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박용철(Yong-Chul Park),우종섭(Jong-Sup Wu),조영갑(Yeong-Gurb Cho),류정수(Jeong-Soo Ryu) 한국유체기계학회 2000 유체기계 연구개발 발표회 논문집 Vol.- No.-
The heat produced by the fission in the fuel of HANARO, 30㎿ research reactor, is transferred from the primary cooling water to the secondary cooling water through heat exchangers, and the heat absorbed by the secondary cooling water is released into the atmosphere by the 33㎿ cooling tower which is a mechanical induced draft and counter flow type. If the outlet temperature of cooling tower exceeds 33 oC due to the loss of the cooling tower performance under reactor operation above 50% of the full power, the reactor power should be reduced to half of the full power for safe operation. Therefore, the cooling capability of cooling tower should be maintained for the reactor to be normally operated. To predict the capability of cooling tower for full power reactor operation of 30㎿, the performance test of cooling tower was done at the reactor present power of 24㎿ and the capability was respectively evaluated by characteristics and performance curves methods in accordance with the Code of Cooling Tower Institute of U.S.A. to confirm the reliability of evaluation. As a result, it was confirmed, through the results of each evaluation, that the cooling capability of cooling tower meets the design required heat load. Also, the equations of the performance and the characteristics curves of the cooling tower, based on the collected data during this performance test, was obtained for developing the calculation program to predict the cooling capability during reactor operation.