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Версия для печати | Главная > Институт > Издательская деятельность > Труды конференций > ... > 2012 г. > Chemreactor-20

XX International conference on Chemical Reactors CHEMREACTOR‐20

NTERNATIONAL SCIENTIFIC COMMITTEE

Valentin N. Parmon, Chairman Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia
Alexander S. Noskov, Vice‐Chairman Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia
Dmitry Yu. Murzin, Vice‐Chairman Ǻbo Akademi University, Turku, Finland
Sergey Alekseenko Institute of Thermophysics SB RAS, Novosibirsk, Russia
Elisabeth Bordes‐Richard University of Lille, France
Valentin A. Borodulya A.V. Luikov Heat and Mass Transfer Institute NAS of Belarus, Minsk, Belarus
Olaf Deutschmann Institute for Chemical Technology and Polymer Chemistry,
University of Karlsruhe (TH), Germany
Milorad Duduković Washington University, St. Louis, USA
Pio Forzatti Technical University of Milan, Italy
Sergei Galibeev JSC “SIBUR‐Technology”, Moscow, Russia
Lidietta Giorno Institute on Membrane Technology, ITM‐CNR, Rende, Italy
Jiří Hanika Institute of Chemical Process Fundamentals, Prague, Czech Republic
Erik Heeres University of Groningen, The Netherlands
Nikolay N. Kulov Kurnakov Institute of General and Inorganic Chemistry RAS, Moscow, Russia
Dan Luss University of Houston, Texas, USA
Guy Marin Ghent University, Belgium
Ulrich Nieken Stuttgart University, Institute of Chemical Process Engineering, Stuttgart,Germany
Wolter Prins Ghent University, Belgium
Jesus Santamaria University of Zaragoza, Spain
Valerii Schvets Mendeleev University of Chemical Technology of Russia, Moscow, Russia
Moshe Sheintuch Institute of Technology, Technion, Haifa, Israel
Hugh Stitt Johnson Matthey Catalysts, Cleveland, UK
Vladimir Tverdokhlebov Institute of Oil and Gas of the Siberian Federal University, Krasnoyarsk, Russia
Krzysztof Warmuzinski Institute of Chemical Engineering, Polish Academy of Sciences, Gliwice, Poland
Andrey Zagoruiko Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia

LOCAL SCIENTIFIC COMMITTEE

Andrey N. Zagoruiko, Chairman Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia
Victor A. Chumachenko Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia
Aigana P. Kagyrmanova Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia
Sergei I. Reshetnikov Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia
Vadim A. Yakovlev Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia

Chairman of the Organizing Committee

Professor Alexander S. Noskov, Boreskov Institute of Catalysis SB RAS, Novosibirsk, Russia

PLENARY LECTURES

PL-1
Andrzej Stankiewicz A Professor Mikhail Slin’ko Honorary Lecture:
FROM NANO?PINBALL TO NANO?SNOOKER: TOWARDS PERFECT CHEMICAL REACTORS VIA FUNDAMENTAL CONCEPTS OF PROCESS INTENSIFICATION.

.

PL-2
Denis Kozlov, Valentin Parmon
PHOTOCATALYSIS: ENGINEERING ASPECTS OF PHOTOCATALYTIC PROCESSES.

PL-3
Gilbert Froment
ADVANCED KINETIC MODELING OF HYDROCARBON CONVERSION PROCESSES.

PL-4
Jean-Pierre Gilson
ENGINEERING & CATALYSIS CHALLENGES IN PETROLEUM REFINING

PL-5
Timothy F.L. McKenna
OLEFIN POLYMERISATION REACTORS: WHAT KIND OF PROBLEMS DO WE FACE IN OLEFIN POLYMERISATION REACTORS, AND WHAT KIND OF LAB TOOLS CAN WE USE TO STUDY THEM?

PL-6
Sergei D. Varfolomeev
MODERN BIOFUELS: COMBINATION OF CHEMISTRY AND BIOTECHNOLOGY

PL-7
Robert Farrauto
NEW CATALYSTS AND REACTOR DESIGNS FOR THE HYDROGEN ECONOMY

KEY‐NOTE LECTURE

KN‐1
S. Leclerc, M. Petryk, D. Canet, J. Fraissard
COMPETITIVE DIFFUSION OF GASES IN A MICROPOROUS CATALYST BED USING A SLICE SELECTION PROCEDURE.

KN‐2
Vadim Strots, Friedemann Schrade, Stephan Adelberg
INTEGRATED APPROACH TO REDUCTION OF MOBILE DIESEL EMISSIONS

KN‐3
Dmitry Murzin, Tapio Salmi
DESIGN OF PROCESSES FOR VALUABLE CHEMICALS PRODUCTION FROM BIOMASS

.

