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2021 | OriginalPaper | Chapter

2. Modern State of Using Alternative Fuels in Marine Engineering

Authors : Xinglin Yang, Zongming Yang, Huabing Wen, Viktor Gorbov, Vira Mitienkova, Serhiy Serbin

Published in: Alternative Fuels in Ship Power Plants

Publisher: Springer Singapore

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Abstract

Increase in the SPP fuel systems efficiency depends on many factors.

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Literature
1.
go back to reference N. V. Golubev, Proektirovanie energeticheskih ustanovok morskih sudov [Designing of power plants for marine vessels]. Leningrad: Sudostroenie Publ., 1980, 312 p. N. V. Golubev, Proektirovanie energeticheskih ustanovok morskih sudov [Designing of power plants for marine vessels]. Leningrad: Sudostroenie Publ., 1980, 312 p.
2.
go back to reference G. A. Artemov, V. P. Voloshin, A. Ya. Shkvar, V. P. Shostak, Sistemyi sudovyih energeticheskih ustanovok [Ship power plant systems]. Leningrad: Sudostroenie Publ., 1990, 376 p. G. A. Artemov, V. P. Voloshin, A. Ya. Shkvar, V. P. Shostak, Sistemyi sudovyih energeticheskih ustanovok [Ship power plant systems]. Leningrad: Sudostroenie Publ., 1990, 376 p.
3.
go back to reference G. Benvenuto, M. Figari, C. M. Rizzo, “Effects of fuel quality on two strokes slow speed engines”, in Maritime transportation and exploitation of ocean and coastal resources: 11th International Congress of the International Maritime Association of the Mediterranean, Lisbon, 2006, pp. 627–634. G. Benvenuto, M. Figari, C. M. Rizzo, “Effects of fuel quality on two strokes slow speed engines”, in Maritime transportation and exploitation of ocean and coastal resources: 11th International Congress of the International Maritime Association of the Mediterranean, Lisbon, 2006, pp. 627–634.
4.
go back to reference B. M. Gorboв, Enerhetychni palyva [Power-generating fuel]. Mykolayiv: UDMTU Publ., 2003, 328 p. B. M. Gorboв, Enerhetychni palyva [Power-generating fuel]. Mykolayiv: UDMTU Publ., 2003, 328 p.
5.
go back to reference V. V. Voznitskiy, Praktika ispolzovaniya morskih topliv na sudah [Practice of marine fuels using on ships]. Sankt-Peterburg: Biblioteka sudovogo mehanika Publ., 2006, 124 p. V. V. Voznitskiy, Praktika ispolzovaniya morskih topliv na sudah [Practice of marine fuels using on ships]. Sankt-Peterburg: Biblioteka sudovogo mehanika Publ., 2006, 124 p.
6.
go back to reference B. N. Kuznetsov, “Motornyie topliva iz alternativnogo nefti syirya [Motor fuels from materials alternative to fossil oil]”, Sorosovskiy obrazovatelnyiy zhurnal, vol. 6, pp. 51–56, # 4, 2000. B. N. Kuznetsov, “Motornyie topliva iz alternativnogo nefti syirya [Motor fuels from materials alternative to fossil oil]”, Sorosovskiy obrazovatelnyiy zhurnal, vol. 6, pp. 51–56, # 4, 2000.
8.
go back to reference Ya. B. Chertkov, Perspektivnyie avtomobilnyie topliva [Perspective automobile fuels]. Moskva: Transport Publ., 1982, 319 p. Ya. B. Chertkov, Perspektivnyie avtomobilnyie topliva [Perspective automobile fuels]. Moskva: Transport Publ., 1982, 319 p.
9.
go back to reference Ya. B. Chertkov, Motornyie topliva [Motor fuels]. Novosibirsk: Nauka Publ., 1987, 207 p. Ya. B. Chertkov, Motornyie topliva [Motor fuels]. Novosibirsk: Nauka Publ., 1987, 207 p.
