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: thanks to the humidification of a specific section, fluid outlet temperatures equal to room temperature can be achieved, or depending on the setting of operating parameters, significant reductions in energy consumption. Ideal for those who want to save resources while maintaining good performance throughout the year.
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.
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.
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.
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.
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:
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.
Significant water savings and a wide range of available solutions-these two factors were key for a Dutch manufacturing company replacing its cooling systems. Two adiabatic dry coolers from MITA Cooling Technologies.
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MITA Cooling Technologies scores, together with the agency EETS, a new achievement for the food industry: a poultry products company chose the PAD-V adiabatic cooler for a section of its production processes.
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One of the most advanced poles for the study of power grids in Europe, in Sardinia, also bears the signature of MITA Cooling Technologies: this is thanks to 13 adiabatic coolers supplied to Ansaldo, among the main implementers of the work.
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