Multi-level chemical industry park emergency resource regional collaborative scheduling optimization method

Abstract

The invention provides a multi-level chemical industry park emergency resource regional collaborative scheduling optimization method. The method comprises the steps of regional collaborative level division, collaborative scheduling region determination, accident emergency response grade division, a regional collaborative scheduling strategy, regional collaborative scheduling model establishment and optimization and emergency resource scheduling route display. According to the invention, emergency resource regional collaboration is divided into different levels based on a regional collaborative theory; and accident emergency response grades are divided based on accident scene conditions, regional collaborative scheduling of different levels is started according to different grades, a regional collaborative scheduling optimization model is established, a regional collaborative scheduling scheme is determined by adopting particle swarm optimization, and an emergency resource scheduling route is displayed on an emergency linkage command platform in real time based on a GIS. According to the method provided by the invention, levels of regional collaborative scheduling can be adjusted in time according to a dynamic trend of accident development, emergency resource requirements in an accident state are met, and the emergency rescue efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of emergency rescue in chemical industry parks, in particular to a multi-level coordinated scheduling method for emergency resource areas in chemical industry parks, which belongs to the field of emergency management systems. Background technique [0002] Most of the enterprises in chemical parks are hazardous chemical enterprises, involving many types and quantities of hazardous chemicals, and showing the characteristics of concentrated distribution of enterprises, large-scale installations and strong correlations, which are prone to domino accidents and cause serious accident consequences. Emergency rescue is the last key link in controlling risks in chemical industrial parks. Effective emergency response measures can control the development of accidents and reduce casualties and property losses. [0003] After the accident in the chemical industry park, according to the type of accident scene and the char...

AI Technical Summary

Problems solved by technology

[0004] At this stage, when an accident occurs in a chemical industrial park, it is difficult to quantify the consequences of the accident, and it is also difficult to effectively match the emergency resources in the region. Therefore, the lack of regional coordination and cooperation in the emergency dispatch process often results in blind deployment

For example, the deployment of too many firefighting vehicles in the early stage of the accident caused road congestion, which sometimes increased the safety risk

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