73-05: Cooling Tower Plumes - Defined and Traced by Means of ComputerThis paper deals with use of the model to achieve a three dimensional calculation of a cooling tower plume whereby non reactive pollutants in the plume are tracked as well as the water vapor cloud. Condensation and rainout of the water is included in the simulation. The paper also discusses practical applications of the model to cooling tower plumes, their formation, and dispersion.

At the time we were certainly aware of the control without forming phosphate deposits on hot bundles problems with admiralty brass corrosion using only azoles

Aeroacoustics means for reducing the sound power output of a fan are discussed

The creep rate of PVC fill was determined as a function of temperature

Testing included microbiological test to confirm the biocides effectiveness

Two independent methods for the evaluation of eliminator performance were used

The treatment provides excellent corrosion and scale control over a broad range of water chemistries and is applicable to high conductivity and iron-contaminated waters

The paper presents the results of field tests at five plants with ACC's to determine the mechanism and magnitude of the effects

resulting in a significant improvement in overall thermal performance

Conventional chemicals such as Alum & Lime were used for pretreatment of water

what is it about corrosion that allows all these factors - many apparently unrelated - to be possible causes

In the second phase

8 Million GPM of water