Advantages Of Open Circuit Cooling Tower

The cooling tower plants have a number of filters to work through the cleaning process making cooling towers better at what they do.

Advantages of open circuit cooling tower.

A direct open circuit cooling tower is an enclosed structure that distributes warm water over a labyrinth like packing or fill which provides an expanded air water interface for heating of the air and evaporation to take place. The heat from the hot steam is escaped to the atmosphere such that the cold water droplets are collected in a basin. When water is cooled in the cooling tower using the water treatment system all the chemicals and harmful particles vanish from it leaving a cleaner and a cooler liquid. This is because so much of the cooling effect from an open cooling tower is the result of evaporative cooling.

The water is cooled as it falls through the fill and is then collected in a cold water basin below. In open circuit cooling towers there is a direct contact between the water to cool down and the air. The following image depicts the cooling tower. A cooling tower is a device that is used for the conversion of hot steam to cold water.

The heated moisture laden air leaving the fill is discharged into the atmosphere. The resulting heat transfer performance is close to that of a wet cooling tower with the advantage of protecting the working fluid from environmental exposure and contamination. Operation of the indirect cooling towers is therefore very similar to the open cooling tower with one exception. The second type often called a closed circuit cooling tower involves indirect contact between heated fluid and atmosphere figure 4 essentially combining a heat exchanger and cooling tower into one relatively.

Generally cleaner the system better is its performance. Here s a look at some advantages of cooling tower water treatment systems. Same goes to cooling towers. Of these the direct contact or open cooling tower figure 3 ex poses water directly to the cooling atmosphere thereby transferring the source heat load directly to the air.

The operating specifications are the parameters used to design and describe cooling. The process fluid being cooled is contained in a closed circuit and is not directly exposed to the atmosphere or the recirculated external water.