Clean your compressed air of unwanted substances

Compressed air is very hot after it’s compressed. An after-cooler is used to lower this temperature, which in turn reduces the water content.

Compressed air is very hot after it’s compressed. An after-cooler is used to lower this temperature, which in turn reduces the water content.

Compressed air is very hot after it’s compressed. An after-cooler is used to lower this temperature, which in turn reduces the water content.

Compressed air is very hot after it’s compressed. An after-cooler is used to lower this temperature, which in turn reduces the water content.
After-coolers are frequently included as standard equipment for compressor installations and should be placed directly after the compressor.

The heat exchanger cools the hot air and then routes most of the condensation water away from the system as quickly as possible.

Available in different types such as automatic, manual, and no-air-loss, a water separator allows the condensate that is collected from the system to automatically drain away - thus preventing collected condensate from re-entering the compressed air system. 

With proper sizing and selection, 

Available in different types such as automatic, manual, and no-air-loss, a water separator allows the condensate that is collected from the system to automatically drain away - thus preventing collected condensate from re-entering the compressed air system. 

With proper sizing and selection, 

Available in different types such as automatic, manual, and no-air-loss, a water separator allows the condensate that is collected from the system to automatically drain away - thus preventing collected condensate from re-entering the compressed air system. 

With proper sizing and selection, 

Available in different types such as automatic, manual, and no-air-loss, a water separator allows the condensate that is collected from the system to automatically drain away - thus preventing collected condensate from re-entering the compressed air system. 

With proper sizing and selection, a water separator can achieve an 80-90 percent efficiency in separating condensation water from the compressed air. The remaining water flows with the compressed air as water vapor into the air receiver.

Many systems require a much higher degree of air drying than filters and water separators can provide. In that case, a dryer is used to reduce the moisture levels below the point where condensation can occur later in the system.
For most systems, this would mean

Many systems require a much higher degree of air drying than filters and water separators can provide. In that case, a dryer is used to reduce the moisture levels below the point where condensation can occur later in the system.
For most systems, this would mean a refrigerated dryer that removes the water by cooling the air to a temperature near freezing. When even dryer air is needed,

Many systems require a much higher degree of air drying than filters and water separators can provide. In that case, a dryer is used to reduce the moisture levels below the point where condensation can occur later in the system.
For most systems, this would mean a refrigerated dryer that removes the water by cooling the air to a temperature near freezing. When even dryer air is needed, a desiccant type dryer is required.
This type of dryer reduces the water content by adsorbing the water onto specially designed media.

Oil/water separators are an easy and cost-effective solution for meeting new and more stringent laws with regards to handling environmentally hazardous oil waste in your condensate.
Absorption media traps oil to produce clean drainage water.