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96-11: Strength-Degredation Based Life Expectancy of Wood Cooling TowersLife expectancy predictions of wood cooling towers are accomplished with the aid of nondestructive and or destructive testing of representative samples of structural members and their connections. Based on the test information on the current condition and the original design stresses, rates of strength degradations are computed for critical components. The degradation rates, combined with structural analysis, are used to project a life expectancy of

Two non-traditional examples of water reuse are presented

The modifications consisted of installation of Munters D-15 eliminators over the existing eliminators

Some of the difficulties and anomalies encountered when computing separate heat and mass transfer coefficients from wet cooling tower fill test data are presented

The information within this standard is for the design

The helper towers are now in commercial operation and recent field drift testing has validated the results of the R&D program

Possible approaches to mitigate the wind effect are explored

and operations

These standards range from complete elimination of chromates to low effluent levels requiring the installation of elaborate and costly treatment systems which reduce and precipitate the chrome

water conservation)

disadvantages and limitations

Such technology allows for greater plant siting flexibility

government agencies

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