HVAC cooling towers are typically smaller than industrial cooling towers, and serve more commercial applications such as cooling the recirculating water of oil refineries, chemical plants and power plants as well as cooling buildings such as large office buildings, hospitals, schools and oil refineries. Read More…
Leading Manufacturers
Cooling Tower Systems, Inc.
Macon, GA | 800-752-1905Our cooling towers are heat-transfer units, used to remove heat from any water cooled system. They aid in industries such as plastics, dry cleaning, and more, rely on cooling towers to remove heat from environment or equipment.
International Cooling Tower
Edmonton, AB | 780-469-4900International Cooling Tower, Inc. is a designer and manufacturer of industrial cooling towers for power plants, petroleum refineries, pulp & paper mills, and many other industries. When you choose our services, you choose cooling towers that optimize facility cooling capability using the highest quality materials. Additional services include operator training, cooling tower maintenance, and a full range of field services. Contact ICT today to get started!
ECODYNE Limited
Burlington, ON | 888-326-3963We offer a variety of cooling towers including counterflow towers, crossflow towers as well as ethanol towers in order to better serve you! Since our inception, we have had one goal in mind; to provide our customers with exceptional customer service and the best cooling towers available on the market. This is a tradition that we strive to uphold today and long into the future! For more information visit our website today!
American Cooling Tower, Inc.
Santa Ana, CA | 800-371-5959Family owned and operated, American Cooling Tower has roots within the cooling tower industry that span more than 80 years. ACT provides customized towers and factory assembled components ready for any application. Dedicated to servicing and constructing cooling towers we offer repairs, turn-key solutions and a wide range of accessories. Contact ACT today to learn about our full capabilities!
Cold Shot Chillers
Houston, TX | 800-473-9178At Cold Shot Chillers, we create a number of chilling systems, including cooling towers. Our products are designed for durability and cost effectiveness. Our engineers can easily custom build any machine to fit the needs of a particular application.
Process Engineering & Equipment
Comstock Park, MI | 800-245-1961Established in 1984, Process Engineering & Equipment Company specializes in the manufacturing and sale of high quality of cooling towers. Our systems serve in several applications including plastics, injection molding, anodizing, and hydraulics. Our team of dedicated employees includes five degreed engineers and three registered professional engineers. Call or visit us online for more details!
HVAC Cooling Tower – Cooling Tower Systems, Inc.
HVAC Cooling Tower – Cooling Tower Systems, Inc.Through these applications and more HVAC cooling towers are able to serve industries including petrochemical, pulp and paper, commercial, construction, communications, water/wastewater and electric.
An HVAC chilled-water system consists of a water-cooled chiller and its components, including an evaporator, compressor, an air- or water-cooled condenser, and expansion device, as well as a cooling tower that serves as an auxiliary cooling device. The water-cooled chiller is cooled by the water-cooled condenser in a separate water loop. This water loop is connected to the airside by an outdoor HVAC cooling tower that removes heat from the cooling water stream.
As a mechanical draft type of cooling tower, HVAC cooling towers utilize a power-driven fan motor to either coerce or force outside air to flow through the tower fill, a medium that is used to expand the amount of surface area between the air and water streams. Tower fills come in two different types: film fill and splash fill. In a film fill a thin layer of water is spread over several layers of closely-spaced plastic surface.
In a splash fill water drops over multiple layers of horizontal splash elements and form droplets that cover a large surface area. The water is propelled by the power-driven fan to descend through the fill while being cooled through direct contact with an air stream passing overhead. After the water is cooled it is collected in a cold water basin that is below the fill, from which it is pumped back to repeat the water loop. The heated air stream leaving the fill is released into the atmosphere far enough way to discourage it from being pulled back into the cooling tower.