Heat Sources in Industrial Fires, Where Ignition Really Starts and How to Stop It In industrial fires, heat is rarely accidental. Investigations consistently show that ignition occurs because heat sources were known, present, and poorly controlled. Whether the fire starts from electrical overheating, friction, hot work, or chemical reactions, heat is almost always the trigger … Read more
Fuel Types and Their Fire Behaviour, Why Different Fuels Burn Differently and How Fires Escalate In real fires, fuel type determines how fast a fire starts, how violently it spreads, how much smoke is produced, and whether an incident becomes controllable or catastrophic. Fire investigations consistently show that many fires escalate not because fuel was … Read more
Role of Oxygen in Combustion, How Oxygen Makes Fires Grow and Why It Becomes Dangerous In real fire incidents, oxygen is rarely discussed until it is too late. Fire investigations repeatedly show that fires grow out of control not only because fuel and heat are present, but because oxygen is allowed to flow freely or … Read more