Three Common Cooling Tower Problems

 

Three Common Cooling Tower Problems

We will assist you in recognizing the three common Cooling Tower Problems and the best options to protect your business or mechanical property through this article. Although automated cooling towers are composed to be as productive and resources-free as feasible, they hardly require a little caring and love. In this article, we are proceeding to know about three common problems of cooling towers and how to maintain it properly. It is imperative to understand the three common cooling tower problems to help save your funds and resources under control.

Industries that feature cooling towers require keeping a record and control of the fundamental types of water handling problems. All of these three common cooking tower problems will decline the cooling tower’s capacity to be as power efficient as planned.  Below, we have posted the three most common problems that peak out in industrial cooling towers because of water.

Scale Buildup:

The development of scale is one of the common issues in the career of automated cooling. The scale is most often developed by the accumulation of inorganic mineral compounds found in the water such minerals are calcium phosphate, magnesium silicate, and iron oxide. As scale accumulation covers the core part of the cooling tower, the heat transference performance is humiliated. If the scale accumulation is left neglected, it can drive to tremendous energy expenses to operate the cooling tower and may also need the complete cooling system to be sealed and repaired.

The perfect way to inhibit scale accumulation is to frequently clean towers and decrease the volume of mineral development.

Corrosion:

Over time water will corrode just about any material known to humanity, and water is not the foremost offender when it befalls to corrosion in automated cooling towers. While it is reliable that water is the means that renders the corrosive factors to progress, the factors themselves are further serious than the water could ever exist. Many automated cooling towers are revealed to unrelenting industrial chemicals throughout their lifespan. Corrosion can grow a significant concern because it can minimize cooling effectiveness, develop energy costs, and in desperate circumstances create havoc or damage to equipment inside the tower.

And the perfect way to alleviate corrosion is to frequently clean the towers. Furthermore, preferring tower elements that are typically resistant to corrosion, such as Fibre-reinforced plastic, is an excellent way to defeat the dilemma of corrosion.

Fouling:

Fouling means the process by which the water in an automated cooling tower matures soiled. As many automated cooling towers cleanse dirt, dust, and biochemical components out from the air that they are chilling, the water can swiftly become contaminated. If it is left unchecked, this soiled water can bar up the water spouts in the tower, decreasing productivity and enhancing energy consumption.

To aid overcome the quantity of fouling that befalls, it is essential to beget a well-maintained filtration technique as well as a chemical treatment to separate out the contaminants in the water.

 Microorganisms:

While the early problems were often the liability of chemicals detected in the water of automated cooling towers, microorganisms are accused solely on the water itself. It acts as a perfect place for the germination of unwanted biological development, such as bacteria. These contaminants aren’t not considered safe for the people and also harmful to the effectiveness of the cooling towers. This will make a biofilm, which will build upon the interior part of the cooling towers. The worst thing about these contaminants is that even a very tiny part of it can diminish the thermal response dramatically.

To inhibit the growth of microorganisms in an automated cooling tower, it is necessary to clean the cooling tower frequently using anti-microbial cleaner.

Primary keys to Water Treatment

Be sure your cooling tower is invariably regulated for biofilms. It is evident and petty expensive to retain, clean and making it washed.

Receive your peroxide vivid, store it in the shade, and assure you inquire it at each performance.

Perform inspections which claim your suspicions regarding the variables in your cooling tower with labs for attestation and modify respectively.

Regular monitoring is the solitary approach to remain on the peak of your cooling tower scaling, corrosion, and biological germination. Monitor frequently!

Water treatment accompanying chiller & cooling tower subsistence that includes cleaning the entire heat transfer facades is the alternative to retain your industrial heating, ventilation, and air conditioning (HVAC) system functioning perfectly.

Cooling Tower Maintenance & Repair

If you own a business that holds cooling towers in this current metro location, relish that we have the best training team and tools.  We realize how cooling towers functions and how the disposition water influences the cooling towers and can help save your expense and make the task done promptly.