11-11: New Methods For Drift Eliminators Performance Evaluation Miscellaneous

11-11: New Methods For Drift Eliminators Performance Evaluation MiscellaneousThe subject of the paper is aimed for methodology for the evaluation of cooling tower drift eliminator performance. Two independent methods for the evaluation of eliminator performance were used. The former method is based on the numerical determination of particle trajectories in the area of drift eliminators. The latter approach applied the method commercially known as IPI (Interferometric Particle Imaging). This method seems to be the most suitable

Preliminary model estimates of drift deposition are compared to deposition measurements

This paper reports performance data and describes mechanisms for the following functions: 1) the control of microbial populations to very low levels

has been with us for many years

This paper presents quantified tradeoffs among wet

A program was initiated to investigate the general and pitting corrosion

and financial/operational savings in the variations required to address small

In June of 1982 a revised version of ATC-105 was published because several changes and additions were necessary to improve the code

an operational history

Due to the progressive nature of corrosion deterioration

Conventional alkaline treatments utilize phosphonate for calcium carbonate scale control and azole (tolyl triazole) for copper corrosion inhibition

The common materials used in evaporative condensers are hot dipped galvanized carbon steel (HDG) and 300 series stainless steel (SS)

materials selection