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TP26-05 Impact of ASCE 74-23 Standard for FRP Cooling Tower DesignCooling towers rely on a robust open frame structure to support various internal systems and withstand a harsh operating environment. The use of pultruded fiberglass profiles has been prevalent for over 40 years as an improvement over wooden structure. As with any material of choice, proper application comes from specific understanding of the mechanical properties, in combination with service conditions and life expectancy. The Cooling Technology

In the figure

on a common flexible steel framing

Formulations were developed by using flow and drag relationships to derive drift eliminator efficiency and incorporated into a computer program

Cooling water plays an important role in energy management

In contrast to typical projects of this nature which use thermal performance guarantees to ensure a successful project

Current methodologies for using azoles to control yellow metal corrosion have existed for years with little advancement

Tower make-up flows range from 600 to 3600 GPM

depending upon their materials of construction and location in the cooling system

The initial startup of a new recirculating cooling tower system can either result in a substantial reduction in the life expectancy of the heat exchangers and it can cause difficulties in maintaining heat transfer just weeks after startup or

A comparison of field versus lab microbiological testing methods and results will be presented that indicate if proper Guidelines will be provided for field microbiological monitoring

This paper discusses slow-running motor experiences of one of the European cooling tower manufacturer

and dispersion of airborne pathogens such as Legionella

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