83-11: Cooling Water Chlorination - Technology for the 80'sThis paper will discuss the newest chlorination technology as it relates to practical cooling water application. Included will be a review of common application methods compared to more optimum technology as well as discussion of efficacy as it relates to typical cooling system pH ranges.

support width & mil thickness affect the ultimate compression strength of the fill product is key to optimum design

Proper way of handling and storage of dry or emulsion polymer is reviewed as well as the shelf-life of neat polymer and diluted polymer solution

samples were taken from cooling towers treated with stabilized bromine so the measured sulfamate levels could be compared to the biocidal performance

The mechanism and kinetics of biodegration and the impact of structure-specific biodegradation rates of isomers on inhibitor consumption in power plant applications is discussed

The topic will be explored using two case studies

This unique product resulted in lower overall dosages of microbiocide with more effectiveness and longer lasting results

Performance test results are included

hydrocarbon) generally effect negatively any treatment program applied

In adiabatic operation

energy balances

This paper is based on 6-7 years of field experience with zero blowdown systems

and safety and environmental risks