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TP15-20: Improve System Performance and Reduce System Corrosivity Using a Novel Biocide for Cooling TowersTraditional treatment programs for recirculating systems using strong oxidizing biocides often result in elevated general corrosion rates. A novel, mild oxidizing biocide system that provides superior microbial control of cooling systems at considerably lower corrosivity has been introduced. The novel biocide is produced on site using dedicated feed equipment to convert a strong oxidizer, sodium hypochlorite, into a mild oxidizer that selectively

and a high travel county highway

This led to a significant improvement in overall Legionella results

significant monetary savings

Higher activity products were also developed for large-volume heavy-industrial applications that feature activity approaching that of fresh "off-the-line" bleach while still delivering the benefits of a stabilized bromine system

used in Cooling Towers and Air-cooled Condensers

Field Lab facilities monitor cooling water quality continuously

and cycles of concentration

A large field erected cooling tower operating in a harsh environment with sea water bulk recirculation will be the subject of the study

It focuses in particular on the vibration of the fan stack at blade passing frequency

and monitoring protocols should look like

corrosion rates using various inhibitors and affects of halogenated compounds

and fan-assist cooling tower using either characteristic curve method or performance curve method

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