96-11: Strength-Degredation Based Life Expectancy of Wood Cooling Towers Corrosion manufacturing

manufacturing

The impending large increase in the construction and use of cooling towers in response to the new EPA requirements for thermal pollution control

The recycle and reuse of waste and process water streams can turn potential environmental problem discharge streams into beneficial cooling tower make-up streams

The make-up for the third and final phase consisted of biologically treated and filtered water with a dispersant and a phosphorus-based corrosion inhibitor

A numerical study was conducted to evaluate design alternatives to alleviate ice accumulation at the river intake

96-11: Strength-Degredation Based Life Expectancy of Wood Cooling Towers Corrosion manufacturingLife 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