Maintaining productivity with closed circuit cooling towers

Cooling tower pumps

Keeping cool under the rigors of energy production or manufacturing can be a large problem than it originally seemed. Many businesses find that when productivity amps up, so to does climate temperature. Avoiding high temperatures allows businesses to achieve the highest levels of productivity possible. To ensure the quality and safety of operations, the best way to keep productivity cool is by using cooling towers.

What are cooling towers?

Cooling towers are open topped cylindrical structure. These structures are made of concrete and can be made in a large scale of sizes. Large cooling towers, like those iconic cylinders out back of nuclear power plants can be hundreds of feet tall and Cooling towers function by removing excess heat from the atmosphere. In the case of energy production, lost energy results in heat that must be removed in order to maintain a safe environment. Although cooling towers are popular options for energy providers, they can be applied to other industrial methods.

There are two main types of cooling towers, natural draft and induced draft. Induced or forced draft cooling towers allow for the cooling method to be contained, reducing the possibility of contamination. These cooling towers are measured by cooling capacity. The best options will range from 10 to 100 tons of cooling capacity.

Cooling towers may either use the evaporation of water to remove process heat and cool the working fluid to near the wet-bulb air temperature or, in the case of closed circuit dry cooling towers, rely solely on air to cool the working fluid to near the dry-bulb air temperature. Common applications include cooling the circulating water used in oil refineries, petrochemical and other chemical plants, thermal power stations and HVAC systems for cooling buildings.

Leading manufacturers have made various improvements to the standard cooling tower. Some of the best developments include the production of single-piece cooling towers. This towers, constructed out of corrosion proof, quality engineered plastic provide increased structural strength by eliminating the hazards created by seams. A seamless body made of these plastics will outlast traditional cooling towers, because traditional methods only delay corrosion as opposed to eliminate it.

Another advancement made was in the development of closed circuit cooling towers. Closed circuit cooling towers are a hybrid between we and dry cooling options. As such, closed circuit cooling towers represent the most best possible method for extracting heat and regulating an atmosphere. These cooling towers pass cool fluids through a tubing, and an induced draft is applied. This method allows the cooling tower to perform as well as wet cooling towers, and provide the protection from environmental exposure that is offered by dry cooling towers.

Finally, when choosing a cooling tower, take a look at necessities like warranty guarantees and customer service. Manufacturers of cooling towers should provide great warranties, not only because these are large investments, but because they should stand by the products being sold. Customer service should also be noted as a necessity. When new owners have questions regarding any aspect of a cooling tower they should not be met with aggravating hold times and multiple transfers before receiving answers. Refernce materials:

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