1 - 2 |
Editorial:Fluidization for Emerging Green Technologies Chaouki J, Shabanian J |
3 - 17 |
CLC, a promising concept with challenging development issues Gauthier T, Yazdanpanah M, Forret A, Amblard B, Lambert A, Bertholin S |
18 - 28 |
From a CFB reactor to a CFB boiler - The review of R&D progress of CFB coal combustion technology in China Yue GX, Cai RX, Lu JF, Zhang H |
29 - 40 |
Mixing and segregation in fluidized bed thermochemical conversion of biomass Salatino P, Solimene R |
41 - 48 |
X-ray imaging for design of gas nozzles in large scale fluidised bed reactors Materazzi M, Lettieri P, Dodds JM, Milliken A |
49 - 58 |
Horizontal secondary gas injection in fluidized beds: Solid concentration and velocity in multiphase jets Koeninger B, Hensler T, Schug S, Arlt W, Wirth KE |
59 - 68 |
Applications of tribology to determine attrition by wear of particulate solids in CFB systems Bayham SC, Breault R, Monazam E |
69 - 78 |
Attrition characteristics of iron ore by an air jet in gas-solid fluidized beds Kang DH, Ko CK, Lee DH |
79 - 86 |
Attrition of methanol to olefins catalyst in jet cup Hao JG, Zhao YF, Ye M, Liu ZM |
87 - 91 |
A new method to measure fine particle circulation rates in draft tube conical spouted beds Estiati I, Altzibar H, Tellabide M, Olazar M |
92 - 100 |
Development and study of measurement methods for bogging in a fluidized bed Briens C, Hamidi M, Berruti F, McMillan J |
101 - 110 |
Segregation of equal-sized particles of different densities in a vertically vibrated fluidized bed Cano-Pleite E, Hernandez-Jimenez F, Acosta-Iborraa A, Tsuji T, Muller CR |
111 - 122 |
Effect of bed particle size on heat transfer between fluidized bed of group b particles and vertical rifled tubes Blaszczuk A, Nowak W, Krzywanski J |
123 - 130 |
Experimental study of the application of rotating fluidized beds to particle separation Weber JM, Stehle RC, Breault RW, De Wilde J |
131 - 138 |
Analysis of industrial reactive powders flow properties at high temperature Macri D, Poletto M, Barletta D, Sutcliffe S, Lettieri P |
139 - 147 |
Performance evaluation of different approaches for early detection of defluidization Shabanian J, Sauriol P, Mostoufi N, Chaouki J |
148 - 156 |
Monitoring of liquid sprayed conical spouted beds by recurrence plots Savari C, Kulah G, Koksal M, Sotudeh-Gharebagh R, Zarghami R, Mostoufi N |
157 - 165 |
The relationship between fluidized bed electrostatics and entrainment Fotovat F, Alsmari TA, Grace JR, Bi XTT |
166 - 170 |
Mechanism of particle build-up on gas-solid fluidization column wall due to electrostatic charge generation Song D, Mehrani P |
171 - 180 |
Investigation on drying kinetics and tribocharging behaviour of pharmaceutical granules in a fluidized bed dryer Taghavivand M, Choi K, Zhang L |
181 - 189 |
The effect of riser end geometry on gas-solid hydrodynamics in a CFB riser operating in the core annular and dilute homogeneous flow regimes Breault RW, Monazam ER, Shadle LJ, Rowan S, Macfarlan LH |
190 - 197 |
Performance prediction of riser termination devices using Barracuda Virtual Reactor (R) Kodam M, Freireich BJ, Pretz MT, Stears BA |
198 - 206 |
Particle cluster sizing in downer units. Applicable methodology across downer scale units Lanza A, Islam M, de Lasa H |
207 - 217 |
Experimental investigation on the generic effects of gas permeation through flat vertical membranes Wassie SA, Cloete S, Zaabout A, Gallucci F, Annaland MV, Amini S |
218 - 224 |
Collision dynamics of wet solids: Rebound and rotation Buck B, Tang YL, Heinrich S, Deen NG, Kuipers JAM |
225 - 232 |
Sub-grid drag model for immersed vertical cylinders in fluidized beds Verma V, Li TW, Dietiker JF, Rogers WA |
233 - 244 |
New hybrid CPU-GPU solver for CFD-DEM simulation of fluidized beds Norouzi HR, Zarghami R, Mostoufi N |
245 - 255 |
CFD-DEM modeling of a three-dimensional prismatic spouted bed Pietsch S, Heinrich S, Karpinski K, Muller M, Schonherr M, Jager FK |
256 - 264 |
Investigation of collisional parameters for rough spheres in fluidized beds Yang L, Padding JT, Kuipers JAM |
265 - 277 |
The sensitivity of filtered Two Fluid Model to the underlying resolved simulation setup Cloete JH, Cloete S, Municchi F, Radl S, Amini S |
278 - 288 |
Simulation of liquid film effects on vortex formation with gas-liquid two-phase flow around a spherical particle He GX, Chen B, Mo HY, Jin HB, Zeng ZW, Du W |
289 - 295 |
Mixing and separation of liquid-liquid two-phase in a novel cyclone reactor of isobutane alkylation catalyzed by ionic liquid Zhang MY, Zhang TY, Wang ZB, Zhu LY, Jin YH |
296 - 302 |
Force on a large sphere immersed in an expanded water-fluidized bed over a wide range of voidage values Di Renzo A, Grassano N, Di Maio FP |
303 - 314 |
Experimental investigation of collision behavior of fluidized solid particles on the tube wall of a graphite evaporator by vibration signal analysis Ma Y, Liu MY, An M, Xu XP |
315 - 328 |
