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03-10: Real-Time Biological MonitoringControl of Microbiological contamination in cooling towers requires an efficient means of measuring the contamination. ATP based testing methods offer immediate results and measure the total microbial population, both aerobic and anaerobic, in one step. Methods for spot checking towers, measuring biocide efficacy, detecting biofilms, and monitoring biofilm clean up are described. Differential effects of oxidizing and non oxidizing biocides on ATP

This involved a multitude of factors

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

The objective of this study was to explore the benefits of advanced airfoil technology for industrial cooling tower fan blades

The department successfully tested and is now using a low cost biocide that is normally used for swimming pools

One process that can affect the fate of oxidizing halogen in recirculating cooling water is flash-off (forced-air stripping)

pre-selected temperatures

It incorporates a diffusion type equation that describes the spatial rate of change in droplet concentration as a function of their radii

the regulations concerning the noise emission are prescribing more and more stringent requirements

A total of forty-eight power plants were surveyed as a part of this investigation

The methods available for dissipation of waste heat will be discussed

This helps in increasing the cycles of concentration of the cooling tower and also reduces the size of the disposal pond or a brine concentrator in case of a zero discharge permit plant

The methods used to evaluate the performance of the product and laboratory and field testing results will be presented

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