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74-09: Cooling Tower Consumed Power and Its Relationship to Power Plant OutputCooling tower fans consume about O. 5% of the output of a 1200 MWe light water nuclear plant. A 10% change in tower size may reduce consumed power by 10% while losing four times this saving in turbine generator output, depending on turbine efficiency variation as a function of back pressure. Paper shows the effect increasing or decreasing tower size will have on both peak summer and annual plant output for two different heat rate curves and includes

Decreasing water supplies

We also expand upon the best practices for remediation

EDF has been performing its own thermal performance acceptance tests during the past 30 years

But these fans actually available on the market

In 1989 Florida Power Corporation (FPC) agreed to install helper-cooling towers at their Crystal River Generating Station to cool circulating water discharged to the Golf of Mexico

nor permit necessary corrective actions

the largest single area of cost overrun is in supervision and labor costs

The following tests are conducted on fill: mechanical strength

This paper discusses the advantages of pre-coolers and presents some basic design considerations

metallurgy

and discharge permits

Differences from currently used coil-type wet/dry tower designs and benefit

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