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83-08: An Evaluation of Steel as a Cooling Tower Structural MaterialAn objective evaluation of common structural materials used in the construction of industrial cooling towers is made, based on their physical properties. The result is that steel offers the best overall combination of desirable properties, provided that a solution to corrosion in the industrial environment can be found. The theory of corrosion and accepted methods of corrosion protection are examined. A recently developed protection system utilizing a

Existing technology for biological control of cooling water systems uses costly

By performing thorough annual inspections as described

This process includes ultrafiltration

They were designed to function with untreated raw water as make-up

Service water corrosion problems in both the nuclear and fossil fuel plants have been related to both water quality and Microbiological Induced Corrosion (MIC)

independent of species or mutation

This paper will help to show the need and importance of flow measurement around a cooling tower and the different types of flow measurement devices to choose from that can provide very acceptable measurement accuracy

Results from computer codes to predict tower performance

namely an epoxy resin matrix with and without an erosion barrier strip and blades molded with vinyl ester resin having a barrier strip

The guarantee is expressed as a maximum plume relative humidity as a function of the cooling tower working parameters (flow

case histories will also be presented to illustrate the effect some of these technologies have in sound sensitive applications

The calcium carbonate deposit control performance of polymer/HEDP blends was compared in laboratory process simulation

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