Lemuria floating hydrogen port with runway, solar roofs and crane
Phase 2 · Lemuria Ocean Ports

A floating Silk Road.

A belt of Floating Hydrogen Ports on the world's trade routes, refuelling the next generation of ships with green hydrogen. Modular units, assembled at sea.

The belt

Ports on the routes ships already sail.

Ships move 90% of world trade. Lemuria places green hydrogen bunkering where the routes converge: straits, canals and mid-ocean crossings.

Illustrative siting on the main shipping lanes. Final locations follow route density, resource and permitting.

Lemuria hydrogen refuelling port plan: modules for hydrogen plants, yacht club, marina, crew, port offices, heliport, naval base, airport, fish farm and wind farm
One port, ten modules

Assembled at sea from modular units.

The Floating Hydrogen Port is made of modular units joined on site. Sea Rings pilot every technology it needs: floating structure, renewable integration, electrolysis, bunkering and maritime spatial planning.

  • Hydrogen plants and agri-voltaic roof
  • Yacht club and resort
  • Marina
  • Crew accommodation
  • Port and offices
  • Heliport and naval base
  • Airport and services space
  • Fish farm
  • Wind farm
  • Underwater turbines
70,000 m²per port
250 × 400 mfootprint
120 × 60 mfirst module
Aerial view of a Lemuria port
Programme

From one module to a dozen ocean ports.

  • FIRST MODULE · 120 × 60 M

    €130M, financing through EU Horizon and the Innovation Fund, targeted March 2027.

  • ONE LEMURIA ISLAND

    €6–7B, joint infrastructure project finance.

  • THE NEW SILK ROAD

    A dozen ocean ports, €100–120B. Nuclear SMRs are a potential source of unlimited energy on deep seas.

European funded research is calling for maritime renewable energy integration and multi-functional maritime spatial planning. Lemuria answers both.

Start with a Sea Ring

Investors in the first rings sit at the start of Lemuria.