Power · Compute · Water
Floating infrastructure for the AI economy.
GFPSO combines dedicated power, modular AI compute and beneficial heat recovery in a configurable offshore platform.
The current concept
Use the energy twice.
Natural gas is converted first into reliable compute power. The resulting compute heat may then be recovered by Valora to support continuous fresh-water production.
The platform brings the energy source, the compute load and the water system together—reducing dependence on constrained land, transmission and cooling-water infrastructure.
GFPSO
The integrated floating platform: power generation, modular compute, gas processing and fresh-water production in one marine system.
Explore02AIPODSX
ISO-based compute pods designed for refresh at the server, rack or pod level without replacing the surrounding infrastructure.
Explore03Valora
Thermal Cascade Valorization recovers useful energy from compute heat and puts it to work in fresh-water production.
ExploreIllustrative GFPSO configuration
A sovereign-scale digital utility platform.
A protected marine hull provides controlled compute spaces, heavy-lift access, dedicated generation and a pathway to productive reuse of compute heat.
- ~300
- modular compute pods
- ~300,000
- GPUs at the stated pod basis
- ~360 MW
- integrated power platform
- ~15 million m³/yr
- fresh-water screening case
The next step
Demonstrate. Optimize. Validate.
Pelican Engineering is seeking compute-system, water-technology, energy, fabrication and investment partners to mature the platform.