89-07: Ozone Treatment of Cooling Water Results of a Full-Scale PerformanceThis paper is the first technical status report of a continuing evaluation of ozone treatment for cooling tower water systems. Data will be presented that illustrates the results of ozone treatment in a 3400 ton air conditioning cooling systems at the U. S. Department of Energy Y 12 Plant in Oak Ridge, Tennessee. Heat transfer data and equipment inspections confirm that a threshold surface temperature exists; below which heat exchange surfaces remain

screening debris and safely handling fish and aquatic life is very important especially in keeping power plants running

Investigation of water quality

The Division has had over 25 years' experience in this area

air flow considerations and efficiency comparisons will be discussed

a method is outlined for documenting inspection results and the reporting process

Mechanical drive equipment must be selected correctly and operate smoothly with no vibration

and propagation of the flame were recorded to characterize the fire resistance of the product

Additionally updraft air velocity and waterflow measurement results are provided

based on their physical properties

The Lewis analogy

Although there were many installations utilizing sewage plant effluent for cooling and even some for-boiler water make­up

Initial attempts to use it as cooling tower makeup ere retarded by serious operating problems caused by excessive growth of bacterial slimes