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92-05: Design Methodology and Recommended Maintenance for FRP CompositeHigh performance composite structures and components offer long life, low maintenance, and corrosion free, low fire hazard options to the cooling tower owner. But to take full advantage of this life expectancy the designer must be aware of certain design parameters unique to composites that must be addressed. Additionally, there are routine inspections and maintenance procedures that should be incorporated to insure and prolong the cooling tower

proprietary biocide that is marketed as Biosperse™ XD3899 microbiocide and made from the stoichiometric reaction of sodium hypochlorite and ammonium bromide

These limits place an impact on the type of water treatment used in the majority of cooling-tower water systems

The software was developed under the open source environment Scilab/Xcos

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

This paper describes how decision-makers can visually examine the impact of operating variables on various cost elements as well as total cost and quickly make an informed decision

and the resulting condition of those fills

novel series of cooling water treatment programs

by solids reduction)

Case studies of SHM executed successfully on different types of structures will be provided along with an instrumentation plan for a cooling tower structure as well

Effective microbiological control can be achieved by monitoring microbial levels as well as actual micro biocide treatment levels

This paper discusses the design and application of composite cooling tower couplings

and the results of some of the measurements taken during the first year of activity

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