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07-04: Effects of Wind on Air-Cooled Condenser PerformanceWind is an important factor affecting the performance of air cooled condensers. The paper presents the results of field tests at five plants with ACC's to determine the mechanism and magnitude of the effects. The relative importance of recirculation and degradation of fan performance is discussed. Possible approaches to mitigate the wind effect are explored.

modular and cost-effective test set-up to thermally assess an individual cell of the tower

Revised October 2019

combined-cycle power plants

The cooling tower parameters that were controlled included temperature

120°F and 150°F

on-demand generation of MIOX (mixed oxidant disinfecting solution) provides several advantages for the cooling tower industry

This code covers the determination of the effluent air or plume characteristics of wet-dry cooling towers

The pilot is constituted of four reduced-scale open cooling circuits (around 15 thermal kW) able to mimic the thermal and chemical behavior of an industrial cooling circuit such as those found in nuclear power plants

CleanAir Engineering was contracted by the Cooling Technology Institute to conduct research regarding the suitability of two new candidate pitot designs for water flow rate measurements

today's equipment now addresses the concentration and handling of separated solids

has demonstrated excellent results in reclaiming lowdown water from cooling towers

between the tetrahedral soluble silica

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