less water +++ effective cooling +++ local inerting effect +++ does not harm humans +++ environmental friendly +++ cost effective +++ proven to international protocols and standards +++ reliable & flexible ...
less water +++ effective cooling +++ local inerting effect +++ does not harm humans +++ environmental friendly +++ cost effective +++ proven to international protocols and standards +++ reliable & flexible ...

IWMA Member AQUASYS in the Australian Outback

Fire Tests to protect an Aircraft Hangar

A topic that has been hot for some time is the protection of aircraft hangars and aircrafts in hangars. Several IWMA have dedicated themselves to this topic. The Austraian company Aquasys has now joined the group. On their website you can find the following:

An Australian company is curretnly conducting a research project to investigate the effectiveness of new innovative extinguishing systems for aircraft fires in hangars. The aim is to replace the existing gas and foam extinguishing systems. As part of this project, Aquasys carried out fire tests in an aircraft hangar provided by the company.

A major challenge in this project was that the exact setup (aircraft model, aluminium alloy, material thicknesses, etc.) and the associated pass/fail criteria were not known in advance. In order to be optimally prepared for the tests in Australia, simplified preliminary tests were carried out in Linz and different water mist densities and nozzle heads were analysed. After a positive evaluation of the preliminary tests and selection of potentially suitable nozzle heads, two employees travelled to the Australian outback. An old military hangar served as the test site. The test scenario was set up and the tests could begin. Due to the high security level on site, no photos of the fire tests themselves were allowed to be taken.
The demanding tests were supervised by an accredited laboratory.