Smoke exhaust ductwork

In today's world, Smoke exhaust ductwork is a topic that has gained great relevance in different areas of society. From politics and economics, to culture and interpersonal relationships, Smoke exhaust ductwork has become a crucial element that sets the tone for many decisions and actions. Over time, it has become a point of interest for academics, specialists and the general public, generating debates, discussions and in-depth analyzes that seek to understand its impact and scope. In this sense, it is essential to address in a comprehensive and detailed manner everything that Smoke exhaust ductwork encompasses, in order to achieve a clearer and more complete vision of its influence on current society.

Smoke exhaust duct used to extract smoke generated during fire testing at National Research Council (Canada)'s National Fire Laboratory in Mississippi Mills, Ontario
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Smoke exhaust ductwork, in Europe, is typically protected via passive fire protection means, subject to fire testing (typically to NBN EN 1366-8[1]) and listing and approval use and compliance. It is used to remove smoke from buildings, ships or offshore structures to enable emergency evacuation as well as improved firefighting. In North America, fireproofed ductwork may be used for the purpose of smoke exhaust, but it is more common to use unfireproofed return air ductwork, whereby no fire testing or listings are employed to qualify the ductwork for this use.

Means of construction

Smoke exhaust can be built using:

See also

References

  1. ^ "Alle normen".