Cooling tower design calculation software

According to CTI, the performance-curve method is widely recognized as an accurate way of determining cooling tower capability from measured test data. The ToolKit's tab application "provides a quick and easy method for anyone to evaluate a performance test using this more accurate method," said Rich Harrison Jr.

The cost to upgrade an existing Toolkit V 1. The stand-alone performance-curve application, PerfCurv 1. To contact CTI, call ; fax ; or go to the web at www.

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By closing this message or continuing to use our site, you agree to the use of cookies. If you need a refresher, this may help. The following design data is required to select cooling towers:. The fluid factor is obtained by using the weight of a gallon of water 8. The first step in selecting a cooling tower is to determine the Nominal cooling tower load. Once the Nominal cooling load has been calculated, a Correction Factor must be determined to calculate the Actual Rated cooling tower tons required for the specific conditions of service.

The correction factor adjusts for the ease or difficulty of cooling based on the Theoretical Design of all cooling towers. Note that the curves are shown as three separate sections. Move along the Range line over to the intersection of the Wet Bulb line.

The Actual Rated cooling tower tons is the capacity required for the specific conditions of service, and the next largest size cooling tower should be selected for the application.

Following are selection examples for three different applications. One example is based on conditions that are identified as "Theoretical Design," for reasons which will become apparent. The second example, entitled "Actual Design" is a selection based on adjusting from Theoretical to Actual design.

The third example, "Modified Application", converts an actual once-through well water system to a cooling tower recirculation system. Proper management is essential to maintain performance in order to prevent malfunctions and, as a consequence, drastic losses due to non-functionalities until it blocks the plant production.

This filling material is employed in water cooling towers, exploiting the two elements, water and air, to increase performance and allow for a reliable and long functioning period. To see an example of the cooling tower software program result data, just click on the button below:. Example of Result Data. OR, to go directly to the calculating program website and try it out yourself, just click on this other button below:. Cooling Tower Software.

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