Regarding jet fires, which of the following is true?

Jet fires are a specific type of fire that occurs when a flammable fluid is released at high pressure and ignites, creating a high-velocity flame. One significant characteristic of jet fires is their ability to cause secondary fire incidents. As they release intense heat and flames, they can ignite surrounding materials or structures, leading to further fires. This cascading effect increases the hazards associated with jet fires, making it crucial to take precautions not only to contain the initial fire but also to prevent the possibility of secondary incidents.

Understanding the dynamics of jet fires is essential for effective fire prevention and response strategies. Unlike the idea that they can be easily extinguished, jet fires often present a significant challenge due to their intensity and the potential for rapid spread. Additionally, while they indeed affect structural integrity, this is just one aspect of their broader impact on the environment and safety, rather than the only consequence. Furthermore, jet fires typically burn at very high temperatures, which may exceed those of conventional fires, contradicting the idea that they do not reach high temperatures. This makes their handling and management even more critical in safety planning.