01
AI's insatiable load
Hyperscale training clusters are outrunning grid interconnection queues. They need baseload power and relentless cooling — not intermittent renewables.
Tri-Regional Ocean Infrastructure Blueprint
The ocean is the largest
solar battery
on Earth.
We built the plug.
TROIB harnesses the thermal, chemical, and physical energy of the deep sea across three U.S. maritime zones — turning a 20 °C temperature gradient into baseload power, AI cooling, freshwater, and critical minerals. Zero emissions. Four revenue streams. One blueprint.
- $0MGross revenue · Yr 10
- 0 MWClean power · Yr 10
- 0 MGDFreshwater · Yr 10
- PUE 0Data-center efficiency
01 — The Thesis
Three crises are colliding.
Three crises are colliding.
One resource resolves all three.
America's grid is being asked to power an AI buildout, cool it, and quench a deepening water crisis — all at once. The deep ocean is the only resource that answers every demand simultaneously.
02
Freshwater scarcity
The Sun Belt is drying. Traditional desalination is energy-hungry and dumps toxic brine. Coastal cities need scalable, low-energy freshwater.
03
Clean baseload gap
Carbon mandates demand 24/7 zero-emission power. Solar and wind can't deliver firm capacity. The grid needs a round-the-clock clean engine.
The deep sea sits at a constant 4 °C. The surface bakes at 24 °C+. That 20-degree gradient is a perpetual, planet-scale battery. TROIB converts it into electricity, cooling, water, and minerals — at once.
A planet-scale battery
Every sunrise recharges 20 °C of stored energy across the sea.
The surface soaks up solar heat; the abyss stays near freezing. TROIB stands in that gap and converts it — continuously, with zero fuel.
02 — The Blueprint
One system. Three coasts. Four outputs.
TROIB deploys Ocean Thermal Energy Conversion (OTEC), Deep Sea Water Utilization (DSWU), and vacuum-flash desalination — each region tuned to its own oceanography.
SYSTEM INPUT
The Deep-Sea Thermal Gradient
3,000 ft cold-water pipes draw 4 °C abyssal water to the surface.
Offshore AI & Clean Fuel
- Rig-based co-located AI
- Green hydrogen / ammonia
- 100% off-grid
Grid & Urban Cooling
- Utility-scale plantships
- Mainland grid injection
- District SWAC loop
Water & Mineral Sanctuary
- Shore-based DSWU
- Ultra-low-energy desal
- Aquaculture & agri-grids
03 — Regional Deployment
Three engines, engineered for their waters.
The Offshore AI & Clean-Fuel Engine
Mississippi Canyon & Alaminos Canyon — Spar & Tension-Leg Platforms
We intercept late-life and decommissioned deepwater rigs slated for multi-million-dollar removal, then retrofit their hollow moonpools to house 3,000-ft vertical composite cold-water pipes. Closed-cycle ammonia OTEC blocks generate continuous baseload power.
Instead of wheeling power to shore, ruggedized liquid-cooled AI training modules sit directly on the rig decks. 4 °C deep-sea water delivers direct-to-chip immersion cooling; excess power becomes transportable green hydrogen and ammonia.
500 MWGross power · Yr 10 (10-rig cluster)
~3,500AI racks cooled · Yr 3
−40%CapEx via Rigs-to-Reefs
Gulf of Mexico · deepwater platform
The Municipal Grid & Urban Cooling Hub
Miami · Fort Lauderdale · Florida Keys — tapping the Gulf Stream
Commercial multi-megawatt floating OTEC plantships moor 3–5 miles offshore, tapping the powerful thermal gradient of the Gulf Stream. High-voltage subsea cables inject baseload electricity directly into the Florida Power & Light grid.
Post-turbine cold water (7–10 °C) feeds a mainland Sea Water Air Conditioning (SWAC) district loop through downtown Miami's carrier hotels, edge data centers, and high-rises — retiring electricity-hogging mechanical chillers entirely.
