IMPROVING THE DIESEL FUEL QUALITY FOR TRACTIONAL ROLLING STOCK DIESEL ENGINES
DOI:
https://doi.org/10.18664/1994-7852.194.2020.230407Анотація
At the present stage of development of technology and engine building, the use of
engines as transport power plants, improving their reliability, efficiency, and reducing the toxicity
of diesel fuel combustion products are a cutting issue. In railway transport, traction rolling stock is
generally well worn and requires funds to renew it. Thus, there are two ways to improve the
technical and economic indicators of locomotives: modernization and application of technical
diagnostics, and application of chemmotological methods. The first way is associated with big
capital investments and additional time costs. Along with the urgent need for its development and
application, the second way pays off much faster in the presence of efficient and affordable
treatment methods and chemical additives to diesel oil products.
Посилання
Aulin D., Zinkivskyi A., Anatskyi O., Kovalenko D. (2018) Measures for Resource
Saving for Diesel Locomotives. International Journal of Engineering & Technology, 7, 152-156.
Tartakovskyi E. D., Aulin D. O., Artemenko O. V. (2013) Raboty kafedry ERPS UkrHAZT
po vnedrenyiu resursosberehaiushchykh tekhnolohyi v lokomotyvnom khoziaistve. Visnyk
Skhidnoukrainskoho natsionalnoho universytetu im. Volodymyra Dalia, 4, 243–246.
Danylov A.M. (2005) Prymenenye prysadok k toplyvu. Moskva, Myr 288 s.
Mytusova T.N. (2009) Sovremennoe sostoianye proyzvodstva dyzelnykh toplyv. Nauchnotekhnycheskyi zhurnal. Myr nefteproduktov. Vestnyk neftianykh kompanyi, 9, 6-16.
Mytusova T. N., Polyna E. V., Kalynyna M. V. (2002) Sovremennye dyzelnye toplyva y
prysadky k nym. Moskva, Tekhnyka, 64 s.
Tina Kegl, Anita Kovač Kralj, Breda Kegl, Marko Kegl. (2020) Nanomaterials as fuel
additives in diesel engines: A review of current state, opportunities, and challenges. Combustion
Science, 83, doi.org/10.1016/j.pecs.2020.100897
Xinda Zhu, Öivind Andersson. (2020) Performance of new and aged injectors with and
without fuel additives in a light duty diesel engine. Transportation Engineering, 1,
doi.org/10.1016/j.treng.2020.100007
Gabriel Popa, Marius Alin Gheți. (2020) Locomotive Diesel Engine Operation with
Optimal Specific Fuel Consumption. Procedia Manufacturing, 46, 440–444. URL: doi.org/10.1016/
j.promfg.2020.03.064
Levytyn R. E. (2007) Yzmenenye kachestva nefteproduktov v protsesse dostavky ykh
potrebyteliu. Neftehazovoe delo. URL: http://www.ogbus.ru,
Ventsel Ye. S., Zhalkin S. H., Kravets A. M., Sadiiev S. A. (2002) Pidvyshchennia
protyznoshuvalnykh vlastyvostei dyzelnoho palyva hidrodynamichnym dysperhiruvanniam. Zb.
nauk. prats. UkrDAZT, Kharkiv, 50, 88-94.
Obrabotka dyzelnoho toplyva kavytatsyonnym vozdeistvyem. URL:
http://www.kavitus.com/ru/?q=tech/obrabotka-dyzelnoho-toplyva-kavytatsyonnym-vozdeistvyem.
Tartakovskyi E. D., Aulyn D. O., Androsov D. S. (2011) Vyznachennia efektyvnosti
khimmotolohichnykh zakhodiv pidvyshchennia efektyvnosti teplovoziv v ekspluatatsii. Sbornyk
nauchnykh trudov "Vestnyk NTU "KhPY": Novi rishennia v suchasnykh tekhnolohiiakh, 34, 67–71.
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