MCC Closed-Circuit Evaporative Cooling Tower

with Fluids to be Kept Unchanged

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.

To keep unaltered cooling fluid's characteristics.

To keep unaltered cooling fluid's characteristics. Water, or the water with glycol mixture to be cooled, circulates in the battery.

Possibility of free cooling.

Possibility of free cooling. Exploiting only the temperature difference with the external environment.

Easy accessibility.

Easy accessibility. Completely removable walls for easy and total access to the internal components.

Efficiency and optimal resourse use.

Efficiency and optimal resourse use. MITA solutions are selected through advanced software in order to fit the plant characteristics.

Industry 4.0.

Industry 4.0. Possibility of control, monitoring and data collection on company management system.

Electronic Control.

Electronic Control. MCC-EC version available with electronically controlled fans.

How it Works

The closed-circuit tower uses the same physical principle as the open circuit cooling tower. With one difference: the fluid to be cooled is introduced into a battery of pipes on which the water of the “small cooling circuit” is sprayed.

The MCC series closed circuit evaporative cooling towers are employed as an alternative to open-type cooling circuits with heat exchangers, in those cases in which the cooling fluid for the user’s equipment (generally water or water with glycol) must maintain its chemical and physical characteristics constant over time and unpolluted by external elements.

You can work in free cooling with MCC: the fluid circulates inside a tube evaporator coil.

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Technical Features

  • Axial motor-fan with direct coupling, low installed power, low noise levels (option with EC plug fan).
  • Motors with IP56 protection.
  • Tower body made of 22 mm thick fibreglass sandwich panels.
  • Certified PP drift eliminators (entrainment 0.01%).
  • Each machine can be equipped with accesses for inspections and maintenance of internal parts.
  • Capacity: from 80 kW to 1.7MW (indicative capacity referring to a machine, thermal gradient 5°C).
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    Application Field:

    Version: MCC-EC Cooling Tower with EC Plug Fan

    • Efficient EC fans
    • Non corroding FRP
    • Very low noise
    • Full and simple access for maintenance
    • Sound absorbing silencers as an optional
    • Possibility of indoor installations
    MCT-EC Cooling Tower with Plug Fan
    Cooling Sustainability of MCC Closed Cooling Tower

    Environmental and economic sustainability of the MCC closed cooling tower

    • Use of water for efficient heat transfer (i.e., cooling of the process fluid).
    • Low and further optimizable energy use.
    • Extremely small installation spaces.
    • Falls within the product categories that MITA is able to regenerate.
    • Indication of “carbon footprint” from the MITA team.
    Learn more about the sustainability of MITA cooling solutions

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    Tools to help you choose

    Cooling Advisors

    First goal: ask the right questions to the customer and involve him selecting the best cooler. We have been doing this since 1960.

    Preliminary plant evaluation

    The visit to the plant is a fundamental moment to find the right information on your needs, together with your technicians and the engineering firms involved.

    Tailor-made design

    Complete range of coolers and chillers, dozens of variants for each type, solutions for each application and important customizations: MITA's design is truly tailor-made.