Search Results - "Trubyanov, Maxim M"

Acidic Gases Separation from Gas Mixtures on the Supported Ionic Liquid Membranes Providing the Facilitated and Solution-Diffusion Transport Mechanisms by Akhmetshina, Alsu I, Yanbikov, Nail R, Atlaskin, Artem A, Trubyanov, Maxim M, Mechergui, Amal, Otvagina, Ksenia V, Razov, Evgeny N, Mochalova, Alla E, Vorotyntsev, Ilya V

“…Nowadays, the imidazolium-based ionic liquids containing acetate counter-ions are attracting much attention as both highly selective absorbents of the acidic…”
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Nanoarchitectonics of hyperbolic paraboloid 2D Graphene Oxide Membranes by Wang, Qian, Trubyanov, Maxim M., Andreeva, Daria V., Novoselov, Kostya S.

“…Hyperbolic paraboloid surfaces or saddle‐shaped materials can exist in two equilibrium shapes when the saddle shape reverses on itself and, therefore, can be…”
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Comprehensive experimental study of membrane cascades type of “continuous membrane column” for gases high-purification by Atlaskin, Artem A., Trubyanov, Maxim M., Yanbikov, Nail R., Vorotyntsev, Andrey V., Drozdov, Pavel N., Vorotyntsev, Vladimir M., Vorotyntsev, Ilya V.

“…The gases high purification efficiency of a novel membrane cascade, a type of "continuous membrane column" configuration comprising of three counter-current…”
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Towards the interaction between calcium carbide and water during gas-chromatographic determination of trace moisture in ultra-high purity ammonia by Trubyanov, Maxim M., Mochalov, Georgy M., Suvorov, Sergey S., Puzanov, Egor S., Petukhov, Anton N., Vorotyntsev, Ilya V., Vorotyntsev, Vladimir M.

“…•Trace H2O to C2H2 conversion on CaC2 in NH3 matrix was studied for GC-FID analysis.•HOCaCCH intermediate formation is assumed and its presence is proved by…”
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Unsteady-state membrane gas separation by novel pulsed retentate mode for improved membrane module performance: Modelling and experimental verification by Trubyanov, Maxim M., Drozdov, Pavel N., Atlaskin, Artem A., Battalov, Stanislav V., Puzanov, Egor S., Vorotyntsev, Andrey V., Petukhov, Anton N., Vorotyntsev, Vladimir M., Vorotyntsev, Ilya V.

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High-pressure distillation: Simultaneous impact of pressure, temperature and loading on separation performance during distillation of high-purity gases in high-performance randomly-packed columns by Trubyanov, Maxim M., Mochalov, Georgy M., Vorotyntsev, Vladimir M., Suvorov, Sergey S.

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Low-temperature catalytic hydrogenation of silicon and germanium tetrachlorides on the modified nickel chloride by Vorotyntsev, Andrey V., Petukhov, Anton N., Vorotyntsev, Ilya V., Sazanova, Tatyana S., Trubyanov, Maxim M., Kopersak, Irina Yu, Razov, Evgeny N., Vorotyntsev, Vladimir M.

“…In this paper we are presenting a catalytic reduction of SiCl4 and GeCl4 by hydrogen to silicon and germanium nanopowder by a modified nickel chloride…”
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An improved back-flush-to-vent gas chromatographic method for determination of trace permanent gases and carbon dioxide in ultra-high purity ammonia by Trubyanov, Maxim M., Mochalov, Georgy M., Vorotyntsev, Ilya V., Vorotyntsev, Andrey V., Suvorov, Sergey S., Smirnov, Konstantin Y., Vorotyntsev, Vladimir M.

“…•Low-ppb GC-PDHID quantification of H2, O2, N2, CH4, CO, and CO2 in UHP ammonia.•Back-flush flow system with auxiliary NaHSO4 trap prior to the analytical…”
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Comprehensive experimental study of acid gases removal process by membrane-assisted gas absorption using imidazolium ionic liquids solutions absorbent by Atlaskin, Artem A., Kryuchkov, Sergey S., Yanbikov, Nail R., Smorodin, Kirill A., Petukhov, Anton N., Trubyanov, Maxim M., Vorotyntsev, Vladimir M., Vorotyntsev, Ilya V.

“…•The experimental study of MAGA technique for acid gases removal was performed.•Separation of CH4/CO2 and CH4/H2S studied experimentally via MAGA…”
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Dynamic behavior of unsteady-state membrane gas separation: Modelling of a closed-mode operation for a membrane module by Trubyanov, Maxim M., Kirillov, Sergei Y., Vorotyntsev, Andrey V., Sazanova, Tatyana S., Atlaskin, Artem A., Petukhov, Anton N., Kirillov, Yuri P., Vorotyntsev, Ilya V.

