Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Quantitative Evaluation of Smoke Abatement System for Crash/Rescue Training Fires
The training of Air Force firefighting personnel involves the extinguishing of large fires that simulate aircraft crash situations. Such fires generate clouds of thick black smoke that are objectionable from an air pollution viewpoint and, therefore, cannot be continued on the present basis. This report outlines the quantitative evaluation of the water spray injection smoke abatement system for the training fires. Basic design criteria have been established for the smoke abatement systems and emission factors in terms of pounds of particulates per 1000 pounds of fuel were determined for JP-4 fires. (Author)
Quantitative Evaluation of Smoke Abatement System for Crash/Rescue Training Fires
The training of Air Force firefighting personnel involves the extinguishing of large fires that simulate aircraft crash situations. Such fires generate clouds of thick black smoke that are objectionable from an air pollution viewpoint and, therefore, cannot be continued on the present basis. This report outlines the quantitative evaluation of the water spray injection smoke abatement system for the training fires. Basic design criteria have been established for the smoke abatement systems and emission factors in terms of pounds of particulates per 1000 pounds of fuel were determined for JP-4 fires. (Author)
Quantitative Evaluation of Smoke Abatement System for Crash/Rescue Training Fires
J. T. Haney (Autor:in) / W. T. Ristau (Autor:in)
1973
34 pages
Report
Keine Angabe
Englisch
Physical & Theoretical Chemistry , Combustion & Ignition , Aircraft , Civil Engineering , Aircraft fires , Aviation accidents , Smoke , Air force training , Sprays , Air pollution , Countermeasures , Water , Air force personnel , Jet engine fuels , Combustion , Combustion products , Gas analysis , Particles , Monitors , Control systems , Spray nozzles , Aerosols , Atomization , Training devices , Hydrocarbons , Sulfur compounds , Carbon monoxide , Carbon dioxide , Formaldehyde , Air pollution detection
Smoke abatement of training fires
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