ORAL PRESENTATIONS

SECTION I

Advances in Chemical Reactors Fundamentals
Chemical Reactions Kinetics
Fundamentals of Chemical Reactors Simulation
Heat & Mass Transfer in Chemical Reactors
Hydrodynamics and CFD Studies in Chemical Reactors

OP‐I‐1
Sinev M.Y.
OCM PROCESS AND REACTOR DESIGN: A PHYSICAL CHEMIST LOOK

OP‐I‐2
Bensaid S., Deorsola F., Russo N., Fino D.
MoS2 NANOPARTICLE PRECIPITATION IN TURBULENT MICROMIXERS

OP‐I‐3
Galvita V., Poelman H., Menon U., Marin G.
MICROKINETIC FOR TOLUENE TOTAL OXIDATION OVER CuO‐CeO2/Al2O3

OP‐I‐4
Glazneva T.S., Galvita V.V., Mezentseva N.V., Sadykov V.A., Marin G.B.
METHANE DRY REFORMING BY TRANSIENT KINETICS STUDY

OP‐I‐5
Iordache I., Varlam M., Culcer M., Raceanu M., Iordache M.
DEVELOPMENT OF THE INTEGRATED MEMBRANE REACTOR FOR HYDROGEN PRODUCTION AND STEADY‐STATE ISOTOPE TRANSIENT KINETIC ANALYSIS SYSTEM, TECHNICAL ASPECTS

OP‐I‐6
Santos B., Pereira C., Silva V., Loureiro J., Rodrigues A.
SYNTHESIS OF DIMETHYL CARBONATE FROM THE CARBONYLATION OF METHANOL AT HIGH PRESSURE CONDITIONS: KINETIC CONSIDERATIONS

OP‐I‐7
Pokrovskaya S.A., Chumakova N.A., Sazonova N.N., Sadykov V.A.
TRANSIENT STUDIES OF REACTION KINETICS OVER THE SOLID CATALYSTS WITH LATTICE OXYGEN MOBILITY

OP‐I‐8
Dobrynkin N.M., Smirnov E.I., Romanenko A.V., Chumachenko V.
THE INFLUENCE OF SOLIDS' PROPERTIES ON THE CAKE FORMATION IN FILTRATION OF PLANT OILS SUSPENSION

OP‐I‐9
Reshetnikov S.I., Petrov R.V., Ostrovskii N.
MATHEMATICAL MODELING OF REGENERATION OF COKED Cr‐Mg CATALYST FOR FREONS PRODUCTION

OP‐I‐10
Caetano R., Lemos F., Lemos A., Freire F.
MODELING AND CONTROL OF AN EXOTHERMICAL REACTION

OP‐I‐11
Mishchenko T.I., Snytnikov V.N.
AUTOCATALYTIC GAS ‐ PHASE PROPANE DEHYDROGENATION FOR LIGHT OLEFIN PRODUCTION

OP‐I‐12
Hernandez S., Bensaid S., Armandi M., Sacco A., Bonelli B., Garrone E.
A BUBBLING REACTOR TO STUDY WATER SPLITTING UNDER PHOTOCATALYTIC SYSTEMS AND ITS MODELING TO INVESTIGATE THE REACTION KINETICS

OP‐I‐13
Ovchinnikova E., Chumachenko V.
FIXED BED REACTOR FOR THE FORMALDEHYDE PRODUCTION: THE EFFECT OF NON‐UNIFORM RADIAL HEAT TRANSFER

OP‐I‐14
Zhapbasbayev U.K., Ramazanova G.
COMPUTATIONAL ISSUES CONCERNING HYDRODYNAMICS OF REFORMING REACTORS

OP‐I‐15
Roger F., Gourara A., Most J.M., Wang H. NUMERICAL INVESTIGATION ON THE CHEMICAL GAS MIXING THROUGH INTERACTION BETWEEN JETS AND A CROSSFLOW.

OP‐I‐16
Hartmann V.L. DRAG FACTOR FOR A FIXED BED AS A FUNCTION OF THE Re NUMBER WITH COMMON EXPONENT

OP‐I‐17
Nawaz Z., Baksh F., Al‐Qahtani A., Wei F.
INTEGRATED BI‐MODAL FLUIDIZED BED REACTOR FOR BUTANE DEHYDROGENATION TO CORRESPONDING BUTENES.

OP‐I‐18
Klenov O.P., Pokrovskaya S.A., Chumakova N.A., Noskov A.S.
HONEYCOMB CATALYSTS WITH POROUS WALLS: CFD MODELING OF OXIDATION REACTION IN CHANNELS OF DIFFERENT SHAPES

OP‐I‐19
Arve K., Mäki‐Arvela P., Eränen K., Salmi T., Tiitta M., Murzin D.Yu.
A MULTITUBULAR REACTOR SYSTEM FOR PARALLEL SCREENING OF CATALYSTS FOR RING OPENING OF DECALIN IN CONTINUOUS MODE

OP‐I‐20
Schietekat C.M., Van Goethem M.M., Van Geem K.M., Marin G.B.
3D SWIRL FLOW REACTOR TECHNOLOGY FOR PYROLYSIS PROCESSES: HYDRODYNAMIC AND COMPUTATIONAL FLUID DYNAMIC STUDY

.

OP‐I‐21 Arutyunov V.S., Magomedov R.N., Proshina A.Y., Strekova L.N., Fokin I.G., Rudakov V.M., Savchenko V.I. OXIDATIVE CONVERSION OF LIGHT ALKANES..

