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Description

TP26-23 How Adiabatic Technology Delivers Performance, Savings and SustainabilityAs facility demands for energy efficiency, water conservation, and sustainability intensify, cooling systems are under unprecedented pressure to deliver reliable, costeffective, and environmentally responsible performance. Traditional cooling towers, while efficient in energy use, consume large volumes of water and require intensive chemical treatment and maintenance. Dry coolers, on the other hand, conserve water but often fail to meet high load

This deterioration can be quantified and qualified by conducting a condition assessment

Not all losses in performance are water related

Each meter at each location will be checked at three flow rates

and safety of liquid cooling towers

A laboratory investigation was undertaken to assess the performance of a conventional HEDP-Zinc package and HEDP-Low Zinc package and a proprietary Phosphonate-Low Zinc (PPLZ) package relative to that of the existing program

Its properties are quite suitable for the wet cooling environment

Chromate-based corrosion inhibitors

Some industries become contaminated by some constituent of the product being manufactured

This depends largely on how you prepare for and carry out the initial startup

lower operating cost

Cooling tower performance test data published by EPRI and others is re-examined using a full compliment of modifications suggested by others to the standard Merkel method of analysis

Prior findings have supported residential chlorination as effective control

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