Replacement of a Cooling System

Full range of coolers and advanced selection tools

Cooling systems which are corroded or that no longer support initial performance: both can be replaced with the most diverse market solutions. As a premise, a serious pre-analysis must be carried out on the plant requirements.

Evaporative or Adiabatic Cooling: Frequently Asked Questions and Expert Answers

Evaporative and adiabatic cooling both take advantage of air to lower the temperature of a process fluid (water, water and glycol, gas).

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Both systems use water, but in different amounts, in different ways, and with different levels of efficiency. The direct evaporative

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The structure and components of the two systems are, of course, a consequence of the two different operating principles.

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Modern evaporative coolers use automatic blowdown systems controlled by conductivity sensors, partial recovery of discharge water, and optimized make-up strategies. Adiabatic systems, on the other hand—with the proper use of sensors and PLC-based parameter settings—use water only during periods of maximum thermal load, reducing overall consumption compared to traditional cooling towers (though with some loss of efficiency). The adoption of recovery circuits also allows part of the water to be reused in any cooling system that relies on this resource.

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In an evaporative system, approximately 2% of the mass to be cooled evaporates and is released back into the environment.

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Choosing the system best suited to your needs depends on several factors, mainly related to the specifics of the individual plant project to be developed: an exchange of information with a cooling consultant is often helpful.

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Requirements: why replace an industrial cooler

Typically, an industrial or HVAC cooling system needs to be replaced in two cases: either because it has worn out over time (corrosion) or because it no longer supports the performance of the entire plant (e.g. due to scaling up).

But the desire to acquire a more efficient, quieter cooling technology with greater water and energy savings can also justify replacement.

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PMS Cooling Towers in Albany

Solution: a wide range of coolers

Before replacing the cooling system, we carry out a pre-analysis of the system’s needs, also using advanced software tools: it is also possible to switch from an evaporative to an adiabatic system or vice versa if the analysis indicates a change in the customer’s needs.

This is why it is advantageous to have an overview of cooling technologies and to see a complete range: evaporative, adiabatic, dry.

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Fibreglass: a bonus for durability and safety

Many end-users and engineering offices require durable solutions for their systems in order to amortise the investment costs over time.

MITA cooling towers and evaporative condensers make extensive use of corrosion-proof and therefore durable materials: fibreglass, PVC, PP… The expected life cycle is significantly extended. The lack of corrosion also makes the cooler safer.

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The opportunity of the remanufactured cooling system

Do you need to replace your technology while rationalizing costs? A remanufactured solution could be one answer.

We offer remanufactured cooling towers and adiabatic coolers: this allows companies to acquire cost-effective solutions, remanufactured using less raw materials and energy but equally efficient and safe.

A product-service also meets ecological sustainability: you win, the environment wins.

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