ORAL PRESENTATIONS

SECTION II

Chemical Reaction Engineering and Reactors Design – Novel Approaches, Modeling, Scale‐Up, Optimization
New Designs of Chemical Reactors (Membrane Reactors, Microreactors, Structured Reactors, etc) Novel Approaches in Chemical Reaction Processes Engineering (Unsteady‐state and Transient Processes, Reverse‐flow Operation, Sorption‐Enhanced Reaction Processes, Multifunctional Reactors, Reaction‐Separation Processes, etc).

OP‐II‐1
Gosiewski K., Pawlaczyk A.
CATALYTIC OR THERMAL REVERSED FLOW COMBUSTION OF COAL MINE VENTILATION AIR METHANE: WHAT IS BETTER CHOICE AND WHEN?

OP‐II‐2
Zagoruiko A., Vanag S.
REVERSE‐FLOW REACTOR CONCEPT FOR COMBINED SO2 AND CO OXIDATION IN SMELTER OFF‐GASES

OP‐II‐3
Pirard S., Bossuot C., Pirard J.
MODELLING OF A CONTINUOUS ROTARY REACTOR FOR CARBON NANOTUBE SYNTHESIS BY CATALYTIC CHEMICAL VAPOUR DEPOSITION

OP‐II‐4
Alekseenko S.V., Dulin V.M., Markovich D.M.
DIAGNOSTICS AND CONTROL OF COHERENT FLOW STRUCTURES IN A PREMIXED COMBUSTOR

OP‐II‐5 Dominguez‐Ramos A., Garea A., Irabien A. PHOTOVOLTAIC SOLAR ELECTRO‐OXIDATION REACTOR (PSEOR): ENERGY BALANCE

.

OP‐II‐6
Vernikovskaya N.V., Pinaeva L.G., Isupova L.A., Noskov A.S.
OXIDATION OF AMMONIA TO NOx IN A TWO‐BED (Pt GAUZES + OXIDE MONOLYTIC LAYER) REACTOR: EXPERIMENTAL STUDIES AND MATHEMATICAL MODELLING

OP‐II‐7
Zazhigalov S., Chumakova N., Zagoruiko A.
MATHEMATICAL MODELING OF THE MULTIDISPERSED ADSORPTION‐CATALYTIC SYSTEM FOR REMOVING ORGANIC IMPURITIES FROM WASTE GASES

OP‐II‐8
Ermolaev V.S., Ermolaev I.S., Mitberg E.B., Mordkovich V.Z. SCALING UP HIGHLY PRODUCTIVE FISCHER‐TROPSCH REACTOR FROM LABORATORY TO PILOT SIZE

OP‐II‐9
Kozlovskiy R., Shvets V.F., Kozlovskiy I.A., Makarov M.G., Suchkov Y.P.
ONE‐STAGE TECHNOLOGY FOR PRODUCTION OF CONCENTRATED ETHYLENE GLECOL‐WATER SOLUTIONS (AUTOMOTIVE ANTIFREEZE)

)

OP‐II‐10
Kostenko S.S., Ivanova A.N., Karnaukh A.A., Polianczyk E.V.
SIMULATION OF THE METHANE CONVERSION BY PARTIAL OXIDATION IN A POROUS MEDIUM REACTOR

OP‐II‐11
Ismagilov I.Z., Rebrov E.V., de Croon M.H., Matus E.V., Panin A.V., Okhlopkova L.B., Kerzhentsev M.A., Schouten J.C., Ismagilov Z.R.
DEVELOPMENT OF ALUMINUM ANODIC OXIDATION PROCESS FOR FUNCTIONAL COATINGS DEPOSITION

OP‐II‐12
Urzhuntsev G.A., Ovchinnikova E.V., Chumachenko V.
ISOMERIZATION OF n‐ BUTANE OVER Pd‐SO4/ZrO2 CATALYST: PROSPECTS FOR COMMERCIAL APPLICATION

OP‐II‐13
Bordes‐Richard E., Shekari A., Patience G.S.
OXIDATION OF n‐BUTANE VPO CATALYSTS IN VARIOUS REACTORS: EFFECTS OF TRANSIENT REDOX CONDITIONS ON THE PRODUCTION OF MALEIC ANHYDRIDE

OP‐II‐14
Snytnikov V.N., Mishchenko T.I., Snytnikov Vl.N., Stoyanovskaya O.P., Stadnichenko О.А. ETHANE DEHYDROGENATION IN EXPERIMENTAL SETUP WITH ADDITIONAL RADICALS GENERATION

OP‐II‐15
Zolotarskii I., Andrushkevich T., Stompel S., Efimov V., Nakrokhin V., Popova G., Zudilina L., Vernikovskaya N. DESIGN AND OPERATION OF PILOT PLANT FOR TWO‐STAGE OXIDATION OF METHANOL INTO FORMIC ACID

OP‐II‐16
Bokarev D.A., Egorova E.V., Ponomareva E.A., Dol A.V., Ivanov A.V. MICROREACTOR DESIGN FOR THE PROCESS OF ETHANOL DEHYDROGENATION

OP‐II‐17
Romanovskiy R.V., Ivanchina E.D., Ivashkina E.N., Kravtsov A.V.+ RAISING THE EFFICIENCY OF CATALYSTS FOR C9‐C14 ALKANES DEHYDROGENATION.

