- PRODUCTS
- VEHICLES
- SERVICE
- NEWS
- CONTACT
- Group
Rosenbauer offers the right solutions for handling hazardous substances. Hazardous materials (HAZMAT) are materials which pose a risk to life and the environment if released. In HAZMAT operations fast reaction and the initiation of appropriate emergency measures is possible with the right HAZMAT equipment.
HAZMAT and DECON vehicles are fully equipped for HAZMAT operations and represent the complete and perfect solution for this sector.
Numerous roll-on/roll-off containers are available for various purposes which serve the individual requirements of the respective fire brigade.
The swap body concepts from Rosenbauer are equipped with extensive gear for large HAZMAT or decon operations.
The greater the distance to the hazardous substance, the shorter the stay time in the danger area and the better the shielding (protective clothing) against the respective substance, the lesser the harmful effect.
Warning signs indicate the hazardous substance:
1. Identify danger / investigation
2. Lock down and secure
The accident area should be locked down on a large scale in order to prevent further damage from approaching persons or vehicles and to allow rescue personnel to work unimpeded on their HAZMAT operations!
3. Implement rescue measures!
Fast rescue measures must be implemented in every operation. The operational leader determines the circumstances.
4. Stabilization of the situation: collecting – sealing - transfer pumping
Contamination is the defilement of persons, objects, spaces or the environment with radioactive (A) and/or biological (B) and/or chemical substances (C).
Decontamination is understood as the minimization or removal of a hazardous substance from surfaces (from protective clothing and company equipment takes priority). Every firefighting operation results in contamination to some degree. Decontamination measures must, therefore, be implemented after every operation!
Decontamination can be classified into three levels, depending on the scope and intensity: