Aluminum Fin Carbon Steel Tube Air Cooled Dry Coo | RFQ Sourcing Details

Aluminum Fin Carbon Steel Tube Air Cooled Dry Cooler for Petroleum Natural Gas Plant Industrial air dry coolers, also known as air dry coolers or air Cooled Heat Exchangers (ACHE), are heat exchangers that use ambient air to cool process fluids.

They are widely used in various industries for cooling purposes, such as in power plants, oil and gas refineries, chemical plants, and HVAC systems. These coolers are commonly used to cool various process fluids, such as oil, water, and chemicals, by passing ambient air over finned tubes containing the fluid.

The cooled fluid is then circulated back into the process to maintain optimal operating temperatures. Overall, industrial air dry coolers are reliable, energy-efficient, and versatile cooling solutions suitable for a wide range of industrial applications.

Name Industrial air dry cooler Material copper, stainless steel Capacity 520KW Detailed Photos The main components of an industrial air adiabatic dry cooler typically include: Fan assembly : Consisting of one or more axial fans, responsible for drawing ambient air over the heat exchange surface to cool the process fluid.

We can use AC or EC type fans for your preference. Heat exchanger coils : These coils are designed to facilitate heat transfer between the process fluid circulating inside the tubes and the ambient air passing over the external fins.

Framework : A sturdy framework or support structure that holds the heat exchanger coils and fan assembly in place. Louvers or dampers : Adjustable louvers or dampers may be included to control the airflow and optimize cooling efficiency.

Casing : A protective casing or enclosure that houses the fan assembly, heat exchanger coils, and other components, providing protection from external elements. Inlet and outlet connections : These connections allow the process fluid to enter and exit the heat exchanger for cooling.

These components work together to facilitate the efficient cooling of process fluids using ambient air, making industrial air dry coolers an effective and reliable cooling solution for various industrial applications.

All of our dry coolers are chose by professional Software: Product Parameters The working principle of an industrial air adiabatic dry cooler can be explained as follows: Process fluid enters the heat exchanger: The hot process fluid from the industrial process enters the heat exchanger through the inlet connection.

Heat exchange with ambient air: The heat exchanger coils inside the dry cooler are filled with the process fluid. As the ambient air is drawn over the external fins by the fan assembly, heat is transferred from the process fluid to the air.

Cooling of the process fluid: The heat transfer process effectively cools down the process fluid circulating inside the tubes of the heat exchanger coils. The cooled process fluid then exits the heat exchanger through the outlet connection. Air dispersion: The hea