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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

and water-cooled process equipment due to fatigue

In accordance with these codes

We have focused on controlling amoeba-amplified forms of Legionella by various biocide regimes commonly used in water treatment and provide proof for a hypothesis that explains the inability of conventional treatments in controlling these hardy and relevant forms

This paper will review the normal design considerations encountered in designing custom built cooling tower systems with critical demands and will elaborate to include the special design considerations necessary for “Mission Critical Cooling Facilities

This paper will describe the testing of twenty commonly used crossflow fill configurations

Numerous technical and economic advantages would occur if such predictive data were available

These new programs were designed to handle low through high hardness

Two case studies are reported on cooling towers in a utility and a petrochemical plant

reduce blowdown cost (i

and fungal) in the biofilms that develop on cooling tower slats

This paper discusses a control scheme by which real time motor temperature data is used to insure maximum output while simultaneously protecting the motor from an overheating condition

premium labor costs for handling creosote caused it to fall from favor

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