Registration Number
0225U003236,
(0122U201279)
, R & D reports
Title
Development of production technology for new environmentally safe high-octane aviation gasoline from domestic raw materials
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Проведення аналітичного дослідження стосовно причинно-наслідкового зв'язку екологічних і антидетонаційних властивостей компонентів авіаційних бензинів. Розроблення та підготовка лабораторних зразків нових екологічно безпечних високооктанових авіаційних бензинів, модифікованих компонентами без вмісту ТЕС
Head
Boichenko Serhii V., д.т.н.
Registration Date
04-06-2025
Organization
National Technical University of Ukraine «Igor Sikorsky Kyiv Polytechnic Institute»
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Development of the production technology for new environmentally safe high-octane aviation gasoline from domestic raw materials for dual-purpose aircraft (with piston engines).
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Keywords: aviation petrol, high-octane component (additive), environmental properties, anti-detonation characteristics, octane number, aircraft. Object of research: cause and effect relationship of environmental and anti-detonation properties of aviation petrol components. Subject of research: environmental and anti-detonation properties of aviation petrol components. The aim of the study is to establish a cause-and-effect relationship between the environmental and anti-detonation properties of aviation petrol components, to develop formulations and laboratory samples of environmentally safe high-octane aviation petrol modified with components without tetraethyl lead. Research methods: monographic method, analytical methods, systematisation and generalisation, method of reformulating the composition of aviation fuels. The main tasks of the 1st stage of the project were completed: 1) Analysing the availability and feasibility of use on the Ukrainian market and systematising the range of modern anti-detonation additives (components) to aviation gasoline to establish the cause-and-effect relationship between the environmental and anti-detonation properties of aviation gasoline components; 2) The possibility of using low-octane gasoline (straight-run gasoline fraction) and pyrolysis gasoline fraction (pyro-benzene) from polymeric waste to produce a commercial aviation gasoline composition was studied; 3) formulations of new environmentally safe high-octane aviation petrols modified with components free of tetraethyl lead were developed and formulated; 4) laboratory samples of environmentally safe high-octane aviation gasoline modified with components without TPP were produced according to the developed formulations and a certificate of laboratory samples was issued.
Product Description
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Boichenko Serhii V.
Vovk Oksana O.
Kochirko Bohdan F.
Shkilniuk Iryna O.
Yakovlieva Anna V.
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2025-06-04
