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10-05: Complex Structural Analysis Simplifies Repair Phasing In RestorationConcrete hyperbolic cooling towers built three to four decades back which have exposure to corrosion causing chlorides are susceptible to deterioration over a period of time. Such cooling towers are thin shell structures compared to their geometric proportions. As such, when a large areas of concrete gets removed from such structures during the repair work, their structural integrity may be compromised when subjected to lateral loads due to hurricanes

The fouling of surfaces can reduce heat transfer and cooling efficiencies

We also expand upon the best practices for remediation

the process of removing and replacing packing (fill) in a cooling tower involves working at height in most cases

Pultruded profiles dominate the cooling tower market as the material of choice for field erected cooling towers

The initial performance test indicated a major tower deficiency

The biodetergent treatment helped recover cooling tower performance

This paper describes how the application of a newly developed high cycle cooling water treatment program directly resulted in a substantial savings in water use and overall cooling water treatment costs while maintaining scale and corrosion control

The collected mud and scaling are treated to kill all bacteria

This paper presents results of an in depth laboratory and on-site study investigating the use of tertiary treated municipal effluent as cooling water make-up

Energy conservation strategies in cooling towers involve more than a cursory examination of fan horsepower consumption

brackish makeup and zero discharge

Open and closed cooling systems are subject to the very real constant threat of corrosion

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