Aquene
Upgrade the fluid that powers your building.
A graphene-based heat-transfer nanofluid that upgrades conventional water in closed-loop systems.
Higher thermal conductivity.
Lower pump and compressor energy.
10–30% projected energy savings.
Non-toxic.
Retrofit ready.
Aquene is dosed into your existing closed-loop water on site to raise its thermal conductivity — moving the same heat with less compressor and pump work, for better COP and kW/RT with no plant changes.
It is not a chemical additive. It is a direct upgrade to the fluid your system already runs on.
WHAT AQUENE DOES
WHERE IT IS USED
Closed-loop heating and cooling systems
Commercial buildings and hotels
Industrial temperature control systems
District cooling plants
Data centre cooling
Chiller-AHU plants
Multi-site energy environments
BUSINESS IMPACT
| Benefit | Detail |
|---|---|
| Energy Savings | 10–30% reduction in chiller and pump energy consumption |
| Improved Heat Transfer | Greater thermal conductivity at every point in the closed loop |
| Supply/Return Temperature Stability | Consistent performance maintained under partial load conditions |
| Lower Pump Energy | Same cooling output achieved with reduced flow demand |
| Corrosion Protection | Harder oxide layer forms inside pipes - extending asset integrity |
| Extended Equipment Life | Reduced thermal stress defers component replacement capital |
HOW MERBAVA DELIVERS RESULTS
Compatibility confirmed for your system
Heat transfer medium upgraded or replaced
System tuned to the new fluid
Improvements measured against your baseline
Merbava improves the core heat transfer medium to unlock higher system performance.
PERFORMANCE INDICATION
| Metric | Detail |
|---|---|
| Energy Savings | 10–30% across closed-loop HVAC and chilled water systems |
| Thermal Conductivity – Aquene | Up to 5,000 W/m·K |
| Thermal Conductivity – Water | ~0.6 W/m·K |
| Corrosion Protection | Regenerates the protective oxide layer inside pipes |
| Safety | Non-toxic. Compatible with all standard HVAC materials |
Aquene Heat Transfer has thermal conductivity 18 times higher than pure water as a result.
TECHNICAL REFERENCES
Contact us for more detailed technical details.
Discuss how heat transfer performance can be improved in your operations.