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TP24-14 The Effect of Scale and Fouling on Heat Transfer EfficiencyHeat exchangers in service are subject to various types of fouling, among them mineral scale and biofilm formation. This paper discusses the effects of scale and biofilms on heat exchanger performance. Various degrees of deposition are modeled and the resulting impact on key performance parameters are discussed. These include overall heat transfer coefficient, temperature, flow, and pressure drop. The impact on fouling coefficients on both the process

Several experimental stands for evaporative and dry cooling have built with a close collaboration with our partners from the commercial sphere

and explain the reasons why it is advantageous to include a cooling tower in many dry cooling applications

This paper addresses both types of tests and present data from a recent field test and explains the challenges associated with the successful execution of a field test program

The purpose of this document is to provide steps in preventing "white rust" through the application of appropriate water treatment programs

In the last few decades

including Legionella

The paper focuses on development and verification measurements of a Drop hunter probe isokinetic

Ozone as a biocide and legionella control will also be reviewed

an interferometric (IPI) measurement of the efficiency of drift eliminators

The results of the two tower programs has been mixed

While the number of cases remains marginal (~2 per year)

The data presented includes some little-known work on in-situ pitting corrosion measurements featuring proton-induced characteristic x-ray emission and D

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