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Longer life for nuclear plants

M.W. Golay

Open publisher page 11 citations

Abstract

The author identifies and discusses conditions for extending the life of nuclear power plants. The studies discussed conclude that, first, the utility must undertake vigorous monitoring and maintenance programs to keep the plant in good condition and to minimize component wear. Second, replacing major components such as steam generators must be technically feasible. In most cases, this has proved possible, but difficult and expensive. Third and most important, the studies conclude, any life-extension program should begin early and focus on the entire plant.

About this research paper

What this paper is about

The author identifies and discusses conditions for extending the life of nuclear power plants. The studies discussed conclude that, first, the utility must undertake vigorous monitoring and maintenance programs to keep the plant in good condition and to minimize component wear. Second, replacing major components such as steam generators must be technically feasible. In most cases, this has proved possible, but difficult and expensive. Third and most important, the studies conclude, any life-extension program should begin early and focus on the entire plant.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The author identifies and discusses conditions for extending the life of nuclear power plants. The studies discussed conclude that, first, the utility must undertake vigorous monitoring and maintenance programs to keep the plant in good condition and to minimize component wear. Second, replacing major components such as steam generators must be technically feasible. In most cases, this has proved possible, but difficult and expensive. Third and most important, the studies conclude, any life-extension program should begin early and focus on the entire plant.

Key concepts: Life extension, Nuclear power plant, Component (thermodynamics), Plant life, Nuclear power, Risk analysis (engineering), Focus (optics), Extension (predicate logic)

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