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TP20-09: Air Flow Modifications for Optimization of Natural Draft Cooling TowersImproving 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

Technologies are now moving toward in-situ monitoring of microbial growth in the cooling system

Laboratory feasibility experiments will be presented that simulate a few of the representative application scenarios

But after some thought on the subject

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the process of removing and replacing packing (fill) in a cooling tower involves working at height in most cases

This manuscript tells how this was done along with the benefits and hazards

the city of Quebec experienced a large outbreak of legionnaire’s disease

In the study presented in this paper

provided that a solution to corrosion in the industrial environment can be found

each solution will have very different end loads

These ice accumulations can have a devastating effect on the tower structure

microbiological activity