Evaporation towers - Import export

A light and non-corrodible open-circuit evaporative cooling tower: process industry and HVAC operators will be able to count on its multiple versions and ease of transport and installation.

It is a cooling tower for industries of any type and for any water quality: very compact, self-supporting, light and long-lasting non-corrodible fiberglass structure.

To get the maximum performance with minimum energy and management consumption, it is important that your cooler is always maintained at maximum efficiency. Checking the general condition of the main parts (in the case of an evaporative cooling tower: fill pack, motor fan unit, distribution, etc.), allows to maintain the functionality over time. For this purpose MITA offers a wide range of spare parts, solutions to restore and ensure the initial efficiency. Some advantages of spare parts for cooling towers and other cooling technologies. - Set of original spare parts for the first 5 years of operation: at an attractive price. - Certainty of immediate availability for original spare parts. - Spare parts corresponding to the original on request. You can also ask MITA Service for maintenance work on evaporative towers, evaporative condensers, adiabatic coolers and chillers of any brand.

MCC-T closed circuit evaporative tower allows to keep process fluids unaltered even in large plants. Some examples of applications: oil & gas, food industries, large paper mills. Easy transport of modules over long distances with reduced costs.

Some industries need to keep the chemical-physical characteristics of the process fluids unchanged: in these cases, MCC closed-circuit evaporative cooling tower joins the game. Possibility to work in free-cooling mode. MCC-EC version available with electronically controlled fans.

Complete solutions specifically studied and designed for a more efficient and automatic management of evaporative cooling towers and industrial coolers. Some advantages of integrated cooling systems. - Program and modulate the progress of the machine during its use. - Optimize electricity consumption and water treatment. - Dosage and salinity control. - Water collection. - Remote monitoring and predictive maintenance possibility.