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증기발생기 파울링과 전기출력의 상관성 고찰

A Study on the Relationship between Steam Generator Fouling and the Electric Power

  • 투고 : 2017.09.05
  • 심사 : 2017.12.15
  • 발행 : 2017.12.30

초록

The heat transfer function or thermal performance is the most important function of the steam generator component in nuclear power plants. The declining of thermal performance, fouling does not affect the electric power of the nuclear power plant within a certain fouling level, but it affects the output when goes beyond the governor valve wide open of the turbine. The VWO steam pressure can be predicted through the thermal performance evaluation of steam generators in the nuclear power plant. In consideration of the fouling characteristics of the steam generator, methods of the thermal performance evaluation and fouling cases are reviewed, and also the critical VWO value is estimated through the actual thermal performance evaluation. It is necessary to apply the VWO theory based on the thermal performance of the steam generators.

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참고문헌

  1. Kreider, M.A., V.D. Moroney, R.D. Varrin, and G.A. White, 2014, "Steam Generator Thermal Performance Transients", in Proceedings: Steam Generator Management Program 2014 Steam Generator Secondary Side Management Conference, EPRI No. 3002002756, pp. Session 4, Paper No.7. [Held in Baltimore, MD, September 2014]
  2. EPRI, 1986, NP-4604-CCM, ATHOS 3 : A Computer Program for Thermal-Hydraulic Analysis of Steam Generators.
  3. KHNP, "Steam generator thermal-perform -ance evaluation program(SGTEP)", 2007
  4. EPRI, 1998, TR-110018, "Steam Generator Thermal Performance Degradation Case Studies", pp4-1-3, 7-15, [Authored by DEI]
  5. Domininon Engineering Inc., 2016. R-4892-00 -01, Rev.0 "Economic Assessment of tube Deposit Management Options for the Steam Generator at K Unit", p4-49
  6. Kreider, M.A., G.A. White, R.D. Varrin, Jr., et al., 2003, "Thermal Performance Trends in Re -placement Steam Generators," in Proceedings: 2003 Steam Generator Secon -dary Side Management Conference, EPRI No. 1008468, pp.838-875. [Held in Savannah, GA, February 2003]
  7. Lee W Kwang, 2015, "Difference of the TBN Performance between Design and Actual in NPP", KHNP 5th Workshop on Improvement of the Performance and Efficiency in NPP, p3-10.