TP20-09: Air Flow Modifications for Optimization of Natural Draft Cooling Towers Water ReuseImproving the performance of heat sink systems can generate considerable gains ofplant output by increasing the overall plant efficiency. For natural draft counter flowcooling towers, such improvement can be achieved by enhancing the aero dynamics ofair inlets. Many operating cooling towers have an air inlet with a sharp edged concreteshell, support columns, or basin edge. The air flow entering the tower passes thesezones and easily becomes turbulent
That paper discusses the various vibration modes that can be generated by the interaction of a fan with the air-cooled installation
This change was made to reduce the impact of change in Reynolds number on the calibration coefficient of the pitot tube
This paper describes the results of laboratory challenges supported by a series of field demonstrations where an innovative filtration technology is applied for the simultaneous removal and suppression of waterborne bacteria and total suspended solids (TSS)
This causes an interruption in the nutrient supply and the bacteria dies
The findings of this study constitute a major step forward for the cooling technologies industry
Cooling towers are fundamental equipment in the industry to remove process heat and cool the working fluid
The underlying conclusion to past studies on microbial corrosion is that it is a complex subject
Examples of evaluations of current conditions and life expectancy projections are provided for cooling towers owned by Appalachian Power Co
EDF MISTRAL test facility is usually dedicated to the verification of thermal performance of cooling tower materials (fills
Guidance is given for use of the new method within the context of hazard analysis and control to prevent legionellosis
with varying water qualities
Phosphorus-containing chemistries are macronutrients promoting toxic blue-green algae growth in cooling towers and ponds
