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08-10: A Simplified Method to Evaluate Cooling Tower and Condenser PerformanceA simple mathematical method will be proposed to estimate the cooling tower performance at off design ambient conditions. The cooling tower data will be used as a starting point and the CTI toolkit will be used to calculate psychrometric properties and the Merkel number at off design conditions to calculate the temperature of the cold water leaving the cooling tower using the slop of the cooling tower characteristic curve. By applying first principles

The predicted maximum drift deposition differs by two orders of magnitude

and troubleshooting involved in a fill demonstration test conducted in India as per CTI ATC-105

Special considerations must be addressed in regard to thermal expansion and contract when fiberglass pipe is anchored

Expensive fan wrecks and down time occur when motor shaft couplings break or gearboxes self-destruct

A description of the new technology and case histories demonstrating field efficacy will be presented

the fill is cut in small parts

prevent new scale

Failed or cracked fiberglass columns were found in five towers during construction or after 18 months of operation

their configuration

In many cooling tower systems

The site of drift contamination

As an alternative to pure commercial CO2