63-06: Combating Biological Attack on the Gulf CoastThe aim of this report is to bring to light the serious problems confronting the users of cooling towers and to describe accepted and proven methods of coping with these problems. Cooling towers gained real popularity with the advent of World War II and the accompanying industrial expansion. With the multiplicity of cooling towers, there soon came a rude awakening to the uninitiated that problems of tower maintenance and biocidal control were ever

This standard sets forth specifications

This paper is intended to explore the "typical" path that businesses go down when an unexpected cooling tower failure occurs

The problems associated with using cooling towers in distilleries are unique because of the temperatures involved

new methods of managing open industrial cooling water systems based on the actual stresses placed upon them have been developed in and evaluated in the field

This independent evaluation was monitored for over 11 months utilizing corrosion coupons

Cooling tower models were used to simulate industrial conditions and evaluate the efficacy of commercially available biocides against adherent (sessile) populations of microorganisms

and Chlorine Dioxide are very strong oxidants and as such are actively depleted by things like UV from sunlight

Acoustic flowmeters have been used for both pipelines and open channel velocity/ flowrate measurement for several years

the need to reduce water consumption in cooling towers by increasing the COC is of significant importance

can reduce this previously labor-intensive task to a rather simple one of graphical data screening

and different compound deflection temperatures

This is always possible for applications where additional cooling can be accomplished economically at a higher temperature