Lancaster Hydrogen Production Facility

Automation and Electrification

Green hydrogen production

SGH2's proprietary technology that converts recycled mixed paper waste into clean, carbon-negative hydrogen.

A type of electric vehicle that uses a fuel cell to convert hydrogen into electricity to power its onboard motors.

AI is used to automate threat detection, anomaly analysis, and response in cybersecurity, processing vast amounts of data to identify and mitigate threats.

California

Yamanashi Prefecture, Fuji Five Lakes

SGH2 Energy's facility in Lancaster, California, described as the world's largest carbon-negative hydrogen production facility, demonstrating the scalability of SPEG technology for hydrogen production.

A carbon-negative hydrogen production facility in the Fuji Five Lakes region using SGH2 Energy's SPEG technology to convert local biomass and biogenic waste into high-purity hydrogen for powering zero-emission fuel cell electric vehicles and supplying clean energy for regional industries.

SGH2 Energy's partnership with entities in Korea to produce hydrogen derived from plastic waste for next-generation fuel cell power plants.

Proprietary technology for carbon-negative hydrogen production that converts waste materials (biomass, biogenic waste, plastic waste) into high-purity hydrogen (99.9999% purity) by heating waste to 3,500–4,000°C using plasma torches. The process prevents up to 31 tons of greenhouse gas emissions per ton of hydrogen produced.