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92-10: Reduction of Cooling Tower PM10 Emissions Due to Drift EliminatorSeparate isokinetic EPA Method 13A and heated cascade impactor tests were performed on three cooling towers before and after drift eliminator modifications. The modifications consisted of installation of Munters D 15 eliminators over the existing eliminators. The reduction of drift and corresponding mineral mass emissions was about 80%.

rather than a primary control output

This paper discusses ways to reduce maintenance cost

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

This paper will discuss

dropping the theoretical cold water temperature limit to the ambient dew point

If the enhanced cooling tower is operated as an evaporative chiller that can completely displace refrigeration equipment

is discussed

Such legislation has resulted in the steady de-emphasis of chromate-based treatments in favor of more environmentally safe programs

This paper discusses characteristics that must be considered when designing a universal direct drive motor

Cooling Tower Performance Curves

it is possible to lower fan power significantly

and include ammonia