66-01: Fire Retardant Fiberglass Reinforced Polester as a Material of History of Cooling Towers

66-01: Fire Retardant Fiberglass Reinforced Polester as a Material of History of Cooling TowersNo one would expect a structure almost constantly drenched with large volumes of water to be considered a fire hazard, but industry has learned from experience that the massive concentration of flammable wood or plastics in water cooling towers poses a tremendous fire potential.

This paper is based on 6-7 years of field experience with zero blowdown systems

evaluating bid responses and operating systems in accordance with specifications

According to the new formula

but for now a more elementary approach is recommended

is irreversible and often results in premature and costly wood replacement

This paper describes the theory

it is the consequence of one of the most fundamental physical laws (i

designed for plume abatement

Data is supplied on subsequent field installations and the feasibility of larger horsepower machines is considered

and dispersion

Case studies of actual tests on crossflow and counterflow cooling towers with the results determined using the CTI ToolKit Software would be included in the paper

cooling water treatment programs may appear to fail