OP‐II‐18
Moghadam Rezaee M., Nabipoor Hassankiadeh M.
THEORETICAL INVESTIGATIONS OF METHANE CONVERSION TO HEAVIER HYDROCARBONS IN A PLASMA REACTOR.

SECTION III

Chemical Reactors and Technologies for Emerging Applications
Processing of Biomass and Renewable Feedstocks Environmental Protection and Utilization of Wastes Production of Hydrogen and Green Fuels Advanced Processing of Natural Gas and Oil

Section III‐A
Processing of Biomass and Renewable Feedstocks

OP‐III‐A‐1
Yildiz G., Au‐Yeung K., Ronsse F., van Duren R., Prins W.
CATALYTIC FAST PYROLYSIS OF BIOMASS

OP‐III‐A‐2
Yakovlev V.A., Bykova M.V., Ivanova A.S., Selischeva S.A., Smirnov A.A., Khromova S., Ardiyanti A., Venderbosch R., Heeres H.J., Parmon V.
DESIGN OF CATALYTIC PROCESSES FOR BIOFUELS PRODUCTION FROM BIO‐OIL AND PLANT OILS

.

OP‐III‐A‐3
Ardiyanti A., Khromova S., Yakovlev V.A., Venderbosch R., Heeres H.J.
NEW INSIGHTS IN CATALYTIC HYDROTREATMENT OF FAST PYROLYSIS OIL USING HETEROGENEOUS CATALYSTS

OP‐III‐A‐4
Valerie E., Ikenna A., Mäki‐Arvela P., Mikkola J.
SELECTIVE FRACTIONATION OF LIGNOCELLULOSIC MATERIALS USING SWITCHABLE IONIC LIQUIDS

OP‐III‐A‐5
Zaytseva Y., Oliver‐Tomas B., Simonov M., Renz M., Shutilov A., Zenkovets G., Boronat M., Simakova I., Parmon V., Corma A.
GREEN DIESEL FROM VALERIC ACIDS: EVALUATION OF Pd SUPPORTED ON ZrO2 and CeO2 MODIFIED CATALYSTS IN CONSECUTIVE KETONIZATION AND HYDROGENATION.

OP‐III‐A‐6
Aracil J., Bouaid A., El Boulifi N., Hahati K., Martinez M.
BIODIESEL PRODUCTION FROM RAPESEED AND USED FRYING OILS AND BIOBUTANOL. IMPROVEMENT OF COLD FLOW PROPERTIES

OP‐III‐A‐7
Demidova Y.S., Simakova I.L., Estrada M., Suslov E.V., Volcho K.P., Salakhutdinov N.F., Simakov A.V., Murzin D.
ONE‐POT AMINATION OF TERPENE ALCOHOLS OVER METAL OXIDES SUPPORTED Au CONTAINING CATALYSTS

Section III‐B

Feedstock Processing for Energetics

OP‐III‐B‐1

Urko Izquierdo I.E., Barrio V.L., Requies J., Cambra J.F., Güemez M.B., Arias P.L.

FROM BIOGAS TO HYDROGEN: REFORMING PROCESSES DEVELOPMENT  
USING ADVANCED REACTION SYSTEMS.

OP‐III‐B‐2

Dubinin Y., Yakovlev V., Parmon V., Yazykov N., Simonov A., Fedorov I.
HEAT SUPPLY UNITS WITH CATALYTIC COMBUSTION OF SOLID FUELS IN FLUIDIZED BED

.

OP‐III‐B‐3

Zyryanova M., Snytnikov P., Amosov Y., Shigarov A., Belyaev V., Kireenkov V., Kuzin N., Kirillov V.,   Sobyanin V.
CATALYTICALLY CONVERTED ASSOCIATED PETROLEUM GAS – A SUITABLE RESOURCE   FOR POWER GENERATION UNIT FEEDING APPLICATION

OP‐III‐B‐4

Snytnikov P., Zyryanova M., Shigarov A., Amosov Y., Belyaev V., Kireenkov V.,   Kuzin N., Kirillov V., Sobyanin V.
CONVERTION OF ASSOCIATED PETROLEUM GAS INTO METHANE‐SYNGAS MIXTURES.   REACTION MODELING AND REACTOR DESIGN

OP‐III‐B‐5

Tippawan P., Arpornwichanop A.
ENERGY AND EXERGY ANALYSES OF HYDROGEN PRODUCTION FROM DIFFERENT ETHANOL   REFORMING PROCESSES

OP‐III‐B‐6

Yeletsky P., Larichev Yu., Iost K., Lebedeva M., Yakovlev V.A., Parmon V., Yazykov N.
DEVELOPMENT OF PROCESS OF HIGH‐ASH BIOMASS CONVERSION INTO CARBONACEOUS CATALYST   SUPPORTS, ADSORBENTS AND MATERIALS FOR SUPERCAPACITORS.

Section III‐C

Environmental Protection and Chemical Processes

.

