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Information × Registration Number 0222U001263, 0121U108447 , R & D reports Title Scientific substantiation of increase of efficiency of fire extinguishing at the expense of modification of structures of water extinguishing substances and ways of their giving popup.stage_title Head Kodryk Anatolii I., Кандидат технічних наук Registration Date 26-01-2022 Organization Institute of Public Administration and Research in Civil Protection popup.description2 The aim of the work is to increase the efficiency of firefighting through the use of modified aqueous fire extinguishers with high fire extinguishing capacity. The peculiarities of interaction of fire extinguishing substances with combustible media and combustible surfaces as a basis for improving the quality of existing, development of new modern samples of water extinguishing agents using modern gelling compounds, as well as increasing fire extinguishing efficiency when used in fire protection systems and facilities. firefighting. The current state of the availability and trends of development in the world and domestic practice of fire extinguishing substances and technologies for their use is analyzed. Possible ways to improve recipes and increase the efficiency of fire extinguishing substances are outlined, taking into account, first of all, the criteria of efficiency, economy and environmental friendliness. It is proved that in comparison with water fire-extinguishing solutions on the basis of modified systems and new technologies of their production have a number of advantages, which are a significant increase in their stability and adhesive properties, increased fire-retardant effect due to the formation of a porous layer or film. , which complicates the ignition and protects the combustible material due to its low thermal conductivity and isolation from the access of oxygen to the air, which is important in extinguishing surface fires of class A.  Product Description popup.authors Alimov Bohdan O. Borysov Andrii V. Borovykov Volodymyr Oleksadrovych Zhartovskyi Sergiy V. Kopylnyi Mykola I. Kornienko Oleksandr V. Likhnovskyi Ruslan V. Moroz Oleksandr I. Osadchuk Maksym V. Svirskiy Vitaliy V. Skorobahatko Taras Mykolaiovych Stylyk Ihor H. Titenko Oleksandr M. Yakymenko Mykhailo L. popup.nrat_date 2022-03-09 Close