We Turn Waste Heat
Into Clean Water.

Proprietary sorbent technology that captures atmospheric moisture and releases it with the heat your infrastructure is already throwing away. On-site. Off-grid. 88% cheaper than the water bill.

On-site88% cheaperNo grid required
The Problem · AI Data Center Beachhead

Too Much Heat. Not Enough Water.

0B
litres/year

consumed by data centers — 224,000 Olympic pools

0.0B
spent annually

on grid water at €5/m³

0×
by 2028

AI demand doubles global data-center water use

Every ChatGPT query. Every model training run. Every server rack.

"Currently, we have a community backlash issue on the amount of water that we use."

— Stack Infrastructure · Data Center Director, Virginia, U.S.
The Technology

Our Sorbent Technology Converts Waste Heat Into Water.

01
Waste Heat
>45°C, otherwise wasted
02
Water from Air
Atmospheric moisture
03
Sorbent Module
Proprietary material captures & releases
04
Condensation
Vapor → liquid
05
Collection
On-site clean water

"Like a sponge, but you're not squeezing it — you're heating it."

Proprietary sorbent nanomaterial structure
Engineered porous material — high moisture affinity, low regeneration heat.
Savings Calculator

Calculate Your Savings.

See how much you could save by switching to RBV AquaTech.

Current Annual Cost
250,000
Estimated Cost with RBV
30,000
Your Annual Savings
220,000

That's an 88% reduction in your water costs.

Estimate based on average performance data. Actual savings depend on site conditions, waste heat availability (>45°C) and relative humidity (>35%).

Roadmap

Industrial Pilot Within 15 Months.

01
0–3 months

Material Synthesized

Environmental testing under representative RH and temperature bands.

02
3–9 months

Industrial Integration

Tested with real waste-heat sources and system-level thermal coupling.

03
9–15 months

Pilot Deployment

Refined and hardened for real-world data-center deployment.

Ranked Top 3 among 100+ teams at TEF Ignition
IP Strategy: Patent filing in progress
Team

Built by Engineers Specialized in Materials and Energy Systems.

Raffaella Binetti

Raffaella Binetti

Co-Founder & CEO

Inventor of RBV's core sorbent technology. Chemist & Nuclear Engineer (Politecnico di Milano), IAEA Fellow, international speaker on science, energy and peace, Mensa Italy member.

Riccardo Valeretto

Riccardo Valeretto

Co-Founder & CTO

Leading heat recovery & system integration architecture. Energy Engineer with industrial thermal systems experience; MSc research on industrial waste heat recovery.

Contact

Let's solve your water bill — with heat you're already throwing away.

Investors, data-center operators, and industrial partners: get in touch. We'll respond within two business days.