73-03: Analytical Determination of Cooling Tower Drift Eliminators Efficiencies Corrosion

73-03: Analytical Determination of Cooling Tower Drift Eliminators Efficiencies CorrosionDrift eliminators are commonly incorporated in wet cooling towers to reduce the amount of water droplet losses. Typical drift eliminator designs embody an array of narrow channels in the vertical flow direction of a cooling tower, which force the air to flow in a direction inclined to the vertical. The efficiency of the drift eliminator is governed by the channel orientation and geometry and by the air flow rate, as well as by the droplet size

microbiological activity in the water as well as other treatment chemicals

and consumes less energy and less water than either of the other options

and precipitates during the fowling process

and monitoring protocols should look like

The work on the first two towers is scheduled for completion in July 2004

fan failure

A DuPont plant has experienced severe localized corrosion from a complex corrosion phenomenon in its cooling water system

The biodetergent treatment helped recover cooling tower performance

this paper reports on the successful combination of the latest state-of-the-art analytical procedures with advanced programming techniques and extensive laboratory testing to create a workable and powerful engineering software package for evaluating the thermal performance of large closed-circuit cooling towers

In-line and back-to-back counter-flow configurations makeup the bulk of new cooling tower installations

identify problems

The types of particulates can be quite varied depending on both the treatment and the nature of the water