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TP20-11: A Structural Inspection and Condition Assessment Methodology for Concrete Cooling TowersConcrete cooling towers experience various levels of concrete deterioration due to exposure to atmospheric conditions, cooling water chemistry, and various methods used to extend their service life. Despite being a critical asset, many cooling tower structures are inspected on an ad hoc basis after problem conditions are discovered, often leading to more extensive repair conditions. This paper defines a standardized process and procedures for

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

This paper discusses the use of a non-phosphorous corrosion inhibitor program in alkaline conditions

The performance properties of several calcium phosphate inhibitors have been examined and compared with those of new polymeric material

Reuse of municipal waste water effluent has shown to provide numerous advantages in addition to water conservation

In the process of measuring water velocity

it has been customary to use the manufacturer's design airflow and adjust it by the on-third power of the ratio of the design fan horsepower to test fan horsepower

customers are reluctant to adopt many Non-P treatment programs

Is there any relation between cooling tower slime and wood rot

CFD was used to show that the large fan design virtually eliminates hot air recirculation compared to 5% to 35% recirculation rates of traditional small fan designs

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

the water often becomes polluted

While the number of cases remains marginal (~2 per year)

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