Exhaust extraction plays a special role in rescue stations, fire stations and THW vehicle halls. Unlike in conventional workshops, exhaust fumes are not usually produced during longer periods of work on the vehicle, but during short, intensive phases when the emergency vehicles start up and move out. It is precisely these short operating phases that can cause exhaust fumes to spread in the vehicle hall if they are not captured immediately. A technically suitable solution therefore ensures that emissions are captured directly at the vehicle and discharged from the hall.
Emergency vehicle halls have special requirements
Many processes run in parallel in the vehicle halls of emergency services organizations. Vehicles are started due to alarms, several emergency vehicles can be deployed at the same time and personnel are often in the hall area.
This results in special requirements for an exhaust extraction system for the fire department, among others:
- Exhaust gases must be captured immediately when the vehicle is started
- Several vehicles can start at the same time
- the extraction system must be carried along when the vehicle leaves the hall
- Driving and walking routes must not be restricted
- the decoupling must function reliably and automatically
- the system must work reliably over the long term, even with frequent operational starts
This combination of operational dynamics and operational readiness clearly distinguishes the vehicle halls of fire departments, rescue stations and the THW from classic workshop environments.
Exhaust gas extraction in the fire station as part of the hall planning
An exhaust extraction system in the fire station is not just a technical add-on system, but an integral part of the vehicle hall planning. Parking spaces, driveways and hall geometry directly influence how a system can be integrated. The position of the vehicles in the hall is particularly relevant. Vehicles are often parked close together and must be able to move out quickly. An extraction system in the fire station must therefore be designed in such a way that it can reliably cover all parking spaces without restricting movement areas.
Differences between the fire department, rescue station and THW
Even if the basic task remains the same, the operating conditions sometimes differ significantly.
- Fire stations often have several bays with different types of vehicles.
- Rescue stations usually have a high frequency of use and short vehicle downtimes.
- THW vehicle halls can have larger hall structures with special vehicles.
An exhaust extraction system for the fire department, for example, must therefore always be tailored to the respective area of use. It is crucial that the system works together with the movement sequences of the vehicles in the hall.
Example system for emergency vehicle halls: AirTrack-Profi
Systems that automatically adapt to vehicle movements are often used for vehicle halls of fire departments, rescue services and the THW. One example of this is the AirTrack-Profi system. The system is installed parallel to the direction of travel in the hall ceiling area. The suction hose follows the vehicle as it moves out to the hall door. There, the connection to the vehicle is automatically disconnected so that the emergency vehicle can move out without delay.
This system logic offers several advantages:
- Exhaust gases are captured directly at the vehicle exhaust
- the extraction hose follows the vehicle to the door
- Automatic decoupling when pulling out
- Free driving and walking routes in the vehicle hall
- Reliable function even with frequent vehicle starts
Especially in vehicle halls with several parking spaces, such a solution ensures that the exhaust extraction system in the fire station supports operations without requiring additional work steps.
Project planning is particularly important for operations halls
An effective solution cannot be defined using a standard scheme, especially in rescue stations, fire stations and THW vehicle halls. Hall geometry, parking space layout, vehicle types and deployment routes differ from location to location. Structured planning is therefore crucial. An extraction system in a fire station should always be planned in such a way that it fits both the structural situation and daily operations.
Conclusion: What is important in emergency vehicle halls
An exhaust extraction system fulfills a different task in fire departments, rescue stations and THW vehicle halls than in classic workshops. Vehicles start directly in the hall, operations are carried out at short notice and several vehicles are often parked close together. A suitable extraction system in the fire station ensures that exhaust fumes are captured directly and are not dispersed in the hall area. At the same time, the exhaust extraction system in the fire station must be designed in such a way that it supports operations and integrates seamlessly into the vehicle hall processes.
Check suitable solutions for vehicle halls now
Anyone planning an extraction system in a fire station, for example, should consider the hall structure, vehicle fleet and operational procedures together. Site-specific planning creates the basis for a solution that is technically suitable and reliably supports operations. Contact us for your planning.
