Adiabatic condensers and dry coolers with special Spray System D&S

Adiabatic condensers and dry coolers with special Spray System D&S

General principles

Dry coolers and condensers are normally selected to operate correctly at maximum thermal load with maximum ambient temperature.
However, these severe working conditions apply only to a brief period of the year whilst for the remainder of the year - in less severe conditions – the machine is oversized. This is why LU-VE designed a unit which can be selected for standard working conditions but which can increase its performance when particularly severe conditions arise.
The innovative DRY AND SPRAY® system, thanks to its special nozzle configuration, can use softened water for up to 900 working hours per year.

Adiabatic condensers and dry coolers with special Spray System D&S

Advantages

  • water consumption limited to brief periods of the year;
  • absence of stagnant water and consequent elimination of risks associated with water impurity and environmental contamination (for example, legionella);
  • shorter payback time of the investment;
  • low energy consumption;
  • low noise levels;
  • possibile free cooling;
  • no vapour clouds.

Advantages compared to traditional dry installations:

  • important overall reductions in the space taken up by the equipment (up to 1/3).
  • important air flow reduction (up to 1/3).
  • important energy consumption reduction (up to 1/3).
  • quieter running.
  • possible cooling to a temperature below that of the ambient air dry bulb

Applications

Large capacity dry coolers
Large capacity condensers
Gas coolers

General principles

Dry coolers and condensers are normally selected to operate correctly at maximum thermal load with maximum ambient temperature.
However, these severe working conditions apply only to a brief period of the year whilst for the remainder of the year - in less severe conditions – the machine is oversized. This is why LU-VE designed a unit which can be selected for standard working conditions but which can increase its performance when particularly severe conditions arise.
The innovative DRY AND SPRAY® system, thanks to its special nozzle configuration, can use softened water for up to 900 working hours per year.


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