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94-13: The Control of Ferrous Metal Corrosion in Cooling Water by a NovelThe use of a novel phosphonate corrosion inhibitor improves general steel corrosion and steel pitting corrosion in cooling water systems. This halogen stable phosphonate inhibitor shows efficacy for traditional continuous flow cooling systems and additionally for cooling systems characterized by low or no flow for extended periods of time. Case histories for performance at an air separation plant and at a plastic mold injection plant are documented.

the need for flexibility to permit evaluation of alternative proposals

How then can chemical products be selected

In the facility

draft) from the tower may result in adverse regulatory and/or health impact

The water flow to typically 10% of a given tower was shut off after the installation of butterfly valves

3) Fan motor feeder cable and conduit replacement on 2 16-cell counterflow and 2 14-cell crossflow towers

These properties have allowed it to be used successfully in all manner of industrial applications in New Zealand and Australia

Fan performance in turn influences the behavior of the cooling tower as a whole

copper and mild steel corrosion rates

below which heat exchange surfaces remain free of mineral scale and microbiological foulants

cooling ponds and lakes

000 times more volatile than bromine at 20 oC