Adiabatic cooling is an eons-old method of cooling spaces using the absorption of heat by water as it changes phase from a liquid to a vapor. Ancient Egyptians took advantage of this method by hanging wet cloths in the openings of their living quarters and letting the dry desert air pass through to provide a cooling effect.

This article looks at the benefits of using adiabatic cooling, electronically commutated (EC) fans and smart control systems.

Globally, regardless of the industry, water and energy savings are becoming more important. This article explores the benefits of adiabatic cooling by looking at a new installation at a metal processing company that was scheduled to go online in late 2019. A case history helps illustrate how other industrial processors might take advantage of this technology.

Several global trends are contributing to the desire for cooling system solutions that can help companies use less energy and water for cooling. Heavy flooding in some regions, drought conditions in others, and extreme temperatures and weather events help drive the demand for such solutions.

According to a local report, Cimco Refrigeration will provide a major upgrade to the refrigeration system at the Canada Games Centre in Whitehorse, the capital of Canada’s Yukon territory. Cimco designed, manufactured and installed the current system when the recreation complex was built in 2005.

Combining wet and dry cooling, the TrilliumSeries optimizes energy and water savings for industrial refrigeration. When the ambient air is below the setpoint, the unit runs as a dry cooler to save water and energy.

Here are the ten most popular Process Cooling product articles in 2018.

The Ecodry BWR water-recovery system allows users of the company’s Ecodry 3DK closed-loop adiabatic central coolers the ability to capture and reuse more water. 

Evaporative precooler is developed for air-cooled condensers, dry coolers, air-cooled condensing units and air-conditioner applications.