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Specific Technologies of Aviation Rescue and Firefighting Operations over the Years

Published in Reports (Volume 4, Issue 3)
Received: 23 July 2024     Accepted: 3 September 2024     Published: 26 September 2024
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Abstract

The twentieth century was a period of rapid development in aviation. It was a time of great progress in the construction of aircraft, the development of ground infrastructure and the improvement of qualifications of aviation personnel. Over the years, aviation has gone from cruise flights in simple aircraft to transatlantic flights, complex aircraft with hundreds of passengers on board. Military aviation can operate at speeds exceeding the speed of sound and in all weather conditions. The infrastructure of large airports has reached the size of cities. Over the past century, the development of aviation has been followed by changes in the organization and equipment of rescue and fire-fighting services. The public does not accept the loss of human life or large-scale material damage and environmental damage. In the search for effective extinguishing agents and methods of administering them, people began to look for ways other than field fire services. Specialized firefighting units have appeared at airports, which are designed for specific rescue and firefighting operations on aircraft and infrastructure. For many years, attempts have been made to select special rescue and firefighting technologies capable of improving the effectiveness and safety of operations. Quite quickly, the car was chosen as the means of transport for airport rescue services. But over time, the need was recognized for it to have different characteristics and equipment than a vehicle for village and town safety units. As a result of various experiments, unusual technical solutions designed to solve basic problems specific to airports were developed. Equally interesting was the path to determining the best fire extinguishing agents and their means of administration. From hand-held fire extinguishers to remote-controlled cannons administering thousands of liters or kilograms of extinguishing agents over a long distance. The publication provides information on the history and development of basic firefighting technologies specific to aviation and some pointers to the future.

Published in Reports (Volume 4, Issue 3)
DOI 10.11648/j.reports.20240403.17
Page(s) 81-98
Creative Commons

This is an Open Access article, distributed under the terms of the Creative Commons Attribution 4.0 International License (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution and reproduction in any medium or format, provided the original work is properly cited.

Copyright

Copyright © The Author(s), 2024. Published by Science Publishing Group

Keywords

Aviation, Rescue Equipment, Rescue Vehicles, Firefighting Agents, History

References
[1] Museum of RAF Firefighting, History-of-raf-firefighting, Available from:
[2] Fire Trucks At War, US Army Fire Apparatus 1918-1950, Available from:
[3] Wikipedia. Flugfeldlöschfahrzeug, Available from:
[4] Magirus Iveco Museum, Pablo Martinez, Magirus, Available from:
[5] Morristown Fire Bureau, Morristown, New Jersey Compressed, Robert G. Taylor, Air Foam Systems In Limited Staffing Conditions, Available from:
[6] Mercor Tecresa, Story of the Extinguishers, Available from:
[7] CTIF, Norge, CAFS presentation, Available from:
[8] Kfz der Wehrmacht, Henschel typ 33, Available from:
[9] Wikipedia, Firefighting Foam, Available from:
[10] Philaseien, Motiv: Feuerwehr, Available from:
[11] Christopher P. Menchini, Douglas Dierdorf, Ph.D. Jennifer L. Kalberer, Michael J. McDonald, P. E. Kristofor S. Cozart, The Development And Design of A Prototype Ultra High Pressure P-19 Firefighting Vehicle, Tyndall Air Force Base, Florida 32403, Air Force Research Laboratory Final Technical Report, February 2007.
[12] Newsweek, Rosja, Płonie rosyjski okręt atomowy, Available from:
[13] Military Wiki, Fandom, Available from:
[14] Adastorn, Ventura, Phil Vabre, The Monegeetta Monster, Aeroplane magazine, 2011/1; Available from:
[15] László Pimper, Dry powder-foam dual agent Firefighting, FER Fire Brigade and Service Ltd., Százhalombatta;
[16] Industrial Fire World, Emergency Operations, Firefighter Dwight Williams Calls it Quits, Available from:
[17] Ciolino, T. Zawadke, H. Kögler, Eisatzfahrzeuge fṻr Feuerwehr und Rettungsdienst, Typen: Ausfuhrung und taktischer Einsatzwert, Ecomed-Sicherhait, 2006, ISBN: 978360968667-7.
[18] Airport Industry-News, Recent Advancements of the Oshkosh Snozzle HRET, Available from:
[19] Flughafen-Muenchen-Riem, Online-Archiv, Available from:
[20] Foremost Calgary, Nodwell 110, Available from:
[21] The last Word in overland vehicles, BV 206, Available from:
[22] Wikipedia, compressed air foam system, Available from:
[23] Mizerski A., Sobolewski M., Król B.: Piany gaśnicze, SGSP Warszawa, 2006, ISBN: 9788388446177.
[24] FrWiki, Mousse, Available from:
[25] International Airport Review, Aircraft Interior Access Vehicles for ARFF, Available from:
[26] Jules CLAUDIN, query Musée des sapeurs-pompiers Lyon-Rhône Comité d’animation sociale et culturelle du service départemental-métropolitain d’incendie et de secours.
[27] The Civil Aviation Historical Society & Airways Museum, History, Available from:
[28] Brand-Feuer, Flugfeldlöschfahrzeug, Available from:
[29] Ai Group, Historique, Available from:
[30] Lead Warrior, German WWII Fire Engine, Ts-2,5 Tankspritze Kfz.343, Available from:
[31] Sirmac, Prodotti, Available from:
[32] Aircraft Rescue & Firefighting 6/edition, IFSTA, 2015, ISBN: 978-0-87939-584-1.
[33] Rotter Wolfgang, Thorns Jochen, Feuerwehrfahrzeuge auf Flughäfen in Deutschland, PODUSZUN, ISBN: 9783861332985.
[34] Andre Horb, Camions et sapeurs-pompiers du monde. EpaEds 2010, ISBN: 2851207296.
[35] Karl Ludvigsen, Professor Porsche's Wars, Pen&Sword Boks, ISBN: 1184943880.
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    Marzęda, A. (2024). Specific Technologies of Aviation Rescue and Firefighting Operations over the Years. Reports, 4(3), 81-98. https://doi.org/10.11648/j.reports.20240403.17

