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Лаборатория Полимерных мембран Ведущая лаборатория в области разработки полимерных мембран |
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Ivan A. PodtynnikovDate of birth: 1994 ORCID: 0000-0002-6645-2531 Scopus Author ID: 57204196520 Scholar Google: Ivan Podtynnikov Education 2011-2017 - M.S. degree (Chemical Technology); Chemical Engineering of Carbon Materials chair, Department of Oil and Gas Chemistry and Polymer Materials, D. Mendeleev University of Chemical Technology of Russia 2017-present - Ph.D.-student (Department of Functional Inorganic Materials, Division of Solid State Ionics, IPCP RAS; supervisors: Doctor of Science E.V.Zolotukhina, Ph.D. I.L.Borisov) Professional Career 2011-2017 - Student, Chemical Engineering of Carbon Materials chair, Department of Oil and Gas Chemistry and Polymer Materials, D. Mendeleev University of Chemical Technology of Russia 2017 - present - Junior researcher (Polymeric Membranes Laboratory, TIPS RAS) Fields of Interest Membrane technology, Polymeric membranes, Vacuum pervaporation, Thermopervaporation, Wastewater treatment Publications G.S.Golubev, I.A.Podtynnikov, A.V.Balynin, I.L.Borisov. Triethylene Glycol Dehydration by Thermopervaporation. Key Engineering Materials, 869 (2020) 182-189 I.A.Podtynnikov, A.V.Balynin, A.A.Yushkin, P.M.Budd, A.V.Volkov, I.L.Borisov. Pervaporation Separation of Toluene/TEG Mixture with PIM-1 Membrane. Key Engineering Materials, 869 (2020) 408-412 E.Grushevenko, I.A.Podtynnikov, O.Sharova, T.Anokhina, I.L.Borisov. Influence of Casting Method on Pervaporational Performances of Polyheptylmethylsiloxane Membranes. Key Engineering Materials, 869 (2020) 51-55 A.A.Yushkin, G.S.Golubev, I.A.Podtynnikov, I.L.Borisov, V.V.Volkov, A.V.Volkov. Separation of Mixtures of Polar and Nonpolar Organic Liquids by Pervaporation and Nanofiltration (Review). Petroleum Chemistry, 60 №11 (2020) 1317-1327 A.A.Yushkin, G.S.Golubev, I.A.Podtynnikov, I.L.Borisov, V.V.Volkov, A.V.Volkov. Separation of Mixtures of Polar and Nonpolar Organic Liquids by Pervaporation and Nanofiltration (Review). Petroleum Chemistry, 60 №6 (2020) 863-874 (in Russian) I.Borisov, I.Podtynnikov, E.Grushevenko, O.Scharova, T.Anokhina, S.Makaev, A.Volkov, V.Volkov. High Selective Composite Polyalkylmethylsiloxane Membranes for Pervaporative Removal of MTBE from Water: Effect of Polymer Side-chain. Polymers, 12 №6 (2020) 1213 E.A.Grushevenko, I.A.Podtynnikov, I.L.Borisov. High selective pervaporation membrane for separation of 1-butanol from waste water. Russian Journal of Applied Chemistry, 92 №11 (2019) 1593-1601 E.A.Grushevenko, I.A.Podtynnikov, I.L.Borisov. High selective pervaporation membrane for separation of 1-butanol from waste water. Russian Journal of Applied Chemistry, 92 №11 (2019) 1488-1496 (in Russian) E.A.Grushevenko, I.A.Podtynnikov, A.A.Knyazeva, O.A.Sharova, T.S.Anokhina, I.L.Borisov. Membranes Based on Polyalkylmethylsiloxanes for Selective Removal of C5 and C6 Alcohol from Water. Key Engineering Materials, 816 (2019) 228-232 I.L.Borisov, E.A.Grushevenko, I.A.Podtynnikov, D.S.Bakhtin, G.N.Bondarenko. Novel Membrane Material Based on Polybutadiene and Polydimethylsiloxane for Gas Separation and Hydrophobic Pervaporation. Petroleum Chemistry, 58 №13 (2018) 1113-1122 I.L.Borisov, E.A.Grushevenko, I.A.Podtynnikov, D.S.Bakhtin, G.N.Bondarenko. Novel Membrane Material Based on Polybutadiene and Polydimethylsiloxane for Gas Separation and Hydrophobic Pervaporation. Membranes and membrane technologies, 8 №6 (2018) 388-398 (in Russian) E.A.Grushevenko, A.A.Knyazeva, I.A.Podtynnikov, O.A.Sharova, I.L.Borisov. Olefin-polymethylsiloxane membrane composition for oxygenates removal from wastewater by pervaporation. Journal of Physics: Conference Series, 1134 (2018) 012017 E.A.Grushevenko, I.A.Podtynnikov, G.S.Golubev, V.V.Volkov, I.L.Borisov. Polyheptylmethylsiloxane - a novel material for removal of oxygenates from water by pervaporation. Petroleum Chemistry 58, 11 (2018) 941–948 E.A.Grushevenko, I.A.Podtynnikov, G.S.Golubev, V.V.Volkov, I.L.Borisov. Polyheptylmethylsiloxane - a novel material for removal of oxygenates from water by pervaporation, Membranes and membrane technologies, 8 №5 (2018) 334-342 (in Russian) |
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