OP‐III‐C‐1

Rahimi N., Karimzadeh R.
APPLICATION OF MATHEMATICAL METHODS FOR DERIVING THE RATE OF REACTION   IN COMPLICATED REACTION MECHANISMS

OP‐III‐C‐2

Itkulova S.S., Zakumbaeva G.D., Nurgaliyeva I.A., Ermagambetova A., Nurmakanov E., Mukazhanova A. CATALYTIC CONVERSION OF BIOGAS FOR PRODUCING VALUABLE PRODUCTS

OP‐III‐C‐3

Liu Y., Harold M., Luss D. CATALYST DESIGN FOR REDUCTION OF NOx EMISSIONS

OP‐III‐C‐4

Hussain M., Fino D., Russo N. MODIFIED KIT‐6 AND SBA‐15‐SPHERICAL SUPPORTED Rh AND Ru CATALYSTS FOR N2O ABATEMENT

OP‐III‐C‐5

Sulman E., Chalov K., Lugovoy Y., Kosivtsov Y.
THE CATALYTIC INFLUENCE OF METAL CHLORIDES ON THE PROCESS OF OIL WASTE PYROLYSIS

OP‐III‐C‐6

Manoj Kumar Reddy P., Linga Reddy E., Subrahmanyam Ch.
NONTHERMAL PLASMA REACTOR FOR WASTE WATER TREATMENT

POSTER PRESENTATIONS

SECTION I.

  

Advances in Chemical Reactors Fundamentals.

PP‐I‐1. Avetisov A.K., Sokolov A.M., Zyskin A.G.
ANALYSIS OF POSSIBILITIES FOR THE INTENSIFICATION OF AMMONIA PRODUCTION

PP‐I‐2. Davletbaeva I.M., Gumerov A.M., Davletbaev R.S.
MATHEMATICAL MODELING OF PROCESS OF STRUCTURIZATION РOLYURETHANES   BY COORDINATION COMPOUNDs

P‐I‐3. Deyun E., Kustova L., Finaeva J., Samoylenko N., Korsunskiy B.L.
THERMAL MODES OF THE COUNTERFLOW REACTOR OF REPLACEMENT

PP‐I‐4. Ezdin B.S., Nikiforov A.A., Zarvin А.Е., Kalyada V.V., Mishchenko I.V.
USE OF THE COMPRESSION REACTOR TO PROCESS THE ASSOCIATED GAS.

PP‐I‐5. Gumerov A.M., Davletbaeva I.M.
MODELING OF BUTADIENE POLYMERIZATION USING NEODYMIUM CATALYST COMPLEX.

PP‐I‐6. Klenov O.P., Noskov A.S. MULTIPHASE FLOW AND DISPERSION OF H2 IN THE SLURRY REACTOR

PP‐I‐7. Zarvin A.E., Korobeishchikov N.G., Kalyada V.V., Khodakov M.D., Madirbaev V.Zh.
ON THE POSSIBILITY OF PLASMA‐CHEMICAL SYNTHESIS OF HEAVY HYDROCARBONS   IN A FLOW WITH CLUSTERS

PP‐I‐8. Lomonosov V., Gordienko Y., Sinev M.Y., Ermolaev V.S.
COMPREHENSIVE CFD MODEL OF REACTOR FOR OXIDATIVE COUPLING OF METHANE

PP‐I‐9. Zhizhina E.G., Odyakov V.F.
KINETICS OF OXIDATION OF BUTENE‐1 TO METHYLETHYLKETONE IN THE PRESENCE OF A HOMOGENEOUS CATALYST (COMPLEX OF PALLADIUM + Mo‐V‐P HETEROPOLY ACID)

PP‐I‐10. Rahimi N., Karimzadeh R.
THE PROS AND CONS OF DMDS REPLACEMENT WITH H2S IN AN OLEFIN PLANT.

PP‐I‐11. Sapunov V.N., Petukhov A.A.
KINETICS OF 2‐METHYLBUTENE‐2 EPOXIDATION WITH 2‐METHYLBUTANE HYDROPEROXIDE

PP‐I‐12. Sezgi N.A., Aydemir B.
PYROLYSIS OF POLYETHYLENE OVER ALUMINA INCORPORATED MCM‐41 CATALYST

PP‐I‐13. Simonov M.M., Simakova I.
KINETIC EVIDENCE FOR EQUILIBRIUM BETWEEN PROPYLENE GLYCOL   AND HYDROXYACETONE DURING BUTYL LACTATE HYDROGENOLYSIS.

PP‐I‐14. Sulman E., Grigorjev M., Sapunov V., Matveeva V., Stein B., Bronstein L., Zaporozhets M., Avilov A.
KINETICS OF D‐GLUCOSE HYDROGENATION OVER POLYMER‐BASED RUTHENIUM CATALYSTS

PP‐I‐15. Uriz I., Arzamendi G., Echave J., Sanz O., Montes M., Gandía L.M.
CFD ANALYSIS OF HEAT LOSSES FROM A MICROREACTOR FOR THE STEAM REFORMING   OF METHANOL

PP‐I‐16. Lopatin S., Zagoruiko A.
PRESSURE DROP OF STRUCTURED CARTRIDGES WITH FIBER‐GLASS CATALYSTS

SECTION II.

