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11-24: Potable Water Reduction StrategiesCooling towers are the largest water using utility in buildings. Deteriorating water quality and decreasing sources of potable water are driving new initiatives in water conservation. Water treatment strategies that reduce potable water use and preserve resources have been successfully implemented in the past decade. The strategies presented will cover basic operational methods, treatment strategies and approaches for potable water reduction. An

The water exposure was at room temperature and 125°F revealing no performance advantage obtained from the coating

The program would include: 1) Wood species and their treat ability 2) Preparation of the wood products before treatment a) Incising type and description b) Moisture content c) Stress reduction 3) Treatment techniques a) Waterborne preservatives b) Procedures 4) Post treatment 5) Handling and storing of treated products

An aggressive construction schedule of eight weeks was followed with a limited total plant outage of three days

cooling water treatment programs may appear to fail

Examples of fracture failures of a wide variety of components are presented

Cooling tower emission rates are usually presented as a Drift Fraction which is defined as the ration of the water exiting the tower as drift divided by the circulating water flow rate

In these days of expansion

This paper discusses the current state of the art in applying ozone as a solo treatment and with supplementary cooling tower treatments

There are many reasons for this but primarily Halogen is different from every other type of water treatment because unlike other water treatment chemicals halogens are continuously being consumed or depleted

While owners of cooling towers are concerned about managing their legal liability

Methods for cooling tower water flow measurement

and tolerance of high pH and water system contaminants

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