Advanced water chemistry control based on parameters determined with plant simulation models

Uchida, Shunsuke; Hanawa, Satoshi; Lister, D. H.*

Power Plant Chemistry, 17(6), p.328 - 339, 2015/12

In nuclear power plants, radiation makes the relationship between structural materials and water chemistry much more complex than that in fossil fueled power plants. It is difficult to maintain safer and more reliable plant operation by controlling water chemistry based on only a restricted number of measured data. It is often required to control water chemistry with suitable assistance from computer models, which can extrapolate measured water chemistry parameters to those at the required locations and predict future trends of the interactions between structural materials and water chemistry. In the paper, water chemistry control based on parameters determined with plant simulation models and major computational models to be applied for water chemistry control are discussed.

THYDE-NEU; Nuclear reactor system analysis code

Asahi, Yoshiro

JAERI-Data/Code 2002-002, 332 Pages, 2002/03

JAERI-Data-Code-2002-002.pdf:10.6MB

no abstracts in English

Life extension of nuclear power plant, VI; Risk assessment of nuclear power plant with consideration of ageing

Muramatsu, Ken

Nihon Genshiryoku Gakkai-Shi, 36(5), p.387 - 390, 1994/00

https://doi.org/10.3327/jaesj.36.370

no abstracts in English

Information retrieval system of Nuclear Power Plant Database(PPD); Users guide

Izumi, Fumio; ; Kobayashi, Kensuke

JAERI-M 90-218, 67 Pages, 1990/12

JAERI-M-90-218.pdf:1.92MB

no abstracts in English

Development of Nuclear Power Plants Database System -Part2- PPD8・User'sGuide

; Ichikawa, Michio

JAERI-M 84-113, 35 Pages, 1984/06

JAERI-M-84-113.pdf:1.35MB

no abstracts in English