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- Uses
high pressure and small amounts of water.
- Concept based on the high speed propulsion of water mist particles used to penetrate hot combustion gases while ensuring that the particles are evenly distributed.
- A
range of architectures is available, depending on the risks and
on water sufficiency:
- Modular using 45 ltr. high pressure water tanks with nitrogen as the pressurising gas. - Centralised using a water storage facility in conjunction with high pressure pumps and directional valves. - Multiple aperture diffusion heads designed specifically for the risk to be protected. - Droplets having a Æ that varies from 50 to 100 microns. - Output established by precise calculation.
- Oxygen
levels remain unchanged after product release.
- Droplet size
- A
halon alternative with an ODP = 0 and a GWP = 0
- Ozone Depletion Potential & Global Warming Potential - A fire extinction system derived from Nature itself: consists of water and nitrogen.
- Systems
tested and validated using operational tests.
- Easily
recharged
- An industrial gas and demineralised water available throughout the world.
Protection
for electricity generators, chemical processes, transformers.
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