Journal of Chemistry and Chemical Research

In chemical industry parks, sudden accidents are prone to trigger chain disasters due to the domino effect, posing severe challenges to the scheduling of fire protection resources. Aiming at this problem, this paper proposes a fire protection resource scheduling algorithm based on dynamic optimization, aiming to improve emergency response efficiency and disaster control capabilities. By constructing a domino effect propagation model and a resource scheduling optimization model, and combining real-time disaster information for dynamic adjustment, efficient resource allocation in complex scenarios is achieved. The algorithm can significantly shorten the response time and improve the rescue success rate, providing scientific support for emergency management in chemical industry parks.

Chemical industry park; Domino effect; Fire protection resource scheduling; Dynamic algorithm; Disaster emergency