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13-14: Prevention of Corrosion, Erosion and Abrasion in Cooling TowersAsset preservation is a major priority among utilities and communities. Within Cooling Towers, the forces of corrosion, abrasion, and erosion can have devastating effects. Changes in cooling Tower design and water treatment practices are, in some cases, elevating the exposure. The use of protective materials is becoming increasingly critical to extending the life of cooling tower infrastructure. Sauereisen will present multiple solutions for restoring

The new treatment method resolved biological fouling issues and eliminated the need for shot feeds of a tanker truck load of bleach (~5000 gallons) every one to two weeks and the need for normal continuous dosing of chlorine and sodium bromide

Modern all-organic corrosion control programs for cooling water treatment are generally based on phosphonate chemistry

Recent environmental concerns have been expressed regarding the possible toxicity effect to aquatic life from copper in once-through cooling water discharge and the blowdown from recirculating cooling systems

play an important role in the evaluation of the performance of Evaporative Heat Transfer Systems such as cooling towers

ClO2 residuals

and community awareness compel industry to consider water reuse

other first cost items which vary between one bid and another

or thermostat

toxic chemicals

power plants

After a brief overview of the analytical model

A model for the calculation of drift deposition from salt water cooling towers has been developed

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