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As outdoor temperatures rise, air-cooled systems consume more energy and available cooling capacity can decrease. PreCooling helps improve these operating conditions

When Temperatures Rise

Much higher energy use

Much higher energy use

Lower cooling efficiency

Lower cooling efficiency

Higher equipment load

Higher equipment load

Reduced cooling capacity

Reduced cooling capacity

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We cool the air before it reaches the condenser

PreCooling lowers incoming air temperature to improve the performance of existing air-cooled chillers and dry coolers, using treated water to help protect the equipment

  • Cool the incoming air

    PreCooling lowers air temperature before it reaches the condenser.

  • Protect the cooling system

    Specially prepared water helps reduce scale and corrosion.

  • Reduce energy use

    Lower operating load helps reduce electricity consumption.

  • Improve cooling performance

    Cooler inlet air helps the equipment operate more efficiently.

  • Cool the incoming air

    PreCooling lowers the air temperature before it reaches the condenser.

  • Protect the cooling system

    Specially prepared water helps reduce scale and corrosion.

  • Reduce energy use

    Lower operating load helps reduce electricity consumption.

  • Improve cooling performance

    Cooler inlet air helps the equipment operate more efficiently.

  • Cool the incoming air

    PreCooling lowers the air temperature before it reaches the condenser.

  • Protect the cooling system

    Specially prepared water helps reduce scale and corrosion.

  • Reduce energy use

    Lower operating load helps reduce electricity consumption.

  • Improve cooling performance

    Cooler inlet air helps the equipment operate more efficiently.

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A natural cooling process, applied before the condenser

Fine water droplets evaporate in the incoming air, absorbing heat and lowering its temperature before it reaches the cooling equipment.

Fine water droplets evaporate in the incoming air, absorbing heat and lowering its temperature before it reaches the cooling equipment.

How PreCooling works

1

Analyze & Engineer

Engineering & system design

We assess your existing cooling equipment and design the PreCooling system around its specifications and operating conditions.

1

Analyze & Engineer

Engineering & system design

We assess your existing cooling equipment and design the PreCooling system around its specifications and operating conditions.

2

Prepare & Pre-Cool

Water preparation & adiabatic cooling

Prepared water is pressurized and atomized into fine droplets to cool the incoming air before it reaches the condenser.

2

Prepare & Pre-Cool

Water preparation & adiabatic cooling

Prepared water is pressurized and atomized into fine droplets to cool the incoming air before it reaches the condenser.

3

Monitor & Control

Automatic operation & control

Sensors monitor operating conditions and control the system automatically during operation.

3

Monitor & Control

Automatic operation & control

Sensors monitor operating conditions and control the system automatically during operation.

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Built for Reliable Operation

Advanced Water Treatment

Prepared water undergoes filtration, BIO treatment and UV treatment to help protect cooling equipment from scale, contamination and corrosion.

Automatic Control

Built for Every Project

Condenser Protection

Performance You Can Measure

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Lower energy consumption

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%

Cooling capacity increase

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Years to achieve typical ROI

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°C

Up to air temperature drop

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Built Around Your Existing Equipment

Designed, Installed & Supported by Us

PreCooling is engineered around your existing cooling equipment, installed by our team and supported to ensure reliable long-term operation.

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Proven Impact, Real Results

Holiday Inn Tbilisi

Hotels

At outdoor temperatures above +33°C, the existing chiller could no longer provide the required cooling parameters.

33%

Chiller efficiency improvement

Orkla Latvia

Food production

PreCooling helped maintain stable cooling performance during hot summer conditions while reducing the load on the existing cooling equipment.

20°C

Incoming air temperature reduction

Schneider Electric

Industrial / Manufacturing

PreCooling improved the performance of the existing cooling system while significantly reducing its electricity consumption.

31%

Lower electricity consumption

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Proven Impact, Real Results

Holiday Inn Tbilisi

Hotels

At outdoor temperatures above +33°C, the existing chiller could no longer provide the required cooling parameters.

33%

Chiller efficiency improvement

Orkla Latvia

Food production

PreCooling helped maintain stable cooling performance during hot summer conditions while reducing the load on the existing cooling equipment.

20°C

Incoming air temperature reduction

Schneider Electric

Industrial / Manufacturing

PreCooling improved the performance of the existing cooling system while significantly reducing its electricity consumption.

31%

Lower electricity consumption

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Proven Impact, Real Results

Holiday Inn Tbilisi

Hotels

At outdoor temperatures above +33°C, the existing chiller could no longer provide the required cooling parameters.

33%

Chiller efficiency improvement

Orkla Latvia

Food production

PreCooling helped maintain stable cooling performance during hot summer conditions while reducing the load on the existing cooling equipment.

20°C

Incoming air temperature reduction

Schneider Electric

Industrial / Manufacturing

PreCooling improved the performance of the existing cooling system while significantly reducing its electricity consumption.

31%

Lower electricity consumption

Where PreCooling Works

Where PreCooling Works

[

Factories

Factories

]

[

Hotels

Hotels

]

[

Retail chains

Retail chains

]

[

Airports

Airports

]

[

Data Centers

Data Centers

]

[

Refrigeration Companies

Refrigeration Companies

]

[

Commercial Buildings

Commercial Buildings

]

Get Clarity How Works for You

How does PreCooling work?

PreCooling lowers the temperature of incoming air before it reaches the condenser. Fine droplets of prepared water evaporate in the airflow, absorbing heat and creating cooler inlet air. This helps the cooling equipment operate more efficiently and reduces electricity consumption.

What cooling equipment can it be installed on?
How is the water treated?
How does the system operate in high humidity or rain?
How is each system configured for a project?
What are the environmental benefits of solar?
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Let’s evaluate your cooling system

Every PreCooling installation is individually engineered according to the cooling equipment and operating conditions of each project.

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Let’s evaluate your cooling system

Every PreCooling installation is individually engineered according to the cooling equipment and operating conditions of each project.

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Let’s evaluate your cooling system

Every PreCooling installation is individually engineered according to the cooling equipment and operating conditions of each project.