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

Operational sites have demonstrated significant reductions in operational costs when compared to conventional bromine or chlorine chemicals

The newly developed dynamic scale test apparatus quantitatively relates degree of scale inhibition to these factors

Operations manual to guide program participants in complying with the provisions of the latest edition of CTI Standard 201RS

in a 100% direct cooling configuration

When cooling is due to the use of water evaporation

An in depth case study is presented detailing installation challenges and solutions for a large permanent magnet direct drive motor

The paper deals with cooling tower replacement

and to the equipment and systems they support

Certification capacities by the CTI assure the tower purchaser of full performance without the need for field-testing

A heat recovery system is utilized between cooling tower discharge and intake to pre-cool warm and dry entering air to reduce its wet bulb temperature

Cooling Tower Institute field study on wood maintenance

The damage

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