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Propylene Glycol as a Fire Smoke Simulant
Attempts are under way to find a safe fire smoke simulant to be used in various types of fire trainers/simulators. Organic aerosol fogs have been suggested as a substitute for real smoke. Stabilized propylene glycol was subjected to thermal and fire stress in ventilated and unventilated chambers. Carbon monoxide produced from the decomposition of the smoke simulant reached 0.8% under some conditions. Chamber temperatures above 66 C (150F) nearly eliminates the ability to produce smoke. (Author)
Propylene Glycol as a Fire Smoke Simulant
Attempts are under way to find a safe fire smoke simulant to be used in various types of fire trainers/simulators. Organic aerosol fogs have been suggested as a substitute for real smoke. Stabilized propylene glycol was subjected to thermal and fire stress in ventilated and unventilated chambers. Carbon monoxide produced from the decomposition of the smoke simulant reached 0.8% under some conditions. Chamber temperatures above 66 C (150F) nearly eliminates the ability to produce smoke. (Author)
Propylene Glycol as a Fire Smoke Simulant
M. L. Boroson (Autor:in) / D. Indritz (Autor:in) / H. G. Eaton (Autor:in) / J. P. Stone (Autor:in) / T. T. Street (Autor:in)
1981
18 pages
Report
Keine Angabe
Englisch
Combustion & Ignition , Job Training & Career Development , Military Operations, Strategy, & Tactics , Smoke , Simulation , Propylene glycol , Naval training , Fire fighting , Test and evaluation , Simulators , Aerosols , Combustion , Flammability , Combustion products , Toxic hazards , Fires , Fire safety , NTISDODXA
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