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Forms for representation of thermal responses of evaporative cooling towers
Abstract Various forms of standard temperature nomograms for cooled water are analyzed. It is recommended to use a single standard form of computed nomograms for chimney, mechanical-draft, and ejection cooling towers. The nomogram makes it possible to determine the temperature of cooled water during operation of a cooling tower in both closed and open cycles. The working nomogram is readily corrected by data derived from full-scale tests. For mechanical-draft and ejection cooling towers, the nomogram makes it possible to construct an operational nomogram, which determines the temperature of the cooled water as a function of the temperature as read from a wet-bulb thermometer.
Forms for representation of thermal responses of evaporative cooling towers
Abstract Various forms of standard temperature nomograms for cooled water are analyzed. It is recommended to use a single standard form of computed nomograms for chimney, mechanical-draft, and ejection cooling towers. The nomogram makes it possible to determine the temperature of cooled water during operation of a cooling tower in both closed and open cycles. The working nomogram is readily corrected by data derived from full-scale tests. For mechanical-draft and ejection cooling towers, the nomogram makes it possible to construct an operational nomogram, which determines the temperature of the cooled water as a function of the temperature as read from a wet-bulb thermometer.
Forms for representation of thermal responses of evaporative cooling towers
Gel’fand, R. E. (author) / Sverdlin, B. L. (author) / Nikolaeva, O. S. (author)
Power Technology and Engineering ; 41 ; 371-378
2007-11-01
8 pages
Article (Journal)
Electronic Resource
English
Forms for representation of thermal responses of evaporative cooling towers
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