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An Event-Oriented Method for Determining Operation Guides Under Emergency Conditions in Boiling Water Reactors

Yukiharu Ohga, Shunsuke Utena

Open publisher page 4 citations

Abstract

A guidance method for the computerized operation support system is being developed to prevent, terminate, or mitigate boiling water reactor (BWR) plant anomalies. The emergency operation guide, which leads the plant to cold shutdown after reactor scram, is provided by the event-oriented method. This method has two major features; an exact identification of initial causes is not required and an effective guide is provided for malfunctions of the plant cooling system. Off-line and on-line simulation for BWR/5 confirms that the method can provide effective guides for the reactor cold shutdown and respond to changes of plant states in real time.

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What this paper is about

A guidance method for the computerized operation support system is being developed to prevent, terminate, or mitigate boiling water reactor (BWR) plant anomalies. The emergency operation guide, which leads the plant to cold shutdown after reactor scram, is provided by the event-oriented method. This method has two major features; an exact identification of initial causes is not required and an effective guide is provided for malfunctions of the plant cooling system. Off-line and on-line simulation for BWR/5 confirms that the method can provide effective guides for the reactor cold shutdown and respond to changes of plant states in real time.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A guidance method for the computerized operation support system is being developed to prevent, terminate, or mitigate boiling water reactor (BWR) plant anomalies. The emergency operation guide, which leads the plant to cold shutdown after reactor scram, is provided by the event-oriented method. This method has two major features; an exact identification of initial causes is not required and an effective guide is provided for malfunctions of the plant cooling system. Off-line and on-line simulation for BWR/5 confirms that the method can provide effective guides for the reactor cold shutdown and respond to changes of plant states in real time.

Key concepts: Boiling water reactor, Boiling, Nuclear engineering, Event (particle physics), Light-water reactor, Environmental science, Computer science, Process engineering

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