What does temperature create that affects soot residue distribution?

Temperature plays a significant role in the movement and distribution of soot residues after a fire, primarily due to the changes in pressure it can create. When materials burn, they release gases and particulates, including soot, into the air. As the temperature increases, the hot air rises and can create a difference in pressure compared to cooler areas. This pressure change can influence how soot particles settle and spread throughout the affected space.

Higher temperatures can lead to convection currents, which carry soot particles upward and outward from the source of the fire. Once the hot gases cool down, they lose buoyancy, causing the soot to then settle on surfaces. Therefore, understanding how temperature affects pressure is crucial for effective soot residue assessment and cleanup in fire restoration processes. This knowledge helps technicians predict where soot may be found, allowing for more efficient restoration efforts.