Overview
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Read the articleAUTHORS
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Dominique BOIS
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Thierry DELAFORGE
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Matthieu NEUMANN
INTRODUCTION
In the extreme situation where fire-fighting resources are unable to extinguish a fire in a room containing hazardous materials, current practice is to isolate it using fire-qualified sectoring equipment. In this situation, however, the pressure effects generated by temperature variations are likely to degrade the provisions guaranteeing containment vis-à-vis the environment. This risk, which has become a regulatory requirement in the nuclear sector, can now be taken into account by adding an innovative hydraulic valve called "SPHINX".
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Protecting the environment in the event of a hazardous materials fire: SPHINX
An evolving approach to fire risk
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"Nuclear engineering"
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