10.
go back to reference B. P. Pundir, Engine emissions: pollutant formation and advances in control technology. Oxford: Alpha Science International Ltd, 2007, 301 p. B. P. Pundir, Engine emissions: pollutant formation and advances in control technology. Oxford: Alpha Science International Ltd, 2007, 301 p.
11.
go back to reference A. M. Danilov, Primenenie prisadok v toplivah dlya avtomobiley [Usage of fuel additives for vehicles]. Moskva.: Himiya Publ., 2000, 232 p. A. M. Danilov, Primenenie prisadok v toplivah dlya avtomobiley [Usage of fuel additives for vehicles]. Moskva.: Himiya Publ., 2000, 232 p.
12.
go back to reference “Volvo Multi Fuel”, Brennstoffspiegel und Mineralölrdsch, p. 6, #8, 2006. “Volvo Multi Fuel”, Brennstoffspiegel und Mineralölrdsch, p. 6, #8, 2006.
13.
go back to reference S. Hauri, “Vorteil für Wankelmotor”, Automobile Revue, p. 11, #35, 2006. S. Hauri, “Vorteil für Wankelmotor”, Automobile Revue, p. 11, #35, 2006.
16.
go back to reference A. M. Osipov, A. F. Popov, S. V. Grischuk and others, “Proizvodstvo sinteticheskogo topliva sovmestnoy pererabotkoy iskopaemyih ugley i othodov plastmass (obzor) [Alternative fuels manufacturing by utilizing co-processing of fossil coals and plastics scrap (review)]”, Ekotehnologii i resursosberezhenie, pp. 26–34, #4, 2004. A. M. Osipov, A. F. Popov, S. V. Grischuk and others, “Proizvodstvo sinteticheskogo topliva sovmestnoy pererabotkoy iskopaemyih ugley i othodov plastmass (obzor) [Alternative fuels manufacturing by utilizing co-processing of fossil coals and plastics scrap (review)]”, Ekotehnologii i resursosberezhenie, pp. 26–34, #4, 2004.
17.
go back to reference B. N. Kuznetsov, “Novyie podhodyi v himicheskoy pererabotke iskopaemyih ugley [New approaches in chemical treatment of fossil coals]”, Sorosovskiy obrazovatelnyiy zhurnal, pp. 50–57, #6, 1996. B. N. Kuznetsov, “Novyie podhodyi v himicheskoy pererabotke iskopaemyih ugley [New approaches in chemical treatment of fossil coals]”, Sorosovskiy obrazovatelnyiy zhurnal, pp. 50–57, #6, 1996.
18.
go back to reference “Coal to liquids: the time is right”, Electric perspectives, vol. 32, pp. 74–75, #1, 2007. “Coal to liquids: the time is right”, Electric perspectives, vol. 32, pp. 74–75, #1, 2007.
19.
go back to reference T. A. Zheleznaya, G. G. Geletuha, “Sovremennyie tehnologii polucheniya zhidkogo topliva iz biomassyi byistryim pirolizom [Modern technologies of manufacturing of liquid fuel from biomass made by fast pyrolysis]”, Promyishlennaya teplotehnika, pp. 91–100, #4, 2005. T. A. Zheleznaya, G. G. Geletuha, “Sovremennyie tehnologii polucheniya zhidkogo topliva iz biomassyi byistryim pirolizom [Modern technologies of manufacturing of liquid fuel from biomass made by fast pyrolysis]”, Promyishlennaya teplotehnika, pp. 91–100, #4, 2005.
