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IQ-COOL^TM

Increase the cooling capacity of your air-cooled equipment without modifications to the existing system

Why IQ-COOL^TM TECHNOLOGY?

In the oil and gas industry, the energy sector, and the chemical industry, the optimal functioning of air-cooled coolers and/or condensers is of fundamental importance. These coolers play an essential role in maintaining the correct temperatures and pressures in the processes, which directly affects the efficiency, quality, and reliability of the system.

Air-cooled coolers and condensers are generally designed for an ambient temperature that is lower than the warmer summer days. However, climatic developments are increasingly causing longer warm periods, resulting in air-cooled heat exchangers often becoming bottlenecks throughout the process.

With IQ-COOL^TM TECHNOLOGY, you increase the cooling capacity of your air-cooled equipment without modifications to the existing system, either mechanically or in terms of control, as it is an autonomous installation.

How does IQ-COOL^TM TECHNOLOGY work?

Adiabatic cooling using IQ-COOLTM technology provides the required reduction in ambient temperature. In adiabatic cooling, water is evaporated and the necessary thermal energy for this process is extracted from the air. As a result, the air temperature and the relative humidity decrease.

A lower inlet temperature leads to a significant increase in cooling performance. Sensors measure humidity and temperature 24/7, allowing the IQ-COOL system to automatically ensure optimal dosing. This reduces water consumption.

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Positive effects

More efficient system

By lowering higher ambient temperatures

Increase in cooling performance

By lowering higher ambient temperatures

Increased reliability

By reducing bottlenecks in air-cooled heat exchangers

Facts IQ-COOL

It reduces the ambient temperature at the air inlet by up to 10 degrees, decreasing the approach temperature and increasing thermal efficiency and capacity.
The water consumption automatically adjusts based on the current cooling demand.
Fully autonomous and stand-alone system – integration with existing processes is not required.

Delivers a high water flow at medium pressure, ensuring energy-efficient operation.
One container unit can support multiple air-cooled coolers and independently serve up to four different cooling needs.
Compatible with various water types
Suitable for use in ATEX Zone 2 (2014/34/EU)