Nonlinear behaviors of vibration acceleration signals in a graphite tube with vapor-liquid-solid boiling flows Xu XP, Liu MY, Ma Y, An M |
329 - 337 |
Experimental investigation of fibre particles in a turbulent stirred tank with DPIV Fan L, Xu N |
338 - 344 |
Effects of high-frequency pulsed electrical field and operating parameters on dehydration of SAGD produced ultra-heavy oil Li B, Fan YX, Sun ZQ, Wang ZB, Zhu LY |
345 - 356 |
Reversal of gulf stream circulation in a vertically vibrated triangular fluidized bed Cano-Pleite E, Hernandez-Jimenez F, Acosta-Iborra A, Muller CR |
357 - 366 |
Characterization of a downer reactor for particle rounding Sachs M, Friedle M, Schmidt J, Peukert W, Wirth KE |
367 - 372 |
Analyzing the fluidization of a gas-sand-biomass mixture using CFD techniques Sant'Anna MCS, Cruz WRD, da Silva GF, Medronho RD, Lucena S |
373 - 387 |
Gas-solid mixing and mass transfer in a tapered fluidized bed of biomass with pulsed gas flow Jia DN, Bi XT, Lim CJ, Sokhansanj S, Tsutsumi A |
388 - 399 |
Pulsation-assisted fluidized bed for the fluidization of easily agglomerated particles with wide size distributions Liu YP, Ohara H, Tsutsumi A |
400 - 409 |
Jiggle bed reactor for testing catalytic activity of olivine in bio-oil gasification Latifi M, Berruti F, Briens C |
410 - 420 |
Reduction of hematite (Fe2O3) to metallic iron (Fe) by CO in a micro fluidized bed reaction analyzer: A multistep kinetics study Chen HS, Zheng Z, Chen ZW, Bi XTT |
421 - 425 |
Spouted bed design considerations for coated nuclear fuel particles Marshall DW |
426 - 433 |
Using dilute spouting for fabrication of highly filled metal-polymer composite materials Eichner E, Salikov V, Bassen P, Heinrich S, Schneider GA |
434 - 440 |
Spray dried SiO2 WO3/TiO2 and SiO2 vanadium pyrophosphate core-shell catalysts Saadatkhah N, Rigamonti MG, Boffito DC, Li H, Patience GS |
441 - 445 |
Long-term fluidization of titania nanoparticle agglomerates Mogre C, Thakurdesai AU, van Ommen JR, Salameh S |
446 - 454 |
Characterization of TiO2 nanoparticles fluidization using X-ray imaging and pressure signals Gomez-Hernandez J, Sanchez-Delgado S, Wagner E, Mudde RF, van Ommen JR |
455 - 461 |
De-agglomeration of nanoparticles in a jet impactor-assisted fluidized bed Lari HN, Chaouki J, Tavares JR |
462 - 468 |
Validation of the oxygen buffering ability of bed materials used for OCAC in a large scale CFB boiler Lind F, Corcoran A, Thunman H |
469 - 475 |
Fluid dynamics study on a dual fluidized bed cold-flow model Habl MA, Frohner A, Tondl G, Pfeifer C |
476 - 491 |
Hydrodynamics of compartmented fluidized beds under uneven fluidization conditions Migliozzi S, Paulillo A, Chirone R, Salatino P, Solimene R |
492 - 499 |
Experimental characterization of axial fuel mixing in fluidized beds by magnetic particle tracking Kohler A, Rasch A, Pallares D, Johnsson F |
500 - 511 |
Gas-flow distribution in bubbling fluidized beds: CFD-based analysis and impact of operating conditions Bakshi A, Altantzis C, Glicksman LR, Ghoniem AF |
512 - 518 |
Heat transfer challenge and design evaluation for a multi-stage temperature swing adsorption process Hofer G, Fuchs J, Schony G, Proll T |
519 - 527 |
A multi-stage fluidized bed system for continuous CO2 capture by means of temperature swing adsorption - First results from bench scale experiments Schony G, Dietrich F, Fuchs J, Proll T, Hofbauer H |
528 - 534 |
Fluid-dynamic study on a multistage fluidized bed column for continuous CO2 capture via temperature swing adsorption Zehetner E, Schony G, Fuchs J, Proll T, Hofbauer H |
535 - 541 |
Thermal cracking of canola oil in a continuously operating pilot plant Fimberger J, Swoboda M, Reichhold A |
542 - 550 |
Hydrocracking of a plastic mixture over various micro-mesoporous composite zeolites Munir D, Abdullah, Piepenbreier F, Usman MR |
551 - 559 |
Catalytic ash free coal gasification in a fluidized bed thermogravimetric analyzer Samih S, Chaouki J |
560 - 568 |
Modeling FCC spent catalyst regeneration with computational fluid dynamics Singh R, Gbordzoe E |
569 - 577 |
Fluidized bed reactor design study for pressurized chemical looping combustion of natural gas Zerobin F, Penthor S, Bertsch O, Proll T |
578 - 584 |
Effect of steam on the performance of Ca-based sorbents in calcium looping processes Coppola A, Gais E, Mancino G, Montagnaro F, Scala F, Salatino P |
585 - 591 |
A twin-bed test reactor for characterization of calcium looping sorbents Coppola A, Scala F, Gargiulo L, Salatino P |
592 - 598 |
A 1.5D model of a complex geometry laboratory scale fuidized bed dc equipment Krzywanski J, Zylka A, Czakiert T, Kulicki K, Jankowska S, Nowak W |
599 - 613 |
Modelling study of two chemical looping reforming reactor configurations: looping vs. switching Morgado JF, Cloete S, Morud J, Gurker T, Amini S |
614 - 627 |
Numerical simulation of hydrogen production by chemical looping reforming in a dual fluidized bed reactor Diglio G, Bