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08-15: Physical Water Treatment for Cooling TowersThis paper will review the fundamental operational principals found in the main physical water treatment systems; pressure, UV, magnetics, induced (pulsed), and static electric fields. Both scientific and empirical data will be presented. Field data will be obtained for small to large cooling towers. Data on COC, pH, conductivity, as well as scale, corrosion, and biological control will be covered.

September 2018

There has been some effort by various official State and Federal agencies to help the consumer but their record is spotty

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

This redirection of force is currently being employed to eliminate scaling and biofouling successfully in cooling towers around the globe

Installation of a low cost vibration system is being deployed at Paducah Gaseous Diffusion Plant using accelerometers on cooling tower fan gearboxes

The solution to this problem was to build a new plume abated cooling tower at the site

especially if they are only treated with non-chemical devices

The heat thus transferred to the air is dissipated in the atmosphere

The Eppler Airfoil design and analysis Code was then used to design advanced airfoils for the bade root and tip region

The first is optimizing the dosing of specialty and adjunct commodity chemicals used for corrosion

Water cooled chiller systems have typically been designed around entering condenser water temperatures of 85°F with nominal condenser water flow of 3 GPM/ton and a 10°F range

dissolving ozone in water and the distribution of the ozone containing water into the cooling tower system

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