Herald of Technological University Herald of Technological University ВЕСТНИК ТЕХНОЛОГИЧЕСКОГО УНИВЕРСИТЕТА 3034-4689 62713 ПРОБЛЕМЫ НЕФТЕДОБЫЧИ, НЕФТЕХИМИИ, НЕФТЕПЕРЕРАБОТКИ И ПРИМЕНЕНИЯ НЕФТЕПРОДУКТОВ ПРОБЛЕМЫ НЕФТЕДОБЫЧИ, НЕФТЕХИМИИ, НЕФТЕПЕРЕРАБОТКИ И ПРИМЕНЕНИЯ НЕФТЕПРОДУКТОВ OIL NEUTRALIZATION IN THE TURBULENT APPARATUS CONFUSER-DIFFUSER DESIGN OF CRUDE OIL MANUFACTURE Shevlyakov F B Shevlyakov F B Umergalin T G Umergalin T G Zakharov V P Zakharov V P Baulin O A Baulin O A Chuvashov D A Chuvashov D A Zaikov G E Zaikov G E Abzaldinov Kh S Abzaldinov Kh S abzaldinov@mail.ru Ufa State Petroleum Technical University ru Ufa State Petroleum Technical University ru Ufa State Petroleum Technical University ru Ufa State Petroleum Technical University ru Research of Bashkir State University ru Research of Bashkir State University ru Ufa State Petroleum Technical University ru Ufa State Petroleum Technical University ru Bashkir State University ru Bashkir State University ru Kazan National Research Technological University ru Kazan National Research Technological University ru Kazan National Research Technological University ru Kazan National Research Technological University ru 01 08 2025 01 08 2025 17 5 212 215 20 04 2023 https://vestniktu.ru/en/nauka/article/62713/view

В данном исследовании рассмотрены закономерности подготовки сырой нефти, в частности, щелочная нейтрализация. Для нейтрализации сырой нефти на этапе электрического обессоливания предлагается использовать высокопроизводительный компактный трубчатый турбулентный аппарат конструкции конфузор-диффузор.

The regularities of crude oil preparation, particularly its neutralization by an alkali, has been considered in current study. In order to neutralize the crude oil at electric desaltation stage, it is proposed to use the high-performance compact tubular turbulent apparatus of confusor-diffuser design.

 oil neutralization tubular turbulent apparatus of confusor-diffuser design нейтрализация нефти трубчатый турбулентный аппарат конструкции конфузор-диффузор oil neutralization tubular turbulent apparatus of confusor-diffuser design нейтрализация нефти трубчатый турбулентный аппарат конструкции конфузор-диффузор

V.F. Sorochenko, A.P. Shutko, N. Pavlenko, T.P. Bukolova. The effectiveness of corrosion inhibitors in water recycling systems. Chemistry and technology of fuels and oils. 7, 37, (1984). V.F. Sorochenko, A.P. Shutko, N. Pavlenko, T.P. Bukolova. The effectiveness of corrosion inhibitors in water recycling systems. Chemistry and technology of fuels and oils. 7, 37, (1984). G.A.Yushmanov, N. Starostin, V.G. Dyakov: Current status of anti-corrosion protection techniques and material selection for equipment installation training of primary oil refining. CNIITpetrochemestry, Moscow, 1985. G.A.Yushmanov, N. Starostin, V.G. Dyakov: Current status of anti-corrosion protection techniques and material selection for equipment installation training of primary oil refining. CNIITpetrochemestry, Moscow, 1985. N.V. Bergstein, F.M. Khutoryansky, D.N. Levchenko. Improving the process for desalting EDU. Chemistry and technology of fuels and oils. 1, 8, (1983). N.V. Bergstein, F.M. Khutoryansky, D.N. Levchenko. Improving the process for desalting EDU. Chemistry and technology of fuels and oils. 1, 8, (1983). F.M. Khutoryansky, G.D. Zalischevsky, N.A. Voronin, G.M. Urivskii. The use of a static mixer for enhanced mixing desalinated oil with an aqueous solution of alkali. Refining and neftehimiya, 1, 11, (2005). F.M. Khutoryansky, G.D. Zalischevsky, N.A. Voronin, G.M. Urivskii. The use of a static mixer for enhanced mixing desalinated oil with an aqueous solution of alkali. Refining and neftehimiya, 1, 11, (2005). G.D. Zalischevsky, F.M. Khutoryansky, O.M.Warsaw, G.M. Urivskii, N.A. Voronin. Pilot plant evaluation of the static mixer SMV type of firm "Sulzer Hemiteh" with desalting by CDU. Refining and Petrochemicals, 5, 16, (2000). G.D. Zalischevsky, F.M. Khutoryansky, O.M.Warsaw, G.M. Urivskii, N.A. Voronin. Pilot plant evaluation of the static mixer SMV type of firm "Sulzer Hemiteh" with desalting by CDU. Refining and Petrochemicals, 5, 16, (2000). V.P. Zakharov, F.B. Shevlyakov Longitudinal mixing in the flow of fast liquid-phase chemical reactions in the two-phase mixture. Journal of Applied Chemistry, 79 (3), 410, (2006). V.P. Zakharov, F.B. Shevlyakov Longitudinal mixing in the flow of fast liquid-phase chemical reactions in the two-phase mixture. Journal of Applied Chemistry, 79 (3), 410, (2006). V.P. Zakharov, A.G. Mukhametzyanova, R.G. Takhavutdinov, G.S.Dyakonov, K.S. Minsker. Creating homogeneous emulsions tubular turbulent apparatus diffuser confusor structure. Journal of Applied Chemistry, 75 (9), 1462, (2002). V.P. Zakharov, A.G. Mukhametzyanova, R.G. Takhavutdinov, G.S.Dyakonov, K.S. Minsker. Creating homogeneous emulsions tubular turbulent apparatus diffuser confusor structure. Journal of Applied Chemistry, 75 (9), 1462, (2002). K.S.Minsker, V.P. Zakharov, R.G. Takhavutdinov, G.S. Dyakonov, A.A. Berlin. Increase in the coefficient of turbulent diffusion in the reaction zone as a way to improve the technical and economic performance in the production of polymers. Journal of Applied Chemistry, 74 (1), 87, (2001). K.S.Minsker, V.P. Zakharov, R.G. Takhavutdinov, G.S. Dyakonov, A.A. Berlin. Increase in the coefficient of turbulent diffusion in the reaction zone as a way to improve the technical and economic performance in the production of polymers. Journal of Applied Chemistry, 74 (1), 87, (2001).