航空汽油节能应用系统信息库

Sergii Boichenko, Iryna Shkilniuk, Anna Yakovlieva, Sofiia Dokshyna, Ihor Kuberskyi, Olena Sibilieva
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 The proposed work analyses the scientific literature on energy-efficient additives to aviation gasoline and, on this basis, creates a systematic information base, namely: classification of the range of additives to gasoline (by the following features: chemical, physical and biological stability enhancers; flash point modifiers; combustion modifiers; washing; dopes that promote efficient operation of fuels at low temperatures; friction modifiers; marking agents; anti-corrosion agents; safety enhancers; surface-active property modifiers) and the range of anti-detonation and environmental (anti-emission) additives in aviation petrols.
 The following additives are manufactured and approved for use in Ukraine: poly-functional additives representing a complex mixture of manganese compounds and mixtures of paraffinic and naphthenic hydrocarbons (TU 30218597.001[in Ukrainian] \"Poly-functional additives \"Eco-Octane\". Technical specifications\"); iron-containing multifunctional additives \"Standard\"; there are also known developments of oxygenates based on methanol, ethanol and other alcohols, alcohol processing products, ethers and other oxygen-containing compounds.
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引用次数: 0

摘要

汽油中的添加剂是在二十世纪上半叶开始使用的。在20世纪70年代后期,这一科学和实践领域的发展发生了质的概念变化。有害排放物造成的环境污染导致了汽油配方的修改和发动机结构的改进。提高喷气发动机用汽油和燃料质量的问题通常有两种解决办法:一是开发高质量的新产品,二是有效利用传统产品。本文拟对航空汽油节能添加剂的科学文献进行分析,并在此基础上建立一个系统的信息库,即:对汽油添加剂的范围进行分类(按以下特征:化学、物理和生物稳定性增强剂;闪点调节剂;燃烧修饰词;洗;促进燃料在低温下高效运行的兴奋剂;修饰符的摩擦;标记代理商;防腐药剂;安全增强剂;(表面活性性能改性剂)和航空汽油中抗爆和环保(抗排放)添加剂的范围。 以下添加剂是在乌克兰生产并批准使用的:多能添加剂,代表锰化合物和石蜡烃和环烷烃混合物的复杂混合物(TU 30218597.001[乌克兰]“Eco-Octane”多能添加剂。技术规范”);含铁多功能添加剂《标准》;众所周知,以甲醇、乙醇和其他醇、酒精加工产品、醚和其他含氧化合物为基础的含氧化合物也有了发展。该研究是在“开发利用国内原料生产新型环保型高辛烷值航空汽油的技术”项目框架内进行的,根据乌克兰内阁2022年8月12日第713-r号“rozrobok v ramkakh vykonannia derzhavnoho zamovlennia na naivazhlyvishi naukovo-tekhnichni”命令,由国家预算承担费用(eksperymentalni) rozrobky ta naukovo-tekhnichnu producktsiu 2022 rotsi”[乌克兰语](注册号2020.01/0242)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SYSTEMATIC INFORMATION BASE OF ENERGY-EFFICIENT APPLICATIONS FOR AVIATION PETROL
The additives in petrol was started to use in the first half of the twentieth century. In the late 1970s, a qualitative conceptual change in the development of this area of science and practice took place. Environmental pollution from harmful emissions led to the modification of petrol formulations and structural improvements of engines. The problem of improving the quality of gasoline and fuels for jet engines is usually solved in two ways: by developing high-quality new products and by efficient use of traditional ones. The proposed work analyses the scientific literature on energy-efficient additives to aviation gasoline and, on this basis, creates a systematic information base, namely: classification of the range of additives to gasoline (by the following features: chemical, physical and biological stability enhancers; flash point modifiers; combustion modifiers; washing; dopes that promote efficient operation of fuels at low temperatures; friction modifiers; marking agents; anti-corrosion agents; safety enhancers; surface-active property modifiers) and the range of anti-detonation and environmental (anti-emission) additives in aviation petrols. The following additives are manufactured and approved for use in Ukraine: poly-functional additives representing a complex mixture of manganese compounds and mixtures of paraffinic and naphthenic hydrocarbons (TU 30218597.001[in Ukrainian] "Poly-functional additives "Eco-Octane". Technical specifications"); iron-containing multifunctional additives "Standard"; there are also known developments of oxygenates based on methanol, ethanol and other alcohols, alcohol processing products, ethers and other oxygen-containing compounds. The research is being carried out within the framework of the project "Development of a technology for the production of new environmentally friendly high-octane aviation gasoline from domestic raw materials" at the expense of the state budget in accordance with the Order of the Cabinet of Ministers of Ukraine of 12 August 2022 No. 713-r "Pro zatverdzhennia pereliku naukovo-tekhnichnykh (eksperymentalnykh) rozrobok v ramkakh vykonannia derzhavnoho zamovlennia na naivazhlyvishi naukovo-tekhnichni (eksperymentalni) rozrobky ta naukovo-tekhnichnu produktsiiu u 2022 rotsi" [in Ukrainian] (registration number 2020.01/0242).
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