Optimized Techniques for Assessing Safety Risks from Meteorological Hazards in Chemical Industry Parks

Abstract The severe convective weather threatening chemical parks, including gale winds, torrential rain, and thunderstorms, can lead to complex disaster chains. This paper presents an integrated risk assessment method for such disasters, employing decomposition analysis, AHP, and the Risk Matrix Model. It precisely identifies high‐risk zones, prioritizing safety measures for targeted protection. Rooted in meteorological disaster risk assessment, this method considers production, handling, storage, and toxicity of hazardous chemicals, offering customized, systematic evaluation tailored to chemical parks' needs. This enhances resilience and safety benchmarks.