Emergency Shutdown System to Prevent Hazardous Chemical Leaks from Petrochemical Facilities during Earthquakes

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Key Points

This study aims to predict the seismic damage levels of petrochemical facilities and propose a proactive emergency shutdown system to minimize hazardous chemical leaks during earthquakes.
Predicted seismic damage levels of various petrochemical facilities based on different earthquake magnitudes.
Developed an emergency shutdown system for preventing hazardous chemical leaks during earthquakes.
Conducted assessments of the seismic performance of existing structures.
Identified critical earthquake magnitude thresholds that could lead to significant damage in petrochemical facilities.
Proposed a system that can effectively minimize the risk of hazardous chemical leaks during identified earthquake scenarios.
Demonstrated the system's potential to reduce secondary damage from chemical exposure.

Evaluates a shutdown system to prevent chemical leaks in petrochemical facilities, suggesting improved safety during earthquakes.

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Sun et al. (2026) studied this question.

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