PECULIARITIES OF THE DEVELOPMENT AND IMPLEMENTATION OF AVIATION BIOFUELS IN UKRAINE
DOI:
https://doi.org/10.18372/2310-5461.22.6834Keywords:
alternative energy, jet fuels, civil aviation, biofuels, concept, flight safety, environment, plant oilAbstract
The modern environmental problems caused by the activity of aviation industry are figured out in the article. The main tendencies for transition to alternative jet fuels all over the world are described. Attention is paid to the policies of developed countries intended to the implementation of biofuels in aviation, and introduction of new standards for alternative jet fuels quality. Contemporary state of jet fuels production and use in Ukraine is discussed. Ukrainian experience in development of national policy for introduction of alternative jet fuels into civil aviation is described. The current problems, which are the barriers nowadays for jet biofuels implementation in Ukraine are presented in details. At the same time benefits that will be achieved in a result of biofuels application are emphasized.
References
Cathay Pacific. En route to sustainability. Sustainable development report 2011. [Online], 2012. [cited 27 January 2013]. Available from internet: <http://downloads.cathaypacific.com>.
Boichenko S., Yakovleva A. 2012. Prospects of biofuels introduction into aviation, in Proceedings of the 15-th conference for Lithuania Junior researchers. Science – future of Lithuania. Transport engineering and management. Р. — 90–94.
Yakovleva A. V., Boichenko S. V. 2012. Prichinno-sledstvennaya svyaz’ proizvodstva aviatsionnih topliv i sovremennogo sostoyaniya okruzhajushchei sredi (Causeeffect interconnection between production of jet fuels and modern state of environment) in Monografia №3 “Systems and means of motor transport” Seria: Transport. Rzheshov. — Р. 239–246.
Boichenko S. V., Ivanov C. V.; Burlaka V. G. 2005. Motornie topliva i masla ldya sovremennoi techniki. Kiev (Motor fuels and lubricants for modern technique). — 216 p.
Yanovskii L. S., Fedorov E. P., Varlamova N. I., Bodorako P. V., Popov I. M. 2009. Alternativnie reaktivnie topliva: problemi i perspective (Alternative jet fuels: problems and perspectives) in Proceedings of the National Aviation University No. 1. — P. 108–112.
Sagar P. Kadu, R. H., Sarda. 2011. Use of vegetable oils by transesterification method as c.i. engines fuels: a technical review in Journal of Engineering Research and Studies. Vol. II. Issue III. — Р. 19–26.
Goloskokov A. N. 2011. Kriterii sravneniya effectivnosti traditsionnih I alternativnih energoresursov (Criteria Of Effectiveness Of Traditional And Alternative Sources Of Energy) in electronic journal Neftegazovoe delo (Oil & gas business). No.1. — Р. 285–299. Available from internet: < http://www.ogbus.ru> (in Rus.).
Hileman, J. I.; Wong, H. M.; Waitz, I .R. 2009. Near-Term Feasibility of Alternative Jet Fuels. Santa Monica, California: RAND Corporation. — 120 p.
Nagornov S. A., Dvoreckyi D. S., Romancova S. V., Tarov V. P. Tekhnika i Tekhnologii Proizvodstva i Pererabotke Rastitelnih Masel, Tambov, 2010, 96, (in Rus.).
David L. Daggett, Robert C. Hendricks, Rainer Walther, Edwin Corporan. — 2007. Alternate Fuels for use in Commercial Aircraft. The Boeing Company 8 p.
Pramanik K. Properties and use of jatropha curcas oil and diesel fuel blends in compression ignition engine in Renewable Energy, 2003. — Vol. 28. Iss.2. — Р. 239–248.
