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Applications

Space Cooling

Energy Recovery

Space Cooling

Space Heating

Energy Recovery

Space Cooling

Energy Recovery

Energy Recovery

Power Regeneration

Power Regeneration

Power Regeneration

Power Regeneration

Process Cooling

Power Regeneration

Process Cooling

Datacenters

Power Regeneration

Process Cooling

Maxwell

Nanotechnology Maximum efficiency at a minimum size!

Maxwell

Typical applications for Maxwell

  Chillers / Heat Pumps: Maxwell™ increases heat transfer in the evaporator between fluid and refrigerant, reducing compressor lift and energy consumption.

  

Pumps, Fans and Terminal Units: Maxwell™ increases thermal energy transfer throughout a hydronic system. Fan coil and air handling units, system pumps and supply fans can operate on lower power while maintaining comfort.

  

Energy Recovery Systems: Maxwell™ when added to the runaround loop increases heat transfer at the exhaust recovery coil and the air handler pre-heat/cool coil, allowing a lower flow rate in the loop and reduced pumping power.

How Maxwell works in a Chiller System

Water (or a water/glycol mix) is circulated from the chiller in a closed evaporator loop (blue lines) to air handling units (AHU). Maxwell™ can also be used in a closed condenser circuit but not with an open cooling tower.


Maxwell™ increases the transfer of heat in the chiller evaporation cycle, reducing compressor “lift” or work.


Maxwell™ also increases thermal energy transfer in the AHU coils, satisfying room setpoints more quickly, requiring less chilled water and reducing pump energy consumption.

North American Energy Transfer Services, LLC.

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