Cooling Towers

Cooling Towers, Fluid Coolers, Closed Circuit Fluid Coolers, and Evaporative Condensers, Applied Systems has them. What are you looking for? Lets look at some options...

 

Cooling towers, or open loop systems, take the heated condenser water and inject it directly into the tower, where the water is "open" to ambient conditions. The cooler water is then returned to the chiller's condenser bundle Click here to learn more about open cooling towers

 

 

Fluid Coolers utilize an integral heat exchanger in the tower section, to keep the system "closed" and keep any ambient contaminants from entering the system. Click here to learn more about closed circuit fluid cooler

 

 

 

QUICK FACT: Did you know that a 1°F in lower condenser water temperature can equate to 3% in energy savings on your chiller plant? Spending a few dollars more on your cooling tower can save you thousands of $$$.

Applied Systems sales engineers can help you find the system that fits your building, mitigates sound, footprint and maximizes performance.

BAC Technology, How does it work?

BAC products make use of the desirable properties of water, one of nature's most abundant cooling media, to provide cooling solutions for air conditioning, industrial processes, power generation and refrigeration. In most areas of the world, water is abundant and inexpensive, and its "latent heat", or ability to reject or absorb large quantities of heat through evaporation (latent heat of vaporization) or freezing (latent heat of fusion) make it ideal for these applications.

Evaporative Cooling: BAC's cooling towers, closed-circuit cooling towers and evaporative condensers make use of evaporative cooling. That is what makes you feel cool when you climb out of a swimming pool or the ocean on a breezy day. Evaporation from the water on your skin pulls heat from your body and makes you feel colder than the surrounding air. The same thing is true in one of our evaporative cooling products. The evaporative cooling principle makes it possible to cool or condense to a lower temperature than simple dry-air cooling, so you save on space, equipment cost, and energy consumption. No wonder evaporative cooling is the first choice at most central chiller plants and industrial cooling installations around the world!

 

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Recent Projects

• Boeing
• Portland Chamber of Commerce
• Solarworld
• On Semiconductor
• University of Oregon
• Genentech
• Lincoln Center
• Oregon State University
• Whole Foods
• Mt. Hood Community College
• Macy's
• Parkside Center
• Linn Benton Community College
• various public schools

 

Painting of BAC tower lift at McMenamins Hotel Oregon