Fire Triangle Explained: Definition, Elements, Examples and Importance The Fire Triangle is one of the most fundamental concepts in fire science and fire safety education. It explains how fires start, grow, and sustain themselves. Anyone involved in fire safety—whether a student, fire officer, safety engineer, emergency responder, or industrial worker—must understand this concept thoroughly. Every … Read more
Heat Sources in Industrial Fires: Causes, Risks, Control Measures and Prevention Industrial fires are among the most serious emergencies in manufacturing plants, refineries, warehouses, power stations, and workshops. In almost every incident, heat is the trigger that takes a normal situation to an ignition event. When heat sources are not identified, controlled, or separated from … Read more
Fuel Types and Their Fire Behaviour Fuel is one of the three essential elements of the fire triangle. Without fuel, a fire cannot start or continue burning. In industrial, commercial, and residential environments, many different fuels exist in solid, liquid, gaseous, and metallic forms — each with its own ignition characteristics and fire behaviour. Understanding … Read more
Role of Oxygen in Combustion Oxygen is one of the three essential components of the fire triangle, alongside heat and fuel. Without oxygen, combustion cannot begin, continue, or intensify. Although air contains only about 21 percent oxygen, this concentration is more than sufficient to support most types of fires. In fact, many materials ignite at … Read more
Breaking the Fire Triangle: Methods and Applications The fire triangle is one of the most essential concepts in fire science and fire protection engineering. It illustrates the three basic elements required for a fire to ignite and sustain—heat, fuel, and oxygen. Removing or interrupting any one of these elements results in fire extinguishment. This foundational … Read more