Cleaner baseload every hour. Zero-emission backup when it counts.

A steam reformer is built to run steady for years, not to start and stop. That is usually treated as a limitation. We designed around it, and it became the platform's biggest advantage.

The reformer runs every hour of the year. Once backup storage is full, the hydrogen it keeps producing has somewhere useful to go: it is metered into the fuel of your baseload generation, lowering the carbon of every megawatt hour that generation produces. Turbines, gas engines, linear generators, and solid oxide fuel cells all accept hydrogen enriched fuel within their manufacturers' limits.

When a unit trips or the site loses its primary source, enrichment pauses and the same hydrogen flows from storage to a PEM fuel cell block. The conditioning layer carries the load through the first seconds, the fuel cells take it from there, and they emit nothing at the point of use. When the event ends, production refills storage and enrichment resumes.

The result is a site that is cleaner on an ordinary Tuesday and resilient on its worst day, from one production platform, with no diesel on the property.

Hydrogen carries about a third of the energy of natural gas in the same volume, so a blend that sounds large by volume is smaller by energy, and energy is what the carbon ledger counts. When we quote an emissions reduction, we calculate it by energy share, net of the platform's own emissions, and we show the basis. Our numbers can look smaller than figures quoted by volume, and your engineer and your permit writer can check every one of them.