat conductivity	Accelerates reaction rates Reduces overall energy consumption Ensures precise heat distribution
Near zero CO₂ emission	Moves away from traditional fossil fuels, supporting cleaner energy solutions Actively prevents climate change impact, promoting sustainability

Patented & available for:

Licensing
Co-development
Consulting

Request more information
about this technology

Back to Technologies Available

Technologies for License

Microwave application for hydrogen production from methane

Ready to get in touch?