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99-09: Get the Limits of Cooling Tower Design: Low Approach-Large Range-ColdCooling 65000 GPM geothermal water from 140F to 38F with 29F wet bulb was realized at Barrick Goldstrike mine using two 10 cell cooling towers running in series. The paper describes the cooling process, the cooling tower design, and the hydraulic design given safe and flexible operation, the winter operation and the test results.

It will present the mathematical procedure used to analyze the data

related to the operation and longevity of the cooling system

The reheat of the condensate requires energy which is redirected from generating capacity which is often ignored

enthalpy tables

Based on the test information on the current condition and the original design stresses

patent-pending

The slate gray shade typically resists color changes when exposed to UV better than other pigmentations

The thermodynamics and surface phenomena associated with the water chemistry in scale formation will be delineated

Many cooling towers in place today operate below their maximum capability due to a number of factors

combined with structural analysis

low aquatic toxicity surfactant

Abstract: A safe