  

Chemical Reaction Engineering and Reactors Design – Novel Approaches,   Modeling, Scale‐Up, Optimization

PP‐II‐1. Alvarez‐Guerra M., Garea A., Irabien A.
VALORISATION OF CO2 IN A FILTER‐PRESS ELECTROCHEMICAL REACTOR: MODELLING   THE INFLUENCE OF FLOW CONDITIONS ON FORMATE FORMATION

PP‐II‐2. Baskakov V.S., Serbinenko V., Mishchenko P., Lopatin S., Zagoruiko A.
REACTOR FOR PURIFICATION AND COOLING THE EXHAUST GASES FROM   THE STATIONARY DIESEL ENGINES

PP‐II‐3. Chistovalov S.M., Pavlukovich N.G.
MULTIFUNCTIONAL CHEMICAL REACTOR FOR SMALL‐SCALE PRODUCTION

PP‐II‐4. Denisov S.P., Koshchenko V., Smirnov M., Bukhtiyarov V.
A UNIVERSAL CLOSE COUPLED CATALYST WITH IMPROVED GAS DISTRIBUTION

PP‐II‐5. Frantsina E.V., Ivanchina E.D., Kravtsov A.V., Romanovskii R.V., Afanasijeva Y.I. EFFICIENCY INCREASING OF DEHYDROGENATION REACTOR   BY WATER INJECTION OPTIMIZATION

PP‐II‐6. Gyngazova M.S., Ivanchina E.D., Kravtsov A.V. , Chekantsev N., Sharova E.S. USE OF MATHEMATICAL MODELING METHOD FOR REACTORS CONSTRUCTION OPTIMIZATION   FOR NAPHTHA CATALYTIC REFORMING AND ISOMERIZATION PROCESSES

PP‐II‐7. Isa Y.M.Makarfi, Mero‐Lee Cornelius, Ebraheem Mohiuddin, Masika Mdleleni EFFECT OF CATALYST MORPHOLOGY AND ACTIVITY IN THE PRODUCTION   OF FUELS RANGE HYDROCARBONS

PP‐II‐8. Jonmurodov A.S., Teshaev K.I., Muhidinov Z.K., Liu L. PURIFICATION AND CONCENTRATION OF PECTIN POLYSACCHARIDE HYDROLYSATE   BY DIAULTRAFILTRATION. A PILOT PLAN SCALE

PP‐II‐9. Kagyrmanova A., Vernikovskaya N., Danilevich V.V., Glazyrin A.V., Isupova L.A., Noskov A.S. ADSORPTION OF WATER VAPOUR ON ACTIVATED ALUMINA: EXPERIMENTS   AND MATHEMATICAL MODELING

PP‐II‐10. Kalle Arve, Victor Sifontes, Kari Eränen, Dmitry Yu. Murzin and Tapio Salmi HYDROGENATION OF D‐GALACTOSE OVER A Ru/Al2O3 USING A SEMI‐BATCH REACTOR SYSTEM

PP‐II‐11. Musich P.G., Kosova N.I., Kurzina I.A., Vosmerikov A.V., Kurina L.N. DIRECT ROUTE OF DIMETHYL ETHER SYNTHESIS FROM SYNTHESIS GAS AT MIXED CATALYSTS

PP‐II‐12. Romanovskiy R.V., Ivanchina E.D., Ivashkina E.N., Kravtsov A.V. OPTIMIZATION OF OPERATION REGIMES OF REACTOR FOR C9‐C14 ALKANES DEHYDROGENATION

PP‐II‐13. Pavlova T., Vernikovskaya N.V., Noskov A.S. MATHEMATICAL MODELLING OF SOOT DEPOSITION WITH TAKING INTO ACCOUNT   PARTICLES SIZE DISTRIBUTION IN DIESEL PARTICULATE FILTERS

SECTION III.  

Chemical Reactors and Technologies for Emerging Applications

PP‐III‐1. Chub O.V., Yazykov N., Dubinin Y., Simonov A.D., Yakovlev V.A., Noskov A.S. CATALYTIC COMBUSTION OF MUNICIPAL SEWAGE SLUDGE   IN CATALYTIC FLUIDIZED BED REACTOR

PP‐III‐2. Didenko L.P., Voronetsky M.S., Sementsova L.A., Barelko V., Bykov L.A.,   Ivanyuk A.G., Chepelenko V.N., Brizitski O.F., Terent’ev V.Ya. TECHNICAL CHARACTERISTICS OF THE HYDROGEN–FILTERING MODULE ON A BASE   OF THE PALLADIUM FOIL

PP‐III‐3. Dorokhov V.G., Barelko V., Bykov L.A., Bykova N. OPTIMIZATION OF FIBER‐GLASS CATALYTIC MATERIALS FOR PURIFICATION   OF STYRENE FRACTION FROM IMPURITY OF PHENYLACETYLENE BY THE SELECTIVE   HYDROGENATION METHOD