20.
go back to reference S. S. Rizhkov, M.V. Rudyuk, “InnovatsIynI tehnologiyi utilizatsiyi organichnih vidhodiv z otrimannyam alternativnogo paliva na osnovi bagatokonturnogo tsirkulyatsiynogo pirolizu [Innovation technologies of organic waste recycling with alternative fuel manufacturing based on multistage circular pyrolysis]”, Zbirnik naukovih prats NUK, pp. 133–142, #2, 2010. S. S. Rizhkov, M.V. Rudyuk, “InnovatsIynI tehnologiyi utilizatsiyi organichnih vidhodiv z otrimannyam alternativnogo paliva na osnovi bagatokonturnogo tsirkulyatsiynogo pirolizu [Innovation technologies of organic waste recycling with alternative fuel manufacturing based on multistage circular pyrolysis]”, Zbirnik naukovih prats NUK, pp. 133–142, #2, 2010.
21.
go back to reference A. Sestan, Z. Parat, “Development possibilities of modern coal-fired marine propulsion plant”, in Maritime transportation and exploitation of ocean and coastal resources: 11th International Congress of the International Maritime Association of the Mediterranean, Lisbon, 2006, pp. 699–704. A. Sestan, Z. Parat, “Development possibilities of modern coal-fired marine propulsion plant”, in Maritime transportation and exploitation of ocean and coastal resources: 11th International Congress of the International Maritime Association of the Mediterranean, Lisbon, 2006, pp. 699–704.
22.
go back to reference V. M. Gorbov, Entsyklopediya sudnovoyi enerhetyky [Encyclopedia of marine engineering]. Mykolayiv: NUK Publ., 2010, 624 p. V. M. Gorbov, Entsyklopediya sudnovoyi enerhetyky [Encyclopedia of marine engineering]. Mykolayiv: NUK Publ., 2010, 624 p.
23.
go back to reference M. D. Mamedova, Rabota dizelya na szhizhennom gaze [Operation of diesel engine on liquefied gas]. Moskva: Mashinostroenie Publ., 1980, 149 p. M. D. Mamedova, Rabota dizelya na szhizhennom gaze [Operation of diesel engine on liquefied gas]. Moskva: Mashinostroenie Publ., 1980, 149 p.
24.
go back to reference “New study solves environmental concerns”, Ship and Boat International, pp. 11, March/Apr, 2007. “New study solves environmental concerns”, Ship and Boat International, pp. 11, March/Apr, 2007.
25.
go back to reference “Water taxis to run on hydrogen gas”, Ship and Boat International, pp. 50, May/June, 2007. “Water taxis to run on hydrogen gas”, Ship and Boat International, pp. 50, May/June, 2007.
26.
go back to reference N. Hallale, I. Moore, D. Vauk, “Hydrogen: liability or asset?”, CEP, pp. 66–75, #9, 2002. N. Hallale, I. Moore, D. Vauk, “Hydrogen: liability or asset?”, CEP, pp. 66–75, #9, 2002.
27.
go back to reference “Fuel cells take small steps toward reality”, The Naval Architect, pp. 25–26, #3, 2007. “Fuel cells take small steps toward reality”, The Naval Architect, pp. 25–26, #3, 2007.
28.
go back to reference V. M. Gorbov, Akusticheskaya obrabotka topliva dlya sudovogo energeticheskogo oborudovaniya [Acoustic treatment of fuel for ship power equipment], Nikolayiv: NKI Publ., 1989, 51 p. V. M. Gorbov, Akusticheskaya obrabotka topliva dlya sudovogo energeticheskogo oborudovaniya [Acoustic treatment of fuel for ship power equipment], Nikolayiv: NKI Publ., 1989, 51 p.
29.
go back to reference V. M. Gorbov, Primenenie vodotoplivnyih emulsiy v sudovoy energetike [Water fuel emulsion usage in marine engineering]. Nikolayiv: NKI Publ., 1991, 54 p. V. M. Gorbov, Primenenie vodotoplivnyih emulsiy v sudovoy energetike [Water fuel emulsion usage in marine engineering]. Nikolayiv: NKI Publ., 1991, 54 p.
