96-11: Strength-Degredation Based Life Expectancy of Wood Cooling Towers Cooling Tower Conversion

96-11: Strength-Degredation Based Life Expectancy of Wood Cooling Towers Cooling Tower ConversionLife 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

Typical drift eliminator designs embody an array of narrow channels in the vertical flow direction of a cooling tower

Drift eliminators and the technology behind them continue to evolve as drift specifications grow more stringent and tower operators strive for the best performing products available to the marketplace

between the tetrahedral soluble silica

corrosion and deposition control

particularly iron or steel

pH and saturation index calculation

specific areas are discussed

Duration of the test extended·

a number of sediment control vanes previously placed in front of the intake will be removed to facilitate downstream ice transport

The process loop produces steam under vacuum in conditions typically utilized in power or other process plant applications

Two dams are authorized

biochemical monitors