600 MWDirect-to-grid · Yr 10
250 MWUrban cooling offset · Yr 10
PUE 1.02For SWAC-connected tenants
Miami · downtown SWAC district
The Eco-Industrial & Mineral Sanctuary
La Jolla & Redondo Canyons — a fractional, non-power OTEC asset
Shore-based DSWU facilities sit beside deep submarine canyons. Lacking the surface temperature for electricity generation, this region runs as a pure-utility asset: high-volume intake pipelines pull 4 °C water for two value streams.
Vacuum-flash desalination boils seawater at ambient temperature inside low-pressure chambers — a fraction of the energy of reverse osmosis. Chilled closed loops cool agricultural soil for heatwave-proof crops and feed pathogen-free mariculture grids.
85 MWUtility power offset · Yr 10
ZeroBrine discharge (ZLD)
120 MGDFreshwater across nodes · Yr 10
La Jolla · submarine canyon coast
The intelligence age runs hot
We cool it with 4 °C water from the abyss.
Direct-to-chip immersion cooling fed by deep-sea water drives data-center Power Usage Effectiveness to 1.02–1.05 — and the power is 100% zero-emission.
04 — Core Technology
Four proven processes, one closed loop.
OTECOcean Thermal Energy Conversion
A closed ammonia cycle exploits the warm-surface / cold-deep gradient to spin turbines — firm, 24/7, zero-emission baseload that solar and wind cannot match.
DSWUDeep Sea Water Utilization
Cold, nutrient-dense, pathogen-free abyssal water becomes a feedstock for cooling, desalination, aquaculture, and chilled-soil agriculture.
VFDVacuum-Flash Desalination
Low-pressure chambers boil seawater at ambient temperature, producing potable water at a fraction of reverse-osmosis energy — no high-pressure membranes.
ZLDZero Liquid Discharge
Fractional crystallization evaporates brine completely — eliminating toxic dumping and converting waste into high-value mineral commodities.
05 — Diagrams & Schematics
The engineering, drawn to scale.
Process schematics for each core subsystem — the closed-cycle power loop, the rig retrofit, the urban cooling district, and the zero-discharge mineral train.
Closed-Cycle Ammonia OTEC
Warm surface water boils anhydrous ammonia to spin a turbine; 4 °C deep water condenses it — a continuous Rankine loop across a 20 °C gradient.
Spar Platform → AI Compute
The moonpool houses a 3,000-ft cold-water pipe; OTEC powers deck-mounted, immersion-cooled AI modules off-grid, exporting green hydrogen and ammonia.
Gulf-Stream SWAC District Loop
A floating plantship injects baseload power to the grid and pipes cold water ashore to cool downtown carrier hotels, edge data centers, and high-rises.
Vacuum-Flash Desal + ZLD
Low-pressure flash chambers make potable water at a fraction of RO energy; the brine is crystallized into salt, magnesium, and battery minerals — zero discharge.
Zero liquid discharge
The brine others dump, we crystallize into commodities.
Fractional crystallization turns waste brine into salt, magnesium, lithium and potassium — eliminating toxic discharge and opening a fourth revenue stream.
06 — Circular Economy
We don't dump brine. We mine it.
Traditional desalination kills marine life with hyper-saline discharge. TROIB's Zero Liquid Discharge process evaporates brine entirely, segmenting it into industrial-grade commodities.
NaCl
Industrial & Culinary Salt
Pure sodium chloride for water softening, chemical processes, and premium gourmet markets.
1.4M metric tons / yr · Yr 10
MgCl₂
Magnesium
Lightweight automotive & aerospace alloys and next-generation battery chemistries.
68,000 tons / yr · Yr 10
Li₂CO₃
Lithium & Potassium
Battery-grade lithium carbonate and agricultural-grade potassium from the mineral matrix.
950 tons / yr · Yr 10
07 — 10-Year Forecast
Phased from pilot to commercial maturity.
Year 1–3 pilot (1 Gulf rig · 1 Florida plantship · 1 California facility) → Year 4–7 scale (5 · 3 · 2) → Year 10 full commercial maturity.