30.
go back to reference S. P. Zubrilov, V. M. Seliverstov, M. I. Braslavskiy, Ultrazvukovaya kavitatsionnaya obrabotka topliv na sudah [Ultrasonic cavitation fuel treatment on ships]. Leningrad: Sudostroenie Publ., 1998, 80 p. S. P. Zubrilov, V. M. Seliverstov, M. I. Braslavskiy, Ultrazvukovaya kavitatsionnaya obrabotka topliv na sudah [Ultrasonic cavitation fuel treatment on ships]. Leningrad: Sudostroenie Publ., 1998, 80 p.
31.
go back to reference O. N. Lebedev, V. A. Somov, V. D. Sisin, Vodotoplivnyie emulsii v sudovyih dizelyah [Water fuel emulsion in diesel engines]. Leningrad: Sudostroenie Publ., 1988, 108 p. O. N. Lebedev, V. A. Somov, V. D. Sisin, Vodotoplivnyie emulsii v sudovyih dizelyah [Water fuel emulsion in diesel engines]. Leningrad: Sudostroenie Publ., 1988, 108 p.
32.
go back to reference “Cleaner four strokes”, Propulsion, pp. 42–44, 2007. “Cleaner four strokes”, Propulsion, pp. 42–44, 2007.
33.
go back to reference V. A. Zagoruchenko, A. M. Zhuravlev, Teplofizicheskie svoystva gazoobraznogo i zhidkogo metana [Thermophysical properties of gas and liquid metan]. Moskva: Izdatelstvo standartov Publ., 1969, 236 p. V. A. Zagoruchenko, A. M. Zhuravlev, Teplofizicheskie svoystva gazoobraznogo i zhidkogo metana [Thermophysical properties of gas and liquid metan]. Moskva: Izdatelstvo standartov Publ., 1969, 236 p.
34.
go back to reference “Bergen hits target”, Marine Power and Propulsion (a one–year subscription to The Naval Architect), p. 30, 2007. “Bergen hits target”, Marine Power and Propulsion (a one–year subscription to The Naval Architect), p. 30, 2007.
35.
go back to reference “Ro-Ro for the future”, Propulsion, pp. 10–12, 2008. “Ro-Ro for the future”, Propulsion, pp. 10–12, 2008.
36.
go back to reference O. Ashpina. “Raps—kultura strategicheskaya [The rape is a strategic cropper]”, The Chemical Journal, pp. 40–44, #9, 2005. O. Ashpina. “Raps—kultura strategicheskaya [The rape is a strategic cropper]”, The Chemical Journal, pp. 40–44, #9, 2005.
37.
go back to reference S. N. Devyanin, V. A. Markov, V. G. Semenov, Rastitelnyie masla i topliva na ih osnove dlya dizelnyih dvigateley [Seed oils and fuels based on it for diesel engines]. Harkiv: Novoe slovo Publ., 2007, 452 p. S. N. Devyanin, V. A. Markov, V. G. Semenov, Rastitelnyie masla i topliva na ih osnove dlya dizelnyih dvigateley [Seed oils and fuels based on it for diesel engines]. Harkiv: Novoe slovo Publ., 2007, 452 p.
38.
go back to reference V. Smaylis, V. Senchila, K. Bereyshene, “Motornyie ispyitaniya RME na vyisokooborotnom dizele vozdushnogo ohlazhdeniya [Engine tests of RME for highspeed engine with air cooling]”, Dvigatelestroenie, pp. 45–49, #4, 2005. V. Smaylis, V. Senchila, K. Bereyshene, “Motornyie ispyitaniya RME na vyisokooborotnom dizele vozdushnogo ohlazhdeniya [Engine tests of RME for highspeed engine with air cooling]”, Dvigatelestroenie, pp. 45–49, #4, 2005.
44.
go back to reference S. Lebedevas, A. Vaicekauskas, “Research into the application of biodiesel in the transport sector of Lithuania”, TRANSPORT, vol. XXI, pp. 80–87, #2, 2006. S. Lebedevas, A. Vaicekauskas, “Research into the application of biodiesel in the transport sector of Lithuania”, TRANSPORT, vol. XXI, pp. 80–87, #2, 2006.
