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11-12: The Progression of Automation and Process Control for the Management ofEnhancement opportunities for cooling water systems can be placed into three major categories. The first is optimizing the dosing of specialty and adjunct commodity chemicals used for corrosion, scale deposit, and microbiological control. Making sure the right dosage of the right chemistry at the right time avoids overfeeding for worst case situations. Once optimized, minimizing the variation greatly reduces the potential for failures that result in

plans are underway to double the size of one of the largest petrochemical complexes in the world

One solution to this problem is the use of a variety of materials

Similar methods are used to determine the maximum soluble inhibitor concentrations in industrial and municipal systems

cost effective

The manufacture and use of industrial chemicals is today a complex mixture of toxicological

This paper reviews the experience the author has had in the maintenance of cooling towers

This paper presents Vermont Yankee Nuclear Power Station's efforts to prevent water side cooling problems from becoming a limiting factor in maintaining full electrical power output during hot summer months

The subsequent performance tests I '85-'87 indicated a drastic degradation in performance

Building 60's tower has been treated with ozone only and building 68's tower with a Betz 35K program

major advances have ocurred in the technology of cooling water scale and corrosion inhibitors

Health concerns and aesthetic concerns impact any reuse decision

Oxidation of the phosphonates to phosphate by cerium IV ion is accomplished without heating

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