Smoke development in Wolfurt: fire brigade in large -scale use!

Smoke development in Wolfurt: fire brigade in large -scale use!

In the night of May 19, 2025, the fire brigade was alerted in Wolfurt around 1:30 a.m. after a strong smoke development was reported in a local company. The emergency services were quickly sent to the company, where it was assumed that the smoke came from a warehouse area. Initial findings indicated a possible fire risk that had to be examined immediately by the fire brigade. According to [VOL.AT] (https://www.vol.at/feuerwehr Einze-nach-Rauchentukdeck-bei-Wolfurter-firma/9411554), the situation was serious, which is why other support forces were requested.

The challenges of such operations are diverse. Various factors play a role in the development of smoke and fire gases. Smoke forms when solid or liquid fabrics release soot and ash-containing particles during the burning, which endangers the air quality considerably. These substances can arise in large quantities, whereby materials can exceed the volume of their smoke in a fire, as explained in the report by Feuertrutz. The fire brigade must therefore always be aware of the dangers that arise from these fire gases such as carbon monoxide or carbon dioxide, whose health harmfulness varies depending on concentration and duration of the effect.

smoke extraction systems and their meaning

In the course of the operation, the need for smoke extraction systems could put back into focus again. These systems are crucial for the support of the extinguishing work and are described in building regulations as essential measures. The aim is to pay smoke through targeted openings in the roof or upper room sections. Different types of systems are used. Natural smoke extraction systems (NRA) can transport fire gases outdoors through thermal buoyancy, while machine variants (MRA) use fans to dissipate the flue gases.

The different systems contribute to the case of fire inserts and are designed to minimize the risk of smoke. An example of this is the pressure ventilation systems that create overpressure to prevent the penetration of flue gases from penetrating into certain areas. The RWA, smoke and heat extraction systems, are a combination of these measures that serve in a fire for effective smoke extraction and thus to support the extinguishing work.

With the increase in industrial and commercial systems such as in Wolfurt, it is of central importance to take appropriate safety precautions and to check the reliability of these systems regularly. Because the correct handling of smoke development and effective smoke extraction can be crucial for the rescue of life and the protection of property.