Improvement of drainaga method of fuel-lubrication materials by a neutral gas

Authors

  • Ігор Леонідович Трофімов National aviation university Prospectus Komarova 1, Kyiv, Ukraine, 03058, Ukraine

DOI:

https://doi.org/10.15587/1729-4061.2013.18722

Keywords:

petroleum, oil and lubricants, hydraulic fluids, performance properties, gas, dehydration, catalyst, generator

Abstract

The issue of enhancing the performance properties of petroleum, oil and lubricants (POL) using indifferent gas by an environmentally safe method is considered in the paper. The main purpose of the research was the improvement of the method of drying POL by indifferent gas, which lied in using exhaust gases of the truck tractor instead of the generator of indifferent gases, which are pre-purified from СО2 in the exhaust gas purification catalysts, which are also proposed to add to the circuit diagram. The improved scheme of drying petroleum, oil and lubricants by indifferent gas allows solving such problems as dehydration of POL, saving physicochemical and performance properties of POL, reduction of losses of oil products from vaporization, improvement of fire safety during the transportation of POL. The improved scheme, proposed in the paper, meets modern requirements for oil products purification systems, technical and environmental requirements, has low net cost of equipment. The research results can be applied in the operation of mobile equipment for storage and refuelling of POL and hydraulic fluids, as well as in the field of ecology and environmental protection. The research results can be applied by chemmotology experts, experts in the field of operation of equipment for refuelling and storage of POL, as well as ecologists.

Author Biography

Ігор Леонідович Трофімов, National aviation university Prospectus Komarova 1, Kyiv, Ukraine, 03058

Candidate  of engineerings sciences, associate professor

Department of ecology

References

  1. Кравец, И.А. Репаративная регенерация трибо систем [Текст] / И.А. Кравец – Т.: Издательство Бережанского агротехнического института, 2003. – 284 с.
  2. Повышение ресурса технических систем путём использования электрических и магнитных полей : монографія [Текст] / Е.Е. Александров, И.А. Кравец, Е.П. Лысиков, О.В. Соловьев, А.А. Тропина. – Харьков: НТУ „ХПИ”, 2006. – 544 с.
  3. Мікульонок, І.О. Механічні, гідромеханічні й масообмінні процеси та обладнання хімічної технології [Текст]: Навч. Посіб. -2-ге вид., переробл. і допов. – К.: ІВЦ «Політехніка», 2002. - 304с.:іл.
  4. Белянський В.П., Гречкин А.М., Ефименкуо В.В. Обработка авиа ГСМ нейтральным газом и источники его получения [Текст] / Мат. научн.-техн. конф. – К.: КМУГА, 1998. – C. 45-48.
  5. Белянский В.П., Дровнин С.С. Область применения нейтрального газа [Текст] / Мат. научн.-техн. конф. – К.: КМУГА, 1999. – C. 107-110.
  6. Дровнін, С.С. Способи зневоднення нафтопродуктів [Текст] / ІІІ Міжнар. наукова конф. „Авіа-2001” (Київ, 2001): Тези доп. – К.: НАУ, 2001. – Т. 4. – С. 41.37.
  7. Розробка конструкції каталізатора для зменшення забрудненості вихлопних газів двигунів [Текст] / Звіт про науково-дослідну роботу № 951-ДБ00. – К.: НАУ, 2001. – 34 с.
  8. Лобойко, А.Я. Исследование влияния технологии приготовления катализатора на распределение каталитически активного вещества по поверхности носителя [Текст] / А.Я. Лобойко, В.А. Векшин, Н.Б. Маркова, М.И. Ворожбиян, Л.П. Шапарева // Технологія каталізаторів і сорбентів – 2010. № 10. - С. 59−62.
  9. Orlyk S.M., Soloviev S.O. Palladium in Gas-Phase Processes of Environmental Catalysis in "Palladium: Compounds, Production and Applications", Series: Material Science and Technology (Ed. Kenneth M.Brady), p.57-103, Nova Science Publishers, 2011, 356 p.
  10. Fino D., Russo N., Badini C. EuropaCat-V, Sept.2001, Limerick, Ireland, Abstracts, Book 3,, 7.Р-07.
  11. Rashidzadeh M., Peyrovi M.H., Mondegarian R., React. Kinet. and Catal. Lett., 2000, 69 (1), 115.
  12. Kravec, I.A. (2003). Reparative regeneration of the tribosystem, Publishing House Berezhanskogo agrotechnical institute, 284.
  13. Aleksandrov, Е.Е., Kravec, I.A., Lysikov, Е.P., Solovyov, O.V., Tropina, A.A. (2006). Increase of resource the technical systems by the use of the electric and magnetic fields: monography, 544.
  14. Mikulenok, I. O. (2002). Mechanical, gidromekhanichal and mass-transfer processes and equipments of chemical technology: train aid. IVC «Politechnika», 304.
  15. Belyanskiy, V.P., Grechkin, A.M., Efimenkuo, V.V. (1998). Treatment avia of CLM by neytral'nym gas and sources it of receipt. Materials of scientific and technical conference, 45-48.
  16. Belyanskiy, V.P., Drovnin, S.S. (1999). Application of neutral gas domain, КIIGA, 107-110.
  17. Drovnin, S.S. (2001). Methods of dehydration of fuel products / III International scientifically technical conference “Avia-2001”, 4, 41.37.
  18. Development of construction of catalyst for diminishing muddiness of exhaust-gass of engines (2001). Report on research work. № 951-ДБ00, 34.
  19. Loboyko, A.Ya., Vekshin, V.A., Markov, N.B., Vorozhbiyan, M.I., Shapareva, L.P. (2010). Research of influence technology preparation of catalyst on distributing catalytically of active matter on the surface transmitter. Technology of catalysts and sorbents, 10, 59−62.
  20. Orlyk, S.M., Soloviev, S.O. (2011). Palladium in Gas-Phase Processes of Environmental Catalysis in Palladium: Compounds, Production and Applications, Series: Material Science and Technology (Ed. Kenneth M.Brady), 57-103.
  21. Fino, D., Russo, N., Badini, C. (2001). EuropaCat-V, Limerick, Ireland, Abstracts, Book 3, 7.Р-07.
  22. Rashidzadeh, M., Peyrovi, M.H., Mondegarian, R. (2000). React. Kinet. and Catal. Lett., 69 (1), 115.

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Published

2013-12-11

How to Cite

Трофімов, І. Л. (2013). Improvement of drainaga method of fuel-lubrication materials by a neutral gas. Eastern-European Journal of Enterprise Technologies, 6(10(66), 20–23. https://doi.org/10.15587/1729-4061.2013.18722

Issue

Vol. 6 No. 10(66) (2013): Ecology. Materials science

Section

Ecology

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Copyright (c) 2014 Ігор Леонідович Трофімов

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