73-02: Atmospheric Effects of Water Cooling FacilitiesRecirculatory cooling systems using natural or mechanical draft towers, sprays, canals, ponds or lakes are becoming more popular with steam electric stations. Today's trends are towards developing larger generating stations at each site. This change has occurred due to concern about waste heat disposal and thermal pollution effects caused by traditional once through systems. Simultaneous with this concern about thermal pollution and the trend towards

Applications are refineries

the first since 2000

These include excellent control of microbial populations even at the elevated pH typical of cooling tower waters

two field case studies will be presented

The simplified awl penetration test commonly used by contractors during inspections of wood cooling towers would be more reliable if penetration data were correlated to mechanical properties

and how it can be controlled before and after the tower is assembled

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

The Cooling Tower Institute published its book

chemical and physical tests

It deals with the physical and thermodynamic properties of air-water vapor mixtures

The Electricity Generating Authority of Thailand (EGAT) has taken the extraordinary action of retrofitting the Bang Pakong Power Station with one of the world's largest cooling tower installations

Evidence to support this contention can easily be found-­simply by comparing the gross national product with the kilowatt-hour consumption of electricity through the years