45.
go back to reference M. M. Conseicao, R. A. Candeia, H. J. Dantas and others, “Rheological behavior of castor oil biodiesel”, Energy & Fuels, pp. 2185–2188, #19, 2005. M. M. Conseicao, R. A. Candeia, H. J. Dantas and others, “Rheological behavior of castor oil biodiesel”, Energy & Fuels, pp. 2185–2188, #19, 2005.
46.
go back to reference “Coping with biodiesel—the new challenge”, MER, pp. 18–20, Sept. 2007. “Coping with biodiesel—the new challenge”, MER, pp. 18–20, Sept. 2007.
48.
go back to reference Y. X. Li, N. B McLaughlin., B. S. Patterson, S. D. Burtt, “Fuel efficiency and exhaust emissions for biodiesel blends in an agricultural tractor”, Canadian biosystems engineering, vol. 48, pp. 15–22, 2006. Y. X. Li, N. B McLaughlin., B. S. Patterson, S. D. Burtt, “Fuel efficiency and exhaust emissions for biodiesel blends in an agricultural tractor”, Canadian biosystems engineering, vol. 48, pp. 15–22, 2006.
53.
go back to reference T. A. Zhelyezna, “Stan rozvytku ta perspektyvy vyrobnytstva i zastosuvannya ridkykh palyv z biomasy. Ch. 2 [State-of-the-art and manufacturing and usage perspectives for liquid fuels made from biomass. Part 2]’, Эkotekhnolohyy y resursosberezhenye, pp. 3–8, #2, 2004. T. A. Zhelyezna, “Stan rozvytku ta perspektyvy vyrobnytstva i zastosuvannya ridkykh palyv z biomasy. Ch. 2 [State-of-the-art and manufacturing and usage perspectives for liquid fuels made from biomass. Part 2]’, Эkotekhnolohyy y resursosberezhenye, pp. 3–8, #2, 2004.
54.
go back to reference “A cheaper way to lay the foundations”, Offshore Marine Technology, pp. 12–16, 4th Quarter, 2011. “A cheaper way to lay the foundations”, Offshore Marine Technology, pp. 12–16, 4th Quarter, 2011.
55.
go back to reference “A little ray of sunshine”, The Naval Architect, pp. 35, Jan. 2009. “A little ray of sunshine”, The Naval Architect, pp. 35, Jan. 2009.
56.
go back to reference “Green cruises ride winds of change”, The Naval Architect, pp. 12, Oct. 2009. “Green cruises ride winds of change”, The Naval Architect, pp. 12, Oct. 2009.
57.
go back to reference M. Berisa, “New cruise ship concept from Wartsila (Part 1)”, Twentyfour7, pp. 51–54, #2, 2007. M. Berisa, “New cruise ship concept from Wartsila (Part 1)”, Twentyfour7, pp. 51–54, #2, 2007.
58.
go back to reference “Fuel cell boat moves towards reality”, The Naval Architect, pp. 26, May 2009. “Fuel cell boat moves towards reality”, The Naval Architect, pp. 26, May 2009.
59.
go back to reference “Fuel cell ship in the real world”, The Naval Architect, pp. 56–57, Nov. 2008. “Fuel cell ship in the real world”, The Naval Architect, pp. 56–57, Nov. 2008.
61.
go back to reference “Viking Lady tests fuel cell power”, Marine Power & Propulsion (a one-year subscription to The Naval Architect), pp. 30, 2009. “Viking Lady tests fuel cell power”, Marine Power & Propulsion (a one-year subscription to The Naval Architect), pp. 30, 2009.
62.
go back to reference “A biological CAT”, MER, p. 24, Sept. 2007. “A biological CAT”, MER, p. 24, Sept. 2007.
64.
go back to reference P. Einang, “A gas evolution”, Propulsion, pp. 50–56, 2007. P. Einang, “A gas evolution”, Propulsion, pp. 50–56, 2007.
