Explosions are a prevalent cause of fires, and a lot of work and money has gone into figuring out how to prevent an explosion from ever happening. The following four ‘Structural Prevention’ strategies entail creating structures in such a way that they are expressly designed to prevent fires. The procedures have been shown to effectively reduce the risk of explosions and fires, saving lives in a non-obtrusive manner.Learn more by visiting Sinisi Solutions-Fire Barriers
‘Compartmentation’ is the first technique to be discussed. The spread of fire and smoke, as well as the movement of vapour or dust clouds, can be prevented by dividing a building into compartments or fire-tight cells using fire resistant materials.
The fire resistance of fire compartment walls, floors, and doors must normally be 60 minutes, though this might vary based on the level of risk within the compartment. The walls, floors, and doors that divide such compartments must all be resistant for at least 30 minutes.
Ceiling and floor gaps, as well as holes around pipe work and other services, can allow air to feed a fire and aid in its development. The act of placing barriers across air pathways to limit the spread of smoke and flame is known as fire stopping.
Isolation is the second effective approach. Isolation prevents the explosion from spreading to other parts of the plant via pipes and ducts. It prevents a secondary explosion from being triggered by the pressure from a main explosion, as well as the likelihood of flame jets erupting from lengthy pipes. Vessels may be built to contain the explosion depending on the maximum explosion pressure. Most containers that could be affected by dust explosions are constructed to absorb the force of an explosion rather than bursting.