Russian Federation
The article discusses the features of the operation of ship power plants in areas of special environmental control in the context of the introduction of restrictions by the International Maritime Organization in 2020. Particular attention is paid to such innovative technologies as the use of fuel with a low sulfur content, the introduction of SCR technologies, regulation of the cruising speed of the vessel, the introduction of EGR -technologies application of gas fuel.
sulfur, emissions, ship, power plant, fuel
1. Stolyarova M.N. Koncepciya ekologicheski chistogo sudna // Izobretatel'stvo,- 2018. -T. 18. №11,-S. 41-50.
2. The International Maritime Organization. Sulphur 2020 - cutting sulphur oxide emissions URL: http: IIwww. imo. org / en/MediaCentre/HotT op-ics/Pages/Sulphur-2020.aspx
3. Huang, Liang Dynamic calculation of ship exhaust emissions based on real-time AIS data // Transportation research. 2020. Volume 80.
4. Hasanvand, Saeed Reliable Power Scheduling of an Emission-Free Ship: Multiobjective Deep Reinforcement Learning // IEEE transactions on transportation electrification. 2020. Volume 6: Number 2; pp 832-843.
5. Royal Institution of Naval Architects. Significant Ships URL: https://www.rina.org.uk/Significant_Ships_2019-1.html
6. Shamray F.A. Modernizaciya sudov, perevedennyh na SPG-toplivo // Delovoy zhurnal Neftegaz.RU - 2019 - №8(92).- S. 86-87.
7. Al'ternativnye topliva (materialy kongressa CIMAC-2016)// Dvigatelestroenie,- 2019,- №4 (278).-S. 38-57.
8. Dragovic, Branislav et al. Ship emissions and their externalities in cruise ports // Transportation research. Part D. //Transport and environment.- 2018. Volume 61: Number PB; pp 289-300.
9. Epihin A.I., Bashurov B.P. Opyt i tendencii primeneniya sudovyh mashin na SPG na sudah portovogo flota v RF i v mire // Morskie intellektual'nye tehnologii,- 2019- №4 (46) t.Z.
10. Epihin A.I., Hudyakov S.A. Prakticheskie osobennosti modernizacii toplivnyh sistem i dvigateley sudov portovogo flota dlya ispol'zovaniya SPG v kachestve topliva // Ekspluataciya morskogo transporta - 2019- №2 (91).
11. Studenikin D.E., Bovan S.D., Hekert E.V., Modina M.A. Ispol'zovanie neyronnyh setey dlya organizacii vizual'nogo nablyudeniya// Morskie intellektual'nye tehnologii-2019,-№4-3 (46).-S. 91-95.
12. Antonov A.A., Studenikin D.E., Khekert E.V., Bidenko S.I. Clustering of environment in the decision support system for the preliminary plotting //Morskie intellektual'nye tehnologii- 2018,-№ 4-2 (42).-S. 145-149.
13. Pechnikov A.N., Hekert E.V. Ergonomicheskiy podhod k ocenivaniyu deyatel'nosti sudovyh specialistov: sut' problemy i podhod k ee resheniyu// Morskie intellektual'nye tehnologii,-2018,-№ 2,-S. 26.
14. Studenikin D.E., Khekert E.V., Modina M.A. Estimation of vessel"s movement with the aid of fuzzy logic based hierarchy systems (in englishy/Morskie intellektual'nye tehnologii- 2018,- № 1-1 (39).- S. 205-208.
