SGH2 Lancaster Green Hydrogen Production Facility

Green hydrogen production

Green hydrogen production

Green hydrogen production

Hydrogen produced with a net negative carbon intensity by utilizing waste that would otherwise decompose in landfills and emit methane.

A separation technology that uses pressure differences to selectively filter impurities from natural gas based on size and chemical composition.

SGH2's technology converts biogenic waste and biomass into hydrogen through plasma-enhanced gasification, producing carbon-negative hydrogen by preventing methane emissions from landfills.

California

A green hydrogen production facility in Lancaster, California, using plasma-enhanced thermal catalytic conversion to gasify waste feedstock into high-purity hydrogen fuel for fuel cell vehicles.

A waste-to-hydrogen production facility using plasma enhanced gasification technology to convert biogenic waste and biomass into carbon-negative hydrogen for supply to southern California refueling stations.

A ten-year offtake agreement between SGH2 Energy and two large operators of hydrogen refueling stations in southern California to supply 3,850 tonnes of carbon-negative hydrogen annually.

Hydrogen fuel produced through plasma-enhanced thermal catalytic conversion of waste feedstock, achieving 99.9999% purity suitable for Proton Exchange Membrane fuel cell vehicles.

Hydrogen produced via plasma enhanced gasification of biogenic waste and biomass, achieving carbon-negative status with a carbon intensity of -188 kg CO2e/MJ by diverting methane-emitting waste from landfills.