Evaporative Cooling Systems

Automated Production Systems

AP's Komfort Koolers are evaporative cooling systems that utilize the natural cooling effect of evaporation to combat seasonal dips in production caused by heat stress. AP offers two different styles of Komfort Koolers. The Closed Top System has been an industry favorite for many years. Made of ultraviolet stabilized PVC, this system offers great durability and longevity. In addition, a new and rapidly growing Open Top System is available. This design offers the grower easy access to manage and maintain their evaporative cooling system and utilizes a combination of PVC and the highest quality of stainless steel for years of dependable operation. Komfort Kooler Systems will adapt to new and existing facilities.

Closed-Top Design
The Komfort Kooler™ Closed Top system has been an industry favorite for many years. Made of ultraviolet stabilized PVC, this system offers great durability and longevity.

Closed Top Distribution System

Extruded from ultra-violet stabilized PVC
Designed with durability and ease of installation in mind
Hinge cover and thumb screws firmly hold pad in place
Water deflectors insure pad wetting is uniform

Closed-Top Design Closed-Top Distribution System

Open-Top Design
The Open Top system offers the grower easy access to manage and maintain their evaporative cooling system. It utilizes a combination of PVC and high quality stainless steel or aluminum for years of dependable operation.

Open Top Distribution System

Manufactured from aluminum or stainless steel
Allows for easy access to water jets & pressure checking
No hassle access to the spray bar for cleaning
Pre-punched components simplify installation
Water deflectors insure pad wetting is uniform
Cam-Lock system allows toolless pad installation & replacement

Water Recycling
Both Komfort Kooler Designs utilize pre-formed square trough serving as a 3 gallon per lineal foot (44.8 liters per meter) water resevoir. The trough allows unevaporated water to be recirculated back through the system.