Grid-connected power, compute and water hub
Connect to the shore grid, operate modular compute and transfer recoverable compute heat to continuous fresh-water production for delivery to the host region.
Power · Compute · Water
Floating infrastructure for the AI economy.
GFPSO is a complete offshore power, compute and marine-infrastructure solution. Near shore, it may connect to the grid and produce fresh water. In deepwater, it may monetize stranded gas by converting it offshore into power and compute while rejecting heat to the ocean.
GFPSOIntegrated concept platformScreening-stage design
The current concept
Develop power, compute and marine utilities together.
The power plant, compute facility and water system are developed together as new offshore infrastructure. Near shore, energy is used for reliable compute and may also support continuous fresh-water production for the host region.
GFPSO supplies its own generation and marine systems while allowing project-specific grid and water-export connections. Farther offshore, stranded gas can be monetized as digital work and the thermal system can reject compute heat to the surrounding ocean.
GFPSO
The integrated floating platform: power generation, modular compute, gas processing and fresh-water production in one marine system.
Explore02Power island
Dedicated combined-cycle generation supports the floating platform and its compute load.
Explore03Digital utility
Modular compute, marine cooling and optional fresh-water production are integrated within the GFPSO system.
ExploreDeployment modes
One offshore platform. Two infrastructure settings.
Stranded-gas monetization through compute
Convert stranded or infrastructure-constrained gas offshore into power and digital work, using the ocean as the final heat sink where water production and export are not practical.
Global grid offshore
Global. Grid. Gas.
The G in GFPSO describes the opportunity: globally deployable infrastructure positioned where offshore energy, fibre, power, water and compute demand can converge.
Explore the worldwide connectivity thesis and regional screening maps for near-shore utility hubs and deepwater stranded-energy conversion.
Explore the global gridIllustrative GFPSO configuration
A complete offshore digital utility platform.
A purpose-built marine hull provides controlled compute spaces, heavy-lift access, dedicated generation, water production 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.
Start a conversationPuneet.Sharma@pelicanengr.comPelican Engineering LLC · Texas