PP‐III‐4. Galanov S.I., Sidorova O.I. PARTIAL OXIDATION OF NATURAL GAS IN AXIAL AND RADIAL REACTORS

PP‐III‐5. Khromova S.A., Smirnov A.A., Reshetnikov S.I., Yakovlev V.A.   ANISOLE HYDRODEOXYGENATION OVER Ni‐Cu BIMETALLIC CATALYSTS : EFFECT   OF Ni/Cu RATIO ON SELECTIVITY

PP‐III‐6. Lima‐Costa M., Rodrigues B., Raposo S. THE PERFORMANCE OF AN AERATED STIRRED TANK REACTOR   ON VHG BATCH FERMENTATIONS

PP‐III‐7. Mierczynski P., Kaczorowski P., Ura A., Lasoń‐Rydel M., Maniecki T.P. CONVERSION OF WAXES FORMED DURING THE FISCHER TROPSCH PROCESS TO DIESEL FUEL

PP‐III‐8. Mierczynski P., Maniecki T.P., Lasoń‐Rydel M. HYDROCRACKING OF WAXES TO FUEL FRACTION OVER BIFUNCTIONAL ZEOLITES CATALYSTS

PP‐III‐9. Mierczynski P., Vasilev K., Mierczynska A., Maniecki T.P. HYDROGEN PRODUCTION FOR FUEL CELLS TECHNOLOGY   BY STEAM REFORMING OF METHANOL

PP‐III‐10. Muhidinov Z.K., Gorshkova R.M., Khalikov D.K., Teshaev K.I., L.S. Liu GRAVITY FLOW DYNAMIC METHOD FOR HYDROLYSIS AND EXTRACTION   OF PECTIN FROM SUNFLOWER

PP‐III‐11. Pai Z.P., Pai V.V., Parmon V. METHOD OF CLEANING OF CRACK SURFACES OF NICKEL‐BASED ALLOY PRODUCTS

PP‐III‐12. Raposo S., Lima‐Costa M. MIXING EFFICIENCY ON PLANT CELL GROWTH AND PROTEINASE PRODUCTION   IN A STIRRED TANK REACTOR

PP‐III‐13. San Jose M., Alvarez S., Peñas F., Garcia I., Zurdo C. THERMAL EXPLOITATION OF FRUIT TREE PRUNING WASTES IN A NOVEL CONICAL   SPOUTED BED COMBUSTOR

PP‐III‐14. Selishcheva S., Reshetnikov S.I., Kukushkin R., Yakovlev V. KINETIC INVESTIGATION OF PLANT OILS HYDROCRACKING WITH HIGH CETANE   BIOFUEL PRODUCTION

PP‐III‐15. Sidorova O.I., Galanov S.I. CATALYTIC OXIDATIVE DEHYDROGENATION AND СRACKING OF C3‐C4 ALCANES   TO OLEFINS OVER MANGANESE‐CONTAINING CATALYSTS

PP‐III‐16. Sulman M., Shimanskaya E. , Doluda V., Sulman E., Matveeva V. CATALYTIC SYNTHESIS OF 2‐METHYL‐1,4‐NAPHTHOQUINONE   IN SUPERCRITICAL CARBON DIOXIDE

PP‐III‐17. Tungatarova S.A., Abdukhalykov D.B., Baizhumanova T.S., Ergazieva G.E. OXIDATION OF ALKANES INTO OLEFINS ON THE POLYOXIDE CATALYSTS

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PP‐III‐18. Tungatarova S.A., Zheksenbaeva Z.T., Omarova N.O., Shaizadauly E. DEEP OXIDATION OF TOLUENE ON POLY‐OXIDE NICKEL‐COPPER‐CHROMIUM CATALYST

PP‐III‐19. Vernikovskaya M., Snytnikov P., Kirillov V., Sobyanin V.   CATALYTIC CONVERSION OF ASSOCIATED PETROLEUM GAS INTO METHANE‐HYDROGEN   GAS MIXTURES. ECONOMIC BENEFITS FOR USING WITH ICE‐ AND SOFC–BASED   POWER GENERATION UNITS

VIRTUAL PARTICIPATION

V‐1. Aliyev A.M., Mammadov E.M., Aliyev Q.S., Abasova U.A. RESEARCH PROCESS GAS‐PHASE OXIDATION OF METHANOL ON THE MODIFIED ZEOLITE   ON A PILOT PLANT

V‐2. Alvarez J., Lopez G., Artexte M., Amutio M., Erkiaga A., Barbarias I., Olazar M. RICE HUSK VALORIZATION BY FAST PYROLYSIS IN A CONICAL SPOUTED BED REACTOR

V‐3. Amrousse R., Farhat K. HONEYCOMB MONOLITHIC CATALYST REACTORS FOR SPACE PROPULSION APPLICATIONS

V‐4. Amrousse R., Farhat K. MICROREACTORS FOR SPACE PROPULSION APPLICATIONS: FOAM CATALYSTS

V‐5. Amrousse R., Farhat K. NEW MICROREACTOR FOR H2/O2 CATALYTIC IGNITION FOR SPACE PROPULSION APPLICATIONS

V‐6. Amrousse R., Hori K., Farhat K. DYNAMIC REACTOR FOR SPACE PROPULSION: INSTALLATION AND FIRST RESULTS

V‐7. Amrousse R., Hori K., Farhat K. LIQUID PROPELLANTS DECOMPOSITION USING DYNAMIC REACTOR: REACTION BALANCE

V‐8. Aseev D., Batoeva A., Sizykh M. СOLLAPSING MICROBUBBLES ARE CHEMICAL MICROREACTORS.

