99-13: A Non-Metallic Air Cooled Heat Exchanger for Cooling Tower PlumeSiting of industrial manufacturing complexes and power plants close to municipalities and highways often presents numerous obstacles related to cooling tower plume formation. Cooling tower plume formation can be a safety or aesthetic concern. Traditional methods to eliminate the plume employ a hybrid technology of air cooled steel coils in tandem with the evaporative section of the cooling tower. While effective, these systems have been costly. New

The validity of the model has been verified and fine-tuned by extensive laboratory testing

Grades of Douglas Fir Lumber: recommended stress and non-framework grades and grading rules in application of WCLA grades and Design Data: allowable design stresses (wet operating weight)

using non-oxidizing biocides and dispersants

Special considerations must be addressed in regard to thermal expansion and contract when fiberglass pipe is anchored

Included in the modeling are the effect of some mitigation methods such as windscreens and solid walls

The standard Cooling Tower Shade is a dark gray which at Strongwell is known as slate gray

The optimization of cold water and analysis of pumping head can provide vast savings potential

A "bonus" value proposition

makes it timely to review the fundamentals of cooling tower water operators

and include ammonia

as a function of operating conditions

CTI Multi-Agency Testing Committee - Wet Bulb Instrument Investigation