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TP18-06: Important of Corrosion Monitoring in Cooling Water SystemsThe purpose of this paper is to describe standard practices and techniques for monitoring cooling water systems. Most of the content from this paper is derived from the CTI committee Water Treatment Guideline 130 B and various references listed at end the of document. Since cooling water systems have different environments and needs, it is particularly important to have the correct measurement systems. Corrosion coupons have been the standard method

concern was expressed about the possible detrimental effects of releasing large quantities of heat and water vapor into the atmosphere from concentrated

Closed circuit coolers and refrigerant condensers which utilize air-cooled heat exchange are growing in popularity for various reasons

The three major catastrophic events on cooling towers are structural failure

it has turned out that it is possible to reduce the sound power level of cooling fans with 3 to 8 dBA by the extreme application of more or less known effective principles like wider blade cord and swept leading edge line

In those cases where the cooling tower section and impeller is too big for testing it’s suggested to test a scaled down replica or do in situ testing

the CTI ATC-140 was used with its former recommendations for analyzing the samples: drift measurement using conductivity methodology

increased fluid frictional resistance

But this approach has many drawbacks and does not work under certain operating conditions

If test results are corrected using performance curves not applicable to the operating conditions during the test

Abstract: The effect of various process leak contaminants on the performance of eight water treatment biocides was evaluated

increased production and overall plant safety

clear and potable

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