V‐9. Avgouropoulos G., Mavrokefalos C., Tasis D.   HYBRID CARBON‐BASED NANOSTRUCTURES FOR EMERGING APPLICATIONS.

V‐10. Avgouropoulos G., Papavasiliou J., Ioannides T., Kallitsis J., Neophytides S.   RECENT ADVANCES IN THE DEVELOPMENT OF INTERNAL REFORMING METHANOL FUEL CELLS

V‐11. Bachurikhin A.L. CONVERSION OF OIL‐SLIMES WITH PRODUCTION METHANOL AND FUEL COMPONENTS

V‐12. Bachurikhin A.L. ELECTROMAGNETIC REACTOR OF WATER TREATING FROM OILS AND HYDROCARBONS

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V‐13. Borges F.C., Espindola J.S., Raymundo L.M., Muniz L.A.R., Farenzena M., Trierweiler J.O. FAST PYROLYSIS OF BIOMASS IN FLUID BED WITH MICROWAVE HEATING:   A PRELIMINARY ANALYSIS WITH CFD MODELING

V‐14. Boshenyatov B.V. HYDRODYNAMIC INTERACTION AND BUBBLE COALESCENCE LAWS

V‐15. Bruk L.G., Titov D.N., Zubavichus Y.V., Tkachenko O.P., Ustugov A.V.,   Oshanina I.V., Veligzhanin A.A., Kustov L.M., Temkin O.N. THE MECHANISM OF CARBON MONOOXIDE LOW‐TEMPERATURE OXIDATION   BY MOLECULAR OXIGEN BY OVER PdCl2‐CuCl2/‐Al2O3 CATALYST

V‐16. Chsherbakova Y., Dolganova I. BUILDING OF ALKYLATION PROCESS MATHEMATICAL MODEL TAKING CHANGES   OF LIQUID CATALYST ACTIVITY INTO ACCOUNT

V‐17. Danilova M.M., Fedorova Z., Kirillov V.A., Zaikovskii V.I., Kuzin N.A., Porsin A.V.,   Kuzmin V.A., Mescheryakov V.D. TRI‐REFORMING AND PARTIAL OXIDATION OF METHANE TO SYNTHESIS GAS   OVER POROUS NICKEL BASED CATALYSTS.

V‐18. Dolganov I., Dolganova I. OPTIMIZATION OF HARDWARE DESIGN OF PARAFFINS DEHYDROGENATION PROCESS   USING MATHEMATICAL MODEL

V‐19. Dolganova I., Chsherbakova Y., Belinskaya N., Dolganov I. DEVELOPMENT OF KINETIC MODEL FOR BENZENE WITH ETHYLENE ALKYLATION PROCESS

V‐20. Erkiaga A., Alvarez J., Lopez G., Amutio M., Barbarias I., Artexte M., Olazar M. BEHAVIOUR OF OLIVINE AND ‐ALUMINA AS PRIMARY CATALYST IN STEAM GASIFICATION   OF PINEWOOD SAWDUST IN A CONICAL SPOUTED BED REACTOR

V‐21. Espindola J.S., Kuklinski P., Perez‐Lopez O.W., Trierweiler J.O. SYNTHESIS OF ZSM‐5 BY FACTORIAL DESIGN AND ACTIVITY FOR CATALYTIC FAST   PYROLYSIS OF BIOMASS

V‐22. Fritz S., Brunner B., Datsevich L., Gerchau J., Jess A., Wolf A. EXTERNAL MASS AND HEAT TRANSFER IN MULTIPHASE EXOTHERMIC REACTIONS ‐ OSCILLATORY MOTION OF THE LIQUID PHASE IN THE PORE SYSTEM OF A CATALYST

V‐23. Gamboa N.K., Ayastuy J.L., Bion N., Duprez D., González‐Marcos M.P.,   Gutiérrez‐Ortiz M.A. OXYGEN ACTIVATION AND OWGS REACTION OVER Au/CuO‐CeO2 BIMETALLIC CATALYSTS.

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V‐24. Gogan R., Mendalieva D.K., Kunasheva Z.Kh., Kuzmina R.I. CHEMICAL AND TECHNOLOGICAL FEATURES OF DRILLING MUD SLIME UTILIZATION

V‐25. Gorodsky S.N. UNEXPECTED FEATURE OF HOMOGENEOUS REACTIONS – C9‐C12 ALKYNES CARBONYLATION

V‐26. Grafutin V.I., Ilyukhina O.V., Prokopev E.P. POSSIBILITY OF DETERMINING OF SIZES ОF NANOOBJECTS IN POROUS CATALYSTS   AND ADSORBENTS ON A METHOD OF PAS



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