Unimo CO2 Heat Pump | AWW – Air/Water ...

Unimo - CO2 Heat Pump | AWW – Air/Water Source Dual Mode

CO2 Heat Pump | AWW – Air/Water Source Dual Mode

A combination of unimoAW & unimoWW all in one machine. Efficiently generate high quality hot water. Cut energy costs by reducing or eliminating traditional water heating equipment.

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unimo AWW air/water dual source heat pump is an industrial/commercial heat pump system that generate hot water and chilled water or hot water by recovering energy from renewable and waste heat source such as waste water from process, cooling water from conventional cooling tower or ground water/geothermal heat. The chilled water generate when cooling is required and the mode changes to air source when cooling is not required. It uses CO2 (a natural refrigerant) instead of chemical refrigerants such as HCFC/HFC typically used in other heat pump systems.

AWW Features:

Cut energy costs & reduce CO2 foorprint
No combustion, safe and eliminates NOx
Natural refrigerant CO2 (ODP=0, GWP=1)
70-100kW heating capacity (up to 90°C hot water)
70 – 80kW cooling capacity (down to -9°C chilled water)
25kW motor (combined COP <7.4)

To contact MAYEKAWA Australia about Unimo CO2 Heat Pump | AWW – Air/Water Source Dual Mode use Get a quote.

AWW Features:

Cut energy costs & reduce CO2 foorprint
No combustion, safe and eliminates NOx
Natural refrigerant CO2 (ODP=0, GWP=1)
70-100kW heating capacity (up to 90°C hot water)
70 – 80kW cooling capacity (down to -9°C chilled water)
25kW motor (combined COP <7.4)

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To contact MAYEKAWA Australia about Unimo CO2 Heat Pump | AWW – Air/Water Source Dual Mode use Get a quote.

AI Overview BETA

The Unimo AWW is a dual-source heat pump that produces hot water and chilled water in one system. It produces chilled water when cooling is required, then switches to air-source operation when cooling is no longer needed. Industrial and commercial operations can recover energy from process wastewater, cooling-tower water, or groundwater and geothermal heat to support hot-water production.