Cooling Tower Manufacturer In Ankleshwar

We Advdtech Technologies are one of the top notch manufacturer of all kinds of cooling tower in Ahemdabad Gujart. we are manufacturing cooling tower since 20 year and have expertice for the same. we are using high qualiyt FRP and feels we are using for it are standard make. we use best quality cast aluminium and frp for high performence Cooling fans. we are using standard make Motor as per our customer requirment. our advatech cooling towers are higher in peformence and lower in maintenance. we are in fast in delivery and best in price with best after sales services.

Our Major market for the cooling tower is Ankeshwar as there is so many chemical factories over there and advatech make cooling tower is best for Chemical industries.

How Cooling tower works?

A cooling tower is a device used to dissipate heat from various industrial processes or air conditioning systems by transferring excess heat to the atmosphere. These towers are commonly seen in power plants, manufacturing facilities, and large commercial buildings. The basic principle of operation of a cooling tower involves the process of evaporative cooling. Here's how it works:

Hot Water Inlet: The hot water, which carries excess heat from an industrial process or air conditioning system, enters the cooling tower at the top. This hot water is typically referred to as the "process water."

Distribution System: Inside the cooling tower, the process water is distributed through a system of pipes and nozzles or distribution basins. It is evenly distributed over the fill material, which is a medium designed to maximize the surface area for the exchange of heat between the water and the air.

Airflow: Simultaneously, air is drawn into the cooling tower through fans located at the base or the top. The fans create an upward airflow within the tower.

Heat Exchange: As the hot water flows over the fill material, it comes into contact with the upward-moving air. The air's temperature is lower than that of the hot water, and as a result, heat is transferred from the water to the air. This heat transfer occurs through a combination of convection and evaporation.

Evaporation: Some of the water in the cooling tower is evaporated into water vapor due to the contact with the air. This phase change from liquid to vapor requires energy, which is absorbed from the remaining liquid water, thus cooling it down.

Cooled Water Outlet: The now cooler water collects at the bottom of the cooling tower and is pumped back to the industrial process or air conditioning system for reuse. This cooled water is typically referred to as the "return water." It can be recirculated multiple times to efficiently dissipate heat.

Release of Warm, Moist Air: The warm, moist air that has absorbed heat and water vapor exits the cooling tower through the top and is released into the atmosphere. This is the characteristic plume often seen rising from cooling towers.

By using this evaporative cooling process, cooling towers are able to efficiently remove heat from the process water, making it ready for reuse, while releasing warmer, moist air into the environment. The efficiency of a cooling tower depends on factors such as the design of the tower, the temperature difference between the incoming hot water and the ambient air, and the airflow rate. Cooling towers come in various designs, including counterflow and crossflow configurations, to optimize heat exchange for different applications.