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94-15: Testing Procedures for Wet/Dry Plume Abatement Cooling TowersFor several years many cooling towers have been designed with a plume abatement device to reduce or eliminate plume formation under some weather conditions (mainly in winter). The combination wet dry tower produces the desirable invisible plume of the dry cooling tower while maintaining the high thermal efficiency of the wet cooling tower. This paper describes the testing of wet dry plume abatement cooling towers to verify performance under the

A new electrolytic process has been developed which overcomes these problems and shows additional advantages over the old type process actual operating data is presented along with an economic evaluation of the new process

Proper cooling tower repair is essential to maintain a quality and performance piece of equipment

Utilizing a gamma scan of the fill section

EDF has set up a specific organization aimed at monitoring the evolution of civil works and equipment

A review of the incidence in Douglas fir "treated" lumber

In this paper we describe a simple

are called for to inform appropriate regulations and disease prevention activities

Application concepts

Wind is an important factor affecting the performance of air-cooled condensers

It became obvious to some that the technology would have multiple applications in the heavy industrial sector

has developed a modeling computer program called CooliSS

The two towers have continued to use ozone during the last ten years

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