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03-02: Flow Measurement and All That JazzFlow measurement is the single most critical parameter in cooling tower testing, yet in most instances, only one measurement is taken over the course of the test and all to often that is at a less than ideal location. In this study, a controlled environment has been created in which to compare the flow measurements obtained with different instruments under several conditions including ideal, significantly less than ideal, and the unwritten rule of 10D

This involved a multitude of factors

understanding and predicting thermal performance impacts when less than ideal clearances are available becomes more complex

Industrial cooling towers have long been seen as an ideal repository for wastewater because of the large volumes of water necessary for evaporative cooling

This is a piece of equipment which we prefer to be left to maintenance and operation by the heat transfer engineer

Microbiologically Influenced Corrosion (MIC) of piping and heat exchanger materials in cooling waters has caused expensive unplanned outages

It includes the water savings that have been identified along with specific data on water quality that could be maintained

During the past two years

Users report a reduction up to 90% of the lubrication related electric motor bearing failures and 75% of the gearbox failures

The use of an awl for inspections with quantifiable residual strength results appears to be promising

The paper will cover application principles

Solubility increases with temperature elevation

These near field measurements can then be subsequently projected to calculate sound power at far field points

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