Hydrogen Refuelling Infrastructure & Stations

Hydrogen Refuelling Infrastructure

Every Klean facility is designed with on-site hydrogen refuelling, and those sites are intended to link into a West Coast USA refuelling network.

Hydrogen trucking stalls on one problem: fuel availability along the route. Stations are expensive to build speculatively, and fleets will not commit without them. Klean approaches the problem from the opposite end. The refuelling point sits at a facility that already produces hydrogen and already receives truck traffic, so throughput exists on day one and the station is not waiting on third-party demand to justify itself.

On-site refuelling

Each plant co-produces green hydrogen from end-of-life tires, plastics and municipal solid waste, conditions it to the purity the application requires, and dispenses it at the gate. Production, storage and dispensing are engineered as one package with technology partners including Enapter, H2 Core Systems and Plug Power, so gas quality is controlled from reactor to nozzle.

A West Coast network

Individual stations serve individual depots; a corridor serves an industry. Linking Klean sites into a West Coast USA refuelling network extends the usable range of fuel cell freight beyond a single return route and makes regional hydrogen haulage practical for operators who do not own production themselves.

Who it serves

The first users are the collection fleets that supply the plants — Nikola Tre Fuel Cell Electric Class 8 trucks covering up to 500 miles per refuel with water vapour as the only emission. Beyond them, the same infrastructure can serve third-party fleets, industrial hydrogen users and site equipment.

Station capacity, dispensing pressures, phasing, siting criteria and access terms are developed per location with the host and the anchor fleet, and are discussed directly rather than published.

Siting discipline does most of the work. A station placed at a conversion facility has guaranteed anchor volume from the collection fleet, existing heavy-vehicle access, industrial power and water, and permitted industrial land — the four things that normally make standalone hydrogen stations slow and expensive to deliver. Network coverage then grows as facilities come online rather than as speculative retail builds.