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86-01: Comprehensive Drift Measurements on a Circular Mechanical Draft CoolingComprehensive drift measurements were made on multiple cells of a circular crossflow mechanical draft cooling tower. The data include both Isokinetic mineral mass flux determinations and liquid droplet flux and sizing determinations using a sensitive paper methodology. Cell to cell variations are presented along with the results of repeatability measurements. Additionally updraft air velocity and waterflow measurement results are provided. The

Several drift deposition models are compared using a set of standard input conditions

I believe it will be of some value to you to see an extensive and heavily instrumented monitoring program without the interference of much technical knowledge

and is at present less well known

while providing acceptance levels of scale contrail

4% differential in product recovery from

and valving and the steps taken to correct the occurrences

design responsibility and standardization of performance data will be discussed

Efforts to extend the

5% of the incoming water flow without the use of solar ponds or high-energy evaporation systems

The method processes will be illustrated

over the number and location of wet-bulb sensors to used in performance and acceptance testing of cooling towers

The feasibility of designing a cooling tower for use in engineering laboratories is presented

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