66.
go back to reference V. M. Gorbov, V. S. Mitenkova, “Osobennosti toplivnyih sistem SEU na prirodnom gaze [Characteristic properties of ship power plants fuels systems using liquefied natural gas]”, Aviatsionno-kosmicheskaya tehnika i tehnologiya, pp. 20–24, #7, 2008. V. M. Gorbov, V. S. Mitenkova, “Osobennosti toplivnyih sistem SEU na prirodnom gaze [Characteristic properties of ship power plants fuels systems using liquefied natural gas]”, Aviatsionno-kosmicheskaya tehnika i tehnologiya, pp. 20–24, #7, 2008.
67.
go back to reference M. Berisa, “New cruise ship concept from Wartsila (Part 2)”, Twentyfour7, pp. 51–54, #3, 2007. M. Berisa, “New cruise ship concept from Wartsila (Part 2)”, Twentyfour7, pp. 51–54, #3, 2007.
68.
go back to reference “Clean Cruising Concept”, Diesel & Gas Turbine Worldwide, pp. 59–61, Apr. 2008. “Clean Cruising Concept”, Diesel & Gas Turbine Worldwide, pp. 59–61, Apr. 2008.
70.
go back to reference “Gas breakthrough in merchant sector”, Rolls–Royce merchant supplement (a one-year subscription to The Naval Architect), pp. 3, 2008. “Gas breakthrough in merchant sector”, Rolls–Royce merchant supplement (a one-year subscription to The Naval Architect), pp. 3, 2008.
71.
go back to reference “Hybrid coast guard vessel can also burn LNG”, Warship technology, pp. 18–21, Oct. 2009. “Hybrid coast guard vessel can also burn LNG”, Warship technology, pp. 18–21, Oct. 2009.
72.
go back to reference O. Levander, “Cruising on gas into a cleaner future”, Wärtsilä technical journal, pp. 26–31, #1, 2007. O. Levander, “Cruising on gas into a cleaner future”, Wärtsilä technical journal, pp. 26–31, #1, 2007.
73.
go back to reference “LNG–fuelled cargo ship design contract”, MER, pp. 37, Nov. 2008. “LNG–fuelled cargo ship design contract”, MER, pp. 37, Nov. 2008.
74.
go back to reference “LNG–fuelled vessels increase in popularity”, Ship and Boat International, p. 22, May/June 2007. “LNG–fuelled vessels increase in popularity”, Ship and Boat International, p. 22, May/June 2007.
75.
go back to reference “New gas ferry for Norway”, The Naval Architect, pp. 58, Apr. 2009. “New gas ferry for Norway”, The Naval Architect, pp. 58, Apr. 2009.
77.
go back to reference J. Paananen, LNG fuelled ships and auxiliaries. Rostock: Wärtsilä ship power Publ., 2007, 44 p. J. Paananen, LNG fuelled ships and auxiliaries. Rostock: Wärtsilä ship power Publ., 2007, 44 p.
78.
go back to reference J. Pagni, “New, greener LNG tug concept”, Twentyfour7, pp. 64–65, #3, 2008. J. Pagni, “New, greener LNG tug concept”, Twentyfour7, pp. 64–65, #3, 2008.
79.
go back to reference “Shortsea ships use gas to go green”, The Naval Architect, pp.63, Jan. 2009. “Shortsea ships use gas to go green”, The Naval Architect, pp.63, Jan. 2009.
81.
go back to reference D. Tinsley “Clean, green and lean”, Shipping World & Shipbuilder, pp. 20–27, Nov. 2008. D. Tinsley “Clean, green and lean”, Shipping World & Shipbuilder, pp. 20–27, Nov. 2008.
82.
go back to reference D. Tinsley “The gateway to an emergent power”, Shipping World & Shipbuilder, pp. 21–24, Oct. 2008. D. Tinsley “The gateway to an emergent power”, Shipping World & Shipbuilder, pp. 21–24, Oct. 2008.
