An international ban invoked 15 years ago on Halon-1301 has resulted in the development of water-mist fire-suppression systems. The challenge now is to develop the sophisticated fire-detection system necessary to make the new suppression technology commercially viable.L'interdiction \ue0 l'\ue9chelle internationale du halon - 1301 il y a 15 ans a entra\ueen\ue9 la mise au point de syst\ue8mes d'extinction incendie par brouillard d'eau. Le d\ue9fi consiste maintenant \ue0 mettre au point le syst\ue8me de d\ue9tection incendie \ue9volu\ue9 dont on a besoin pour rendre la nouvelle technologie d'extinction viable sur le march\ue9.Peer reviewed: NoNRC publication: Ye
There is a continuing interest in the use of water mist fire suppression systems as a halonalternati...
NASA has developed a new fire extinguishing agent that is nontoxic and that does not promote ozone d...
Reports that a water mist fire suppression system achieves better results when it is cycled on and o...
Recent research at Canada's Institute for Research in Construction (IRC) will have implications for ...
Aussi disponible en fran\ue7ais: Les syst\ue8mes d'extinction par brouillard d'eau pourraient rempla...
Aussi disponible en fran\ue7ais: L'IRC se penche sur les produits de remplacement du halon pour la ...
The development of water mist fire suppression technology has made substantial progress over the las...
Water mist technology has gained re-newed interest over the last two decades for fire suppression. T...
Halons were widely used in fire suppression applications up to 1994. Since halons are ozone-depletin...
Aussi disponible en fran\ue7ais: L'IRC \ue9value des agents extincteurs moins nocifs pour l'environn...
Aussi disponible en fran\ue7ais: L'IRC met au point un nouveau mod\ue8le pour l'\ue9valuation des sy...
The development of water mist fire suppression technology has made substantial progress over the las...
In recent years, with the halon phase-out, there has been a major thrust towards finding new advance...
Statistics show that almost 80 percent of fires are extinguished without the intervention of the fir...
Due to the signing of the Montreal Convention, people have been looking for alternatives to the halo...
There is a continuing interest in the use of water mist fire suppression systems as a halonalternati...
NASA has developed a new fire extinguishing agent that is nontoxic and that does not promote ozone d...
Reports that a water mist fire suppression system achieves better results when it is cycled on and o...
Recent research at Canada's Institute for Research in Construction (IRC) will have implications for ...
Aussi disponible en fran\ue7ais: Les syst\ue8mes d'extinction par brouillard d'eau pourraient rempla...
Aussi disponible en fran\ue7ais: L'IRC se penche sur les produits de remplacement du halon pour la ...
The development of water mist fire suppression technology has made substantial progress over the las...
Water mist technology has gained re-newed interest over the last two decades for fire suppression. T...
Halons were widely used in fire suppression applications up to 1994. Since halons are ozone-depletin...
Aussi disponible en fran\ue7ais: L'IRC \ue9value des agents extincteurs moins nocifs pour l'environn...
Aussi disponible en fran\ue7ais: L'IRC met au point un nouveau mod\ue8le pour l'\ue9valuation des sy...
The development of water mist fire suppression technology has made substantial progress over the las...
In recent years, with the halon phase-out, there has been a major thrust towards finding new advance...
Statistics show that almost 80 percent of fires are extinguished without the intervention of the fir...
Due to the signing of the Montreal Convention, people have been looking for alternatives to the halo...
There is a continuing interest in the use of water mist fire suppression systems as a halonalternati...
NASA has developed a new fire extinguishing agent that is nontoxic and that does not promote ozone d...
Reports that a water mist fire suppression system achieves better results when it is cycled on and o...