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73-03: Analytical Determination of Cooling Tower Drift Eliminators EfficienciesDrift 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

In light of these developments

and disclosure concerns when gaseous chlorine is used and stored on-site for microbiological control have forced many cooling systems to consider alternative oxidative micro-biocides

Cooling towers are fundamental equipment in the industry to remove process heat and cool the working fluid

Subjects covered include: proper use of historical operating and performance data

This guideline sets forth recommended design criteria

Sometimes we are applying acid treatments of the circulation water

The Lewis analogy

mechanical and design properties of glass fiber-reinforced pultruded structural shapes intended for use as construction items in cooling tower applications

Results show and new airfoils allow a 20% reduction in blade chord relative to current blades

The one-piece composite flexible element provides up to 5 degrees misalignment at a very low misalignment moment

This paper presents the findings from the study

Plants faced with severe effluent restrictions have looked to high cycle or zero-blowdown is discussed in light of current phosphonate/polymer technology and a newly developed non-phosphorus scale control additive

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