FIRE IN
The first European Fire and Rescue Innovation Network
Creating a network between agencies that deal with fires is essential to confront research institutions and companies with the aim of identifying solutions that meet the challanges to improve the response system.
| Conceptual compilation of the results collected in 2018 2019 during Fire-in workshops about communication | |||
| I. HIGH FLOW OF RESPONSE IN HOSTILE ENVIRONMENT | II. HIGH IMPACT, LOW FREQUENCY EMERGENCIES | III. MULTI AGENCY / MULTI-LEADERSHIP ENVIRONMENT | IV. HIGH LEVEL OF UNCERTAINTY |
1. Population:
| 1.Channels: Most effective communication’ channels to disseminate messages. | 1.Local/regional administrations: Ability to communicate appropriate messages. | 1.Build trust: a) Transparently b) Final possible scenarios considering the strategical objective. |
A research and development project using turbine technology for rescue and firefighting operations was initiated by the State Fire Service. The concept of using turbine engines in fire protection for such events as great fires of forests, large-volume facilities and technological installations, especially in the petrochemical and chemical industries, has been known since the early 1960s.
Putting out rail vehicles is not a light, easy and pleasant task. The main threat and difficulty in the implementation of the tactical intention of the conducted action is the presence of high voltages of the overhead contact line supplying the devices and driving elements. It might seem that it is absolutely unacceptable to supply water or foam before disconnecting the power supply – but is it really?
Aamks is an open source, web-based platform for assessing the fire safety of humans in buildings. Aamks runs hundreds of fire simulations (CFAST) and evacuation simulations (Aamks.Evac) and then evaluates the results. In each simulation humans are moving across the building and are affected by fire and smoke.