09-12: A Reynolds Number Correction for Pitot MeasurementThe Pitot tube has been the mainstay of flow measurement in cooling towers for decades, but this isn't the only application for velocity probes of this type. Unlike the cooling tower flow, most other applications of these and similar probes consider the Reynolds number typically at the head of the probe. The correction for Reynolds number in the derived correlations for such probes is iterative, but easily implemented and converges quickly. The

but methods to do so require careful planning and selection

completely disassembled and inspected to determine how it performed in the harsh environment inside the cooling tower

reducing heat exchanger protection

we will establish the

Revised November 2022

This paper will address some of the unexpected events that surfaced during activation of the cooling tower systems

which is not directly measurable

both field and laboratory

Water is currently a major object of interest in industries because it has great applicability

So let's talk about money

Results suggest that differences in retention are related to chemical properties of the drift rather than physical lodging of the particle residue

has developed a modeling computer program called CooliSS