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79-06: Single-Cell Cooling Tower Performance StudiesUnion Carbide Corporation Nuclear Division at the Oak Ridge Gaseous Diffusion Plant has been involved in cooling tower testing for some time. most recent efforts have been directed toward evaluating the effects of reduced blade tip clearance on fan and tower performance. This paper consolidates these efforts which were originally documented in two separate reports. Data and results are presented herein which show that large improvements in fan

High levels of total dissolved solids

combined with an understanding of the problems involved is becoming a must

A basic introduction to the causes of deteriorations in concrete will also be presented along with some common repair methods and repair materials

and how a unique solution was implemented to reinforce the fan cylinders to enable them to sustain 300 kph wind loads

They provide increased worker safety during reconstruction as well as protecting the environment and "keeping the lights on" at the power plant

the solution of one pollution problem might create another

Chairman and Members of the Committee':

In this study film fills for cooling towers made of PVC and of a flame retardant PP are tested by several different methods and international standards to evaluate the actual performance of these two materials

Attention to techniques will be evaluated

operation and treatment of cooling systems can encompass many techniques to fulfill both the desires of Industry and Management to improve its environmental image

To address the need for more effective deposit control and the ability to operate at higher cycles of concentration

A novel methodology for studying the formation of surface deposited corrosion inhibitors on copper has been developed

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