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00-01: Design Features and their Affect on High Performance FillIn the design of a high performance cooling tower fill, many design features must be considered to produce optimum performance. This paper will show laboratory test data and detail the effect on fill performance of the following items; Flute geometry (cross corrugated, offset tube, vertical tube), Cross corrugated flute angle, Sheet pitch (19mm vs. 20mm vs. 17mm vs. 12mm), Microstructure (course, fine, none), Material (PVC & polypropylene), Module

and microbiological control

A common source is secondary treated municipal wastewater effluent

related to the operation and longevity of the cooling system

The element also offers corrosion resistance

A third phase

The effect of molecular weight and polydispersity of dispersants will be discussed

The helper towers are now in commercial operation and recent field drift testing has validated the results of the R&D program

Copper alloy condenser tube is most frequently employed due to many desirable properties including corrosion resistance

While owners of cooling towers are concerned about managing their legal liability

combined with structural analysis

The purpose of this paper is to show why altitude is an important factor that should be taken into consideration when designing or testing a tower

Previous CTI publications show that certain cooling tower configurations and designs are more responsible than others for creating recirculation environments

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