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15-26: Hybrid Cooling Towers – Water Savings Calculations and MeasurementsIn many areas of the globe water has become, along with energy, a critical natural resource. Because of that concern, a variety of hybrid cooling towers have been developed for power plant usage. These hybrids provide the cooling performance of a wet cooling tower but with less water usage. The particular amount of water savings that can be achieved varies with both the design of the hybrid cooling tower and the ambient climate. There is no generally

and operating reliability improves compared to cooling tower/surface condenser

soluble silica

The greatest challenges for managing the risk of Legionella pneumophila in evaporative cooling water systems have been the lack of effective biocide treatment strategies and the lack of timely Legionella test results

either below or above the fan in a cooling tower

and the preparation of an environmental impact statement on noise

as well as other items to consider with reclaimed water in cooing tower water systems

replacements

pollution abatement is one of the most important items in capital and operating budgets

effective fill fouling control is achieved

Condition assessment procedures are then discussed to determine the need and priority of maintenance

Produced oxidants are effective biocides while precipitation reduces scale buildup on the heat exchanger surface

Is it enough

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