Modelagem de Sistema de Combate a Incêndio em Terminal Aquaviário de Petróleo e GLP Baseado em Redes de Petri Coloridas

Abstract

Fire-fighting systems (FFS) are critical to the safety of industrial oil and gas facilities, aiming to preserve physical integrity and personnel safety. This work applies mechatronic concepts to model and analyze an FFS in a waterway terminal transporting oil and gas, using Discrete Event Systems (DES) theory and Colored Petri Nets (CPN). Based on scenarios and FFS behavior, formal models are developed to analyze system responses in emergency situations, optimizing efficiency and integration with other industrial systems.