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© 2026 Roborns Infrastructure Pvt Ltd

Coastal AI Infrastructure

Liquid.
Intelligence.

One coastal facility. GPU compute cooled by seawater. Waste heat drives desalination. Brine yields commercial minerals. Everything is available to rent, buy, or license — to all coastal areas.

View offeringsHow it works →
Our offerings
Liquid immersion cooled GPU rack
01 / SERVER RENTAL
Rent a Server
GPU Compute Colocation

Immersion-cooled GPU racks from 2 MW to 10 MW. PUE below 1.03 — the most efficient thermal profile in the industry. Available for inference, training, and long-term colocation contracts.

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Desalinated water output valve
02 / WATER OFFTAKE
Buy Water
Desalinated Fresh Water

50,000 litres per day of potable and industrial-grade fresh water, produced by waste heat from our compute floor. Available for municipal supply contracts and commercial buyers.

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Mineral salts extracted from brine
03 / MINERAL SUPPLY
Buy Minerals
Zero-Liquid-Discharge Outputs

Brine from the desalination plant is processed through ion-exchange and crystallization. Outputs: NaCl, Mg(OH)₂, KCl, and Bromine. Nothing discharged. Everything sold.

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How it works

Physics at work.
Nothing wasted.

Every megawatt of AI compute produces ~700 kW of waste heat at 60–70°C. Most facilities expend additional energy to reject it. Roborns captures it — feeding desalination, then mineral recovery. One input. Three revenue streams. Zero discharge.

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AI Data Center

GPU racks immersion-cooled in dielectric fluid. Coolant exits at 60–70°C and flows directly into the desalination plant — making waste heat the most valuable resource on site.

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Seawater Desalination

Warm feedwater from Building A powers a VA Tech Wabag MED-TVC skid, cutting energy use by 20%. Output scales from 50K to 150K litres per day.

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Mineral Recovery

Concentrated brine is crystallized into NaCl, Mg(OH)₂, KCl, and Bromine. Zero-Liquid-Discharge — nothing returns to the ocean.

Step 1 — IntakeSeawater drawn to the facility edge via coastal intake infrastructure.
Step 2 — ComputeGPUs cooled by direct liquid immersion. Coolant exits at 60–70°C.
Step 3 — Thermal transferHot coolant transfers heat to MED-TVC feedwater — 20% energy saving vs. cold intake.
Step 4 — Fresh waterPotable and industrial water produced. Available for offtake contracts.
Step 5 — MineralsBrine concentrated and crystallized. NaCl, Mg(OH)₂, KCl, Bromine sold commercially.
Step 6 — Zero dischargeNo brine returned to sea. No effluent. Every molecule is accounted for and sold.

Ready to access the
infrastructure?

Whether you need compute capacity, a water offtake contract, a mineral supply agreement, or want to license the model for your own coastal site — we respond within 48 hours.

Get in touch →
Compute2 MW → 10 MW
Water50,000 L/day
MineralsNaCl · Mg(OH)₂ · KCl
FranchiseAll coastal areas
PUE<1.03
DischargeZero