Beyond compute: what the same hull unlocks next.
Compute is our focus today. The same ship, with a different module, can make e-fuels or remove carbon at sea. We sequence them as each becomes ready.
02 — 2035+
e-Fuels
e-SAF has no chemistry problem. It has an electricity problem.
Synthetic aviation fuel is mandated in Europe from 2030 and scales through the 2030s. Its cost is dominated by one input: cheap, firm, low-carbon electricity, at a scale the grid cannot spare. Electrolysis wants high load factors, not intermittency.
A CIRCEO hull already produces exactly that profile, offshore, with no grid fee and no land. Fitted with an electrolysis and synthesis module, the same platform converts ocean wind into liquid energy that ships and aircraft can use directly produced at sea, delivered by tank at port rotation.
03 — Beyond
Carbon Removal & Beyond
The ocean is already the planet's largest carbon sink. It can be helped.
Durable carbon removal pathways, direct ocean capture and mineral alkalinity enhancement among them, are energy-hungry and best performed at sea, where the sink is. Both are impractical on land at gigatonne scale and both become credible when abundant offshore electricity is available on site.
The same hull, the same power system, a different module: measurement, verification and marine-impact monitoring built in from the first vessel. Beyond that, any process that trades electricity for a transportable product becomes a candidate for the platform.
Massive demand for Compute is our primary focus, paving the way for e-Fuels and Carbon Removal tomorrow, powered by one unified hull.