89-04: Ultimate Heat Sink Thermal Performance Test at the River Bend Station Driveshafts

89-04: Ultimate Heat Sink Thermal Performance Test at the River Bend Station DriveshaftsThis paper describes the work associated with planning, preparations, and executionof these tests. This non conventional design tower would serve as the ultimate heat sink for the reactor plant following a postulated design basis accident. A temporary heat source was used, consisting of the three package boilers and associated equipment to supply steam to two temporary heat exchangers. The basin water was circulated through temporary piping to the

This specification covers the most common fills

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

seeing as counting all the droplets has previously been impractical

This paper describes the application of an innovative biodetergent technology to complement conventional biocide programs for fouling control

The horsepower and speed required for a given fan depends on many factors

is from the general corrosion of the condenser tube

A full-scale model of the structural frame was constructed and tested under static and dynamic loads

There are many situations where the condition and performance of the condenser directly affects the performance of the cooling tower

wind-tunnel study

(2) inadequate hydraulic balancing

sewage plants

Considerable attention has been given to the prevention of corrosion and deposit formation in cooling water systems