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TP22-09: Temporary Cold Water BasinWith outage and shutdown intervals extending to 5 8 years, routine cooling tower maintenance, such as basin cleaning, below water structure replacements and concrete basin inspections, are being pushed beyond OEM recommended frequencies. We have developed a proven system that allows a cooling tower to remain in operation with the basin drained so the above maintenance can be completed. This paper will detail the system including a review of two recent

Environmental regulations along with the needs to alleviate the phosphate-based scales drive the need for a Non-Phosphorus and Non-Zinc (Non-P & Non-Zn) treatment programs for carbon steel corrosion control and scale control in cooling system

The greatest challenges for managing the risk of Legionella pneumophila in evaporative cooling water systems have been the lack of effective biocide treatment strategies and the lack of timely Legionella test results

and fouling monitoring were used to achieve effective performance results under difficult conditions

Cooling water play a very vital role in the performance of a plant in terms of the energy utilization / optimization

Examples would be the effectiveness of polyacrylic acid at high pH as a calcium carbonate inhibitor

how they work

Modeling and optimization of heat exchanger operational conditions and cooling water chemistry resulted in findings to improve heat exchanger fouling ruin rates

Data and results are presented herein which show that large improvements in fan efficiency (static and total)

Multiple safety features have been incorporated into the feeder to significantly minimize the risk of exposure to chlorine dioxide

two transit time ultra-sonic meters

This paper summarizes the results of a laboratory study using a model cooling tower and on-site

water was pumped out of a nearbywater source (such as a river

Exchange/Return Notes