Cooling Water Filtration - What is the Purpose?

In almost all of the industrial processes and manufacturing, water plays a basic role. It helps in cooling as well as cleaning but when this water becomes polluted it really damages the efficiency of the system by delaying the process and ultimately the quality of the product is affected.

This problem can be solved nowadays by a technology called cooling water filtration that removes suspended solids from cooling systems efficiently.

In this method untreated water is passed through a membrane which sends steam to another filtration device in order to clean it thoroughly. After that water is passed through the filtration equipment and there it cools down.

Cooling water filtration is used in commercial buildings, cooling towers, and closed loops and plays a vital role just as the lungs play an important role in the functioning of our body and are effective in removing deposits of corrosion and scaling.

In commercial buildings, the cost that water treatment systems bear is very small compared to the cost of water and other utilities. However these filtration systems help in reducing problems of fouling and corrosion that take place because of some deposits like calcium carbonate that acts as a bacterial slime that often results when that particular surface comes in contact with water.

Cooling water filtration is also used in cooling towers where water is taken from inadequate sources and requires sedimentation. A cooling tower allows water to pass through an air stream then it is cooled down. The working of a cooling tower depends upon the quality of water. If water is contaminated, the efficiency of these cooling towers is decreased which sometimes leads to system failure.

The installation of these systems in your condenser or blocked loop systems not only helps to hold large course rates but also removes dirt and sediments from your cooling system thereby increasing its efficiency.

Some cooling water filtration systems do not completely remove all the contaminants from water; you have to make sure about the efficiency of the system you are going to install. You can also use surfactants and dispersants, and chemicals to maximize the efficiency of your system but it largely depends upon the nature of water that circulates in a system.

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