“…Membrane gas separations under unsteady conditions provide various opportunities for enhancement of separation performance, particularly in niche applications…”
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A highly-efficient hybrid technique – Membrane-assisted gas absorption for ammonia recovery after the Haber-Bosch process by Petukhov, Anton N., Atlaskin, Artem A., Kryuchkov, Sergey S., Smorodin, Kirill A., Zarubin, Dmitriy M., Petukhova, Anastasia N., Atlaskina, Maria E., Nyuchev, Alexandr V., Vorotyntsev, Andrey V., Trubyanov, Maxim M., Vorotyntsev, Ilya V., Vorotynstev, Vladimir M.

“…[Display omitted] •Membrane-assisted gas absorption technique was proposed for NH3 capture.•Ammonium thiocyanate-based deep eutectic solvents were tested as…”
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A hybrid batch distillation/membrane process for high purification part 1: Energy efficiency and separation performance study for light impurities removal by Trubyanov, Maxim M., Shablykin, Dmitry N., Mokhnachev, Nikita A., Sergeeva, Maria S., Vorotyntsev, Andrey V., Petukhov, Anton N., Vorotyntsev, Vladimir M.

“…•Removal of light impurities by batch distillation with integrated membrane separation.•A hybrid batch distillation/membrane process improves both energy and…”
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A hybrid batch distillation/membrane process for high purification part 2: Removing of heavy impurities from xenon extracted from natural gas by Petukhov, Anton N., Shablykin, Dmitry N., Trubyanov, Maxim M., Atlaskin, Artem A., Zarubin, Dmitriy M., Vorotyntsev, Andrey V., Stepanova, Ekaterina A., Smorodin, Kirill A., Kazarina, Olga V., Petukhova, Anastasia N., Vorotyntsev, Vladimir M., Vorotynstev, Ilya V.

“…•Distillation/membrane process for high purification of Xe extracted from natural gas.•Experimental data on membrane gas separation for Xe-containing…”
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Transient dynamics in a membrane module with a pulsed change of retentate: Modeling and experimental study of an unsteady-state mode of membrane gas separation process by Atlaskin, Artem A., Trubyanov, Maxim M., Kirillov, Sergei Y., Sazanova, Tatyana S., Kryuchkov, Sergey S., Vorotyntsev, Andrey V., Petukhov, Anton N., Kirillov, Yuri P., Peter, Jakub, Vorotyntsev, Ilya V.

“…•A rigorous simulation model for a pulsed retentate membrane gas separation is proposed.•More permeable impurity removal from a less permeable main component…”
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CO2 capture process through hybrid gas hydrate-membrane technology: Complex approach for the transition from theory to practice by Petukhov, Anton N., Atlaskin, Artem A., Kudryavtseva, Maria S., Kryuchkov, Sergey S., Shablykin, Dmitry N., Stepanova, Ekaterina A., Smorodin, Kirill A., Kazarina, Olga V., Trubyanov, Maxim M., Atlaskina, Maria E., Petukhova, Anastasia N., Markov, Artem N., Vorotyntsev, Andrey V., Mochalov, Leonid A., Vorotynstev, Ilya V.

“…The present study is concerned with a complex theoretical and experimental evaluation of the effect of various distribution coefficients on the hydrate…”
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Towards the potential of absorbing pervaporation based on ionic liquids for gas mixture separation by Vorotyntsev, Ilya V., Atlaskin, Artem A., Trubyanov, Maxim M., Petukhov, Anton N., Gumerova, Olesya R., Akhmetshina, Alsu I., Vorotyntsev, Vladimir M.

“…A separation of a CH4/CO2 mixture was performed via absorbing pervaporation using ionic liquids as absorbent, using membrane gas separation as a comparator…”
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Xenon recovery from natural gas by hybrid method based on gas hydrate crystallisation and membrane gas separation by Sergeeva, Maria S., Mokhnachev, Nikita A., Shablykin, Dmitry N., Vorotyntsev, Andrey V., Zarubin, Dmitriy M., Atlaskin, Artem A., Trubyanov, Maxim M., Vorotyntsev, Ilya V., Vorotyntsev, Vladimir M., Petukhov, Anton N.

“…The present study deals with a comprehensive experimental evaluation of a unique hybrid method based on gas hydrate crystallisation and membrane gas…”
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