Dry Coolers and Adiabatic Dry Coolers

Easy installation and operation, remote control, and zero water usage: industrial dry coolers are the right solution for cooling fluids that do not require low to medium process temperatures (fluid outlet temperature higher than room temperature). “Smart cooling” is then represented by adiabatic dry coolers.

MITA Dry and Adiabatic Systems

MDC-F Dry Cooler a Tavola
For small and medium-sized plants

MDC-F Table-Type Dry Cooler

No use of water, extreme simplicity of operation: these are the advantages of dry coolers in general and, in particular, of the MDC series with table coil configuration. MDC-F is an excellent solution for medium to high outlet fluid temperatures.
MDC-V Dry Cooler a V
for medium and large plants

MDC-V V-Type Dry Cooler

Ease of installation, operation and maintenance–serving even large systems: this is the MDC-V V-shaped dry cooler. The peculiar design of the coils allows a larger heat exchange surface area than table-top dry cooler systems. All in an easily scalable solution.
PAD-V Adiabatic Dry Cooler
to cool process water

PAD-XL W Adiabatic Cooler

Ideal for water saving maintaining a high efficiency. All operations are managed by PLC with the possibility of remote management in “Industry 4.0” mode. Suitable for both industrial and HVAC fields of application.
PAD-XS Raffreddatore Adiabatico
to cool process water in small plants

PAD-XS Adiabatic Cooler

Resource optimization of adiabatic cooling, for low flow rates and thermal capacities (20-50 kW), a more efficient alternative than a simple dry cooler. PAD-XS has a compact design with small footprint and low noise: an excellent solution for process cooling and small HVAC systems.

Dry cooler “standard”: simple cooling that uses no water

Our dry coolers, or air coolers, can be monitored remotely. The use of high quality materials enables the achievement of high efficiency and energy saving values.

These are liquid coolers (water, water/antifreeze) in closed circuit with indirect exchange, using ambient air as the cooling fluid.

Process fluid temperatures close to the inlet air temperature. Cooling powers available as standard from 47 kWf up to 570 kWf, considering a 5°C difference between ambient air and supply water.

Some advantages of all industrial dry coolers:

  • Design and manufacture for the process industry
  •  Simple maintenance
  • Efficiency even at extremely high outdoor temperatures

Adiabatic dry cooler: the smart cooling

It is the optimal solution for increasing the efficiency of air systems. Air cooling systems are based on the sensible exchange between the fluid flowing inside the tubes of a coil and the air that laps the coil’s finned surface. To increase efficiency even in the summertime, an industrial adiabatic cooler humidifies the air before it encroaches on the finned surface of the coil. Thus the temperature is lowered significantly and the system gains efficiency even in the hottest period.

  • Dry operation: expected during the winter/fall period. Outside air is drawn in and conveyed to the finned coils. The humidification process is deactivated, so there is no presence of water, the humidifier pack is dry, and the pump circuit switched off. Temperature probes, at the outlet of the cooled fluid and inside the machine, modulate the speed of the fan(s) to optimize energy use.
  • Adiabatic operation: provided during the summer/spring period. Outside air is drawn in and passed through the humidifier pack (protected inside the machine) and properly wetted, in very short cycles, by mains water. This is previously charged to activate the adiabatic cooling process. The adiabatically cooled air (thus at a lower temperature than outside) is conveyed to the finned coils, thus increasing the efficiency of the cooler during the hottest time of the year.
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    Sustainability of the Dry Cooler

    Environmental and economic sustainability of industrial dry cooler

    • No use of water to facilitate heat transfer (i.e., cooling of the process fluid).
    • 100% use of electricity to move air (the only cooling carrier) through one or more fans.
    • It is among the product categories that MITA is able to regenerate.
    • Indication of “carbon footprint” by the MITA team.
    Learn more about the sustainability of MITA cooling solutions
    Sustainability of the Adiabatic Dry Cooler

    Environmental and economic sustainability of adiabatic dry cooler

    • Minimo utilizzo di acqua (solo per il funzionamento adiabatico), utile per agevolare lo scambio termico (ossia il raffreddamento del fluido di processo).
    • Utilizzo di energia ottimizzato (maggior efficienza grazie all’apporto adiabatico).
    • Spazi d’installazione più contenuti rispetto alla soluzione 100% ad aria.
    • Rientra tra le categorie di prodotto che MITA è in grado di rigenerare.
    • Indicazione del “carbon footprint” dal team MITA.
    Scopri di più sulla sostenibilità delle soluzioni di raffreddamento MITA

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