What We Do hero image

What We Do

We produce green hydrogen by combining renewable electricity with water electrolysis, and deliver the zero-carbon hydrogen, or its derivatives, to our customers

Renewable Generation

We seek the optimal renewable power solution for each site.

  • Our goal is the maximum electrical output at the
    lowest cost.
  • Solar and wind are good solutions, but geothermal, tidal, waste heat and other zero-carbon energy sources may fit.
  • Grid connection is only for reliability and
    opportunistic power sales.
Ground Mount
PV Solar
Solar Energy ground panels with sunrise on mountain line
WIND TURBINE
Wind turbines in field
CANOPY
PV SOLAR
Aerial view of solar panel covered parking

Hydrogen Production
Facilities

Hydrogen is produced by electrolysis, the process by which water is separated into hydrogen and oxygen using electrical power.

  • Utilize the lowest cost, highest output

    technologies.

  • Choice of electrolysis technology is

    determined by use.

  • Minimize consumptive water use.

Hydrogen Storage

Storage matches intermittent renewable power supply with variable hydrogen demand.

  • All commodities rely on storage to balance supply and demand.
  • The appropriate storage technology is determined by the site and operational needs.
  • Underground storage is safer, reduces risk to the
    environment and has less visual impact.
Salt Cavern
Salt Cavern (3)
Reamed Cavern
Reamed Cavern (3)
Storage
Storage graphic
TUBE TANKS
Tube Tanks graphic

Deliver to Buyer

Via truck, rail or marine load-out

  • Compressed Hydrogen (H2)

  • Liquified Hydrogen (LH2)

  • Ammonia (NH3)

Compressed hydrogen transported by tube tank.

Compressed hydrogen transported by tube tank.

Skid-mounted liquid hydrogen tanks for truck to rail transport

Skid-mounted liquid hydrogen tanks for truck to rail transport.

Anhydrous Ammonia tanks in newly planted wheat field

Liquid anhydrous ammonia for use in agriculture applications, or as fuel.