Shenyang smoke exhaust project It plays an important role in building planning and is one of the key factors for building safety and personnel health. The following are Smoke exhaust works Some detailed descriptions of the importance and influencing factors in building planning.

Prevention of fire spread: smoke exhaust engineering design can effectively control the spread of fire smoke and reduce the harm of fire spread. Through a reasonable smoke emission system, the smoke can be discharged from the building in time to prevent trapping people and suffocation of toxic smoke.

Provide escape routes: smoke exhaust works can ensure that the evacuation routes in the building are unobstructed. In case of fire, people on the evacuation floor can leave the building quickly and safely through evacuation stairs, corridors and other channels.

Ensure personnel safety: smoke exhaust works can ensure personnel safety in case of fire. It can effectively reduce the injury to personnel caused by high temperature, toxic gas and smoke during fire, and ensure the safety of life and property of personnel.

Reduce property loss: smoke exhaust engineering design can reduce the loss of buildings and property caused by fire. It can control the spread speed of fire, reduce the damage of fire to buildings, and protect property from fire.

Compliance with legal requirements: smoke exhaust engineering needs to comply with the legal requirements of building safety and fire prevention. It needs to be designed and constructed according to the requirements of local regulations and building design standards to ensure the safety and compliance of buildings.

Factors affecting the design of smoke exhaust engineering include the following aspects:

Building type and use: different types and uses of buildings have different requirements for smoke exhaust system. For example, high-rise residential buildings need strong smoke emission capacity, while commercial buildings may need to consider the tightness of smoke control.

Building layout and structure: the layout and structure of the building will affect the design of the smoke exhaust system. For example, complex building structures may need to consider the layout of smoke discharge paths and smoke exhaust passages.

Personnel density and evacuation capacity: The personnel density and evacuation capacity of the building will affect the design of the smoke exhaust system. The capacity and effect of smoke exhaust system shall be determined according to the number and density of people in the building.

Local regulations and standards: local regulations and standards have clear requirements for the design of smoke exhaust engineering. Designers need to understand local regulations and ensure that the design meets relevant requirements.

Smoke type and characteristics: smoke of different types and characteristics will have different effects on the design of smoke exhaust system. Proper smoke exhaust system and smoke exhaust equipment shall be selected according to the characteristics of smoke.

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