CycloGen is a patented rotating reactor that produces clean hydrogen at industrial scale using a fraction of the electricity conventional electrolysis demands. The underlying chemistry — a thermochemical cycle driven by heat plus a small electrical input — has been understood for twenty years. CycloGen is the engineering that resolves the mechanical bottlenecks that have kept it at laboratory scale.
PN e-Fuels converts that hydrogen and biogenic CO₂ into stable liquid e-methanol — a drop-in fuel that flows through existing pipelines, fills standard tanks, and burns in standard engines. The hydrogen never crosses a property line. What leaves the facility is a clean liquid the platform already runs on.
The strategic consequence is significant. A country with no fossil resources but renewable electricity and biogenic CO₂ — almost every country — can produce its own clean fuel at industrial scale, on its own soil, independent of imports, pipelines, sanctions, and supply shocks.
The commercial consequence is direct. As CycloGen and PN e-Fuels come online in 2027–28, PowerTo AI runs on fuel we produce ourselves. Every deployment becomes cheaper to operate, cleaner in lifecycle, and decoupled from where it is sited. The energy stack — generation, fuel, storage, compute — closes end-to-end inside Power Nobelity's IP.
CycloGen In Development · Patent Portfolio
A patented rotating reactor that produces clean hydrogen at industrial scale using a fraction of the electricity conventional electrolysis demands. The breakthrough that makes downstream synthetic fuels economic.
PN e-Fuels In Development · Targeting 2027–28
Converting CycloGen hydrogen and biogenic CO₂ into stable liquid e-methanol. A drop-in fuel that sidesteps the severe storage and transport problems of raw hydrogen.
De-risked execution. None of the roadmap is load-bearing for the present. PowerTo AI ships in 2027 on commercially available engines burning commercially available fuel. CycloGen and PN e-Fuels are the upside that compounds it; if either arrives later than planned, the platform is unaffected.