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    Marzęda, A. Specific Technologies of Aviation Rescue and Firefighting Operations over the Years. Reports. 2024, 4(3), 81-98. doi: 10.11648/j.reports.20240403.17

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    AMA Style

    Marzęda A. Specific Technologies of Aviation Rescue and Firefighting Operations over the Years. Reports. 2024;4(3):81-98. doi: 10.11648/j.reports.20240403.17

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  • @article{10.11648/j.reports.20240403.17,
      author = {Andrzej Marzęda},
      title = {Specific Technologies of Aviation Rescue and Firefighting Operations over the Years
    },
      journal = {Reports},
      volume = {4},
      number = {3},
      pages = {81-98},
      doi = {10.11648/j.reports.20240403.17},
      url = {https://doi.org/10.11648/j.reports.20240403.17},
      eprint = {https://article.sciencepublishinggroup.com/pdf/10.11648.j.reports.20240403.17},
      abstract = {The twentieth century was a period of rapid development in aviation. It was a time of great progress in the construction of aircraft, the development of ground infrastructure and the improvement of qualifications of aviation personnel. Over the years, aviation has gone from cruise flights in simple aircraft to transatlantic flights, complex aircraft with hundreds of passengers on board. Military aviation can operate at speeds exceeding the speed of sound and in all weather conditions. The infrastructure of large airports has reached the size of cities. Over the past century, the development of aviation has been followed by changes in the organization and equipment of rescue and fire-fighting services. The public does not accept the loss of human life or large-scale material damage and environmental damage. In the search for effective extinguishing agents and methods of administering them, people began to look for ways other than field fire services. Specialized firefighting units have appeared at airports, which are designed for specific rescue and firefighting operations on aircraft and infrastructure. For many years, attempts have been made to select special rescue and firefighting technologies capable of improving the effectiveness and safety of operations. Quite quickly, the car was chosen as the means of transport for airport rescue services. But over time, the need was recognized for it to have different characteristics and equipment than a vehicle for village and town safety units. As a result of various experiments, unusual technical solutions designed to solve basic problems specific to airports were developed. Equally interesting was the path to determining the best fire extinguishing agents and their means of administration. From hand-held fire extinguishers to remote-controlled cannons administering thousands of liters or kilograms of extinguishing agents over a long distance. The publication provides information on the history and development of basic firefighting technologies specific to aviation and some pointers to the future.
    },
     year = {2024}
    }
    

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