The level of industrial development currently requires constant modernization of the pumping equipment produced: improving its design and manufacturing technology, as well as improving energy efficiency and competitiveness in the world market. The article analyzes promising areas for improving fuel pump designs for aircraft and marine vessels
marine vessels, emissions, fuel pumps, marine vessels, aircraft, environmental friendliness
1. Gaytova T.B., Kashin Ya.M. Netradicionnye elektrotehnicheskie kompleksy (teoriya, raschet i konstrukcii). Krasnodar: KVAI, 2004. – 403 s.
2. Pat. RF na izobretenie № 2284426. 20.04.2005 g. Aksial'nyy centrobezhnyy dvigatel'-nasos / B.H. Gaytov, Ya.M. Kashin, M.I. Ryabuhin, T.B. Gaytova.
3. Pat. RF na izobretenie № 2340974. 26.10.2007 g.. Aksial'nyy dvigatel'-nasos / B.H. Gaytov, Ya.M. Kashin, M.I. Ryabuhin, T.B. Gaytova, A.Ya. Kashin.
4. Pat. na poleznuyu model' № 67769. 10.07.2007 g. Aksial'nyy bezvalovyy dvigatel'-nasos / B.H. Gaytov, Ya.M. Kashin, M.I. Ryabuhin, T.B. Gaytova, A.Ya. Kashin.
5. Pat. RF na izobretenie № 2343318. 31.05.2007 g. Aksial'nyy centrobezhnyy dvigatel'-nasos / B.H. Gaytov, Ya.M. Kashin, M.I. Ryabuhin, T.B. Gaytova, A.Ya. Kashin. 6. Gaytov B.H. Upravlyaemye dvigateli-mashiny. M.: Mashinostroenie, 1981. – 183 s.
6. Volkov A.V., Parygin A.G., Vihlyancev A.A. Analiz perspektivnyh napravleniy sovershenstvovaniya nasosnyh agregatov neftehimicheskih i neftepererabatyvayuschih proizvodstv//Himicheskaya tehnika, Market Skipper 2018g., str. 5-9.
7. Volkov A.V., Parygin A.G., Vihlyancev A.A., Druzhinin A.A. K voprosu ob optimizacii protochnoy chasti rabochih koles centrobezhnyh nasosov //Nadezhnost' i bezopasnost' energetiki. 2018. T. 11. № 4. S. 311-318.