83.
go back to reference “The answer to marine emissions”, Propulsion, pp. 10–12, 2010. “The answer to marine emissions”, Propulsion, pp. 10–12, 2010.
85.
go back to reference “Wartsila 50DF—performance optimized for dual–fuel operation”, Energy news, pp. 10–13, #9, 1999. “Wartsila 50DF—performance optimized for dual–fuel operation”, Energy news, pp. 10–13, #9, 1999.
86.
go back to reference “A very green Emerlad”, The Naval Architect, pp. 8–10, July/Aug. 2007. “A very green Emerlad”, The Naval Architect, pp. 8–10, July/Aug. 2007.
87.
go back to reference “Dual fuel engines make mark on LNG”, The Naval Architect, pp. 15, March 2007. “Dual fuel engines make mark on LNG”, The Naval Architect, pp. 15, March 2007.
88.
go back to reference “Groundbreaking 51/60DF announcement”, DIESELFACTS, pp. 1, #2, 2007. “Groundbreaking 51/60DF announcement”, DIESELFACTS, pp. 1, #2, 2007.
89.
go back to reference “International cooperation on ship design. MAN engines breakthrough”, The Naval Architect, pp. 15, June 2007. “International cooperation on ship design. MAN engines breakthrough”, The Naval Architect, pp. 15, June 2007.
90.
go back to reference “LNG power, your flexible friend”, The Naval Architect, pp. 54–57, Feb. 2010. “LNG power, your flexible friend”, The Naval Architect, pp. 54–57, Feb. 2010.
91.
go back to reference “MAN breaks through with dual fuel option”, The Naval Architect, pp. 47, #3, 2008. “MAN breaks through with dual fuel option”, The Naval Architect, pp. 47, #3, 2008.
92.
go back to reference “Wartsila doubles its four–stroke”, The Naval Architect, pp. 77, Feb. 2008. “Wartsila doubles its four–stroke”, The Naval Architect, pp. 77, Feb. 2008.
93.
go back to reference I. P. Vasilev, “Rezultatyi ispyitaniy v dizelnom dvigatele smesey topliv rastitelnogo proishozhdeniya [Results of diesel engine tests operating on biofuel blends]”, Ekotehnologii i resursosberezhenie, pp. 3–9, #2, 2007. I. P. Vasilev, “Rezultatyi ispyitaniy v dizelnom dvigatele smesey topliv rastitelnogo proishozhdeniya [Results of diesel engine tests operating on biofuel blends]”, Ekotehnologii i resursosberezhenie, pp. 3–9, #2, 2007.
94.
go back to reference D. Bibic, A. Hribernik, I. Filipovic, B. Kegl, “Influence of alternative fuels on combustion indicators with diesel engines”, Goriva i maziva, vol. 46, pp. 205–222, #3, 2007. D. Bibic, A. Hribernik, I. Filipovic, B. Kegl, “Influence of alternative fuels on combustion indicators with diesel engines”, Goriva i maziva, vol. 46, pp. 205–222, #3, 2007.
96.
go back to reference G. Najafi, B. Ghobadian, T. Yusaf, H. Rahimi, “Combustion analysis of a CI engine performance using waste cooking biodiesel fuel with an artificial neural network aid”, American Journal of Applied Sciences, pp. 756–764, #4 (10), 2007. G. Najafi, B. Ghobadian, T. Yusaf, H. Rahimi, “Combustion analysis of a CI engine performance using waste cooking biodiesel fuel with an artificial neural network aid”, American Journal of Applied Sciences, pp. 756–764, #4 (10), 2007.
Metadata
Title
Modern State of Using Alternative Fuels in Marine Engineering
Authors
Xinglin Yang
Zongming Yang
Huabing Wen
Viktor Gorbov
Vira Mitienkova
Serhiy Serbin
Copyright Year
2021
Publisher
Springer Singapore
DOI
https://doi.org/10.1007/978-981-33-4850-9_2