0Gulf gross power · Yr 10
0Florida grid power · Yr 10
0SWAC cooling offset · Yr 10
0Freshwater · Yr 10
0Salt yield / yr · Yr 10
0Tons magnesium / yr · Yr 10
08 — Pro-Forma Financials
Four revenue streams. One de-risked thesis.
Diversification across data centers, grid power, water, minerals, and green fuel drastically lowers investor risk versus single-utility infrastructure. All figures in USD millions.
| Revenue Stream | Yr 3 | Yr 7 | Yr 10 |
|---|---|---|---|
| Data Center Infrastructure (power & cooling lease) | $42.0 | $210.0 | $588.0 |
| Grid Electricity (PPA ~$0.07/kWh) | $43.0 | $172.0 | $306.0 |
| Municipal Water ($1,200/acre-foot) | $20.2 | $80.8 | $161.6 |
| Mineral & Salt Commodities | $18.5 | $74.0 | $155.0 |
| Green Fuel (H₂ / ammonia) | $12.0 | $60.0 | $144.0 |
| Total Gross Revenue | $135.7 | $596.8 | $1,354.6 |
| Estimated OPEX | ($45.0) | ($165.0) | ($310.0) |
| Projected Net EBITDA | $90.7 | $431.8 | $1,044.6 |
09 — Strategic Moat
Why TROIB wins the decade.
−40%
CapEx reduction
Acquiring decommissioned rigs via the federal Rigs-to-Reefs framework circumvents up to 40% of the open-ocean anchoring and structural costs rivals must absorb.
ZLD
Regulatory alignment
Zero Liquid Discharge sidesteps the multi-year environmental litigation that traps conventional desalination over toxic brine — clearing the permitting path.
1.02
Unmatched PUE
Hyperscalers on our rigs or SWAC loops hit a Power Usage Effectiveness of 1.02–1.05 — the premier destination for carbon-neutral, water-positive mandates.
True Green Energy
Your “zero-emissions” EV is plugged into a coal plant.
The tailpipe didn’t disappear — it just moved. Across much of America’s grid, the power charging that battery is dialed straight out of a coal- and gas-fired power plant hundreds of miles away. The smoke is real. It’s just billowing somewhere you’ll never see it, behind a marketing sticker that says “clean.”
TROIB doesn’t relocate the smokestack. It eliminates it — electricity born from the ocean’s own heat. Nothing burned. Nothing mined. Nothing emitted.
True Green Energy · Powered by the Sea
U.S. grid generation mix varies by region and season; fossil fuels — coal and natural gas — still supply a large share of the electricity that charges grid-tied electric vehicles.
10 — Technical Library
Engineering white papers.
Conceptual engineering briefs detailing the thermodynamics, system architecture, and process design behind each TROIB subsystem. Open on screen or print to PDF.
EB
01
01
Closed-Cycle Ammonia OTEC: Thermodynamic Basis & Net Power Yield
Carnot limits, the ammonia Rankine cycle, parasitic cold-water pumping, and gross-vs-net power across the rollout.
EB
02
02
Co-Locating AI Compute on Decommissioned Deepwater Platforms
Spar/TLP moonpool retrofits, direct-to-chip seawater immersion cooling, PUE 1.02–1.05, and the Rigs-to-Reefs CapEx edge.
EB
03
03
Sea Water Air Conditioning for Coastal Data & Urban Loads
Gulf-Stream plantships, subsea grid injection, and a mainland district loop that retires mechanical chillers.
EB
04
04
Zero Liquid Discharge & Marine Mineral Recovery
Vacuum-flash desalination, staged crystallization by solubility, and the salt / magnesium / battery-mineral portfolio.
The opportunity is the size of the ocean
Four utilities. One zero-emission network.
11 — Partner With TROIB
Power the intelligence age
Power the intelligence age
without burning the planet.
We're assembling capital, hyperscale offtake partners, and coastal development allies for the pilot phase. If you're building the future of AI, water, or clean energy — let's talk.
invest@troip.xyz · partners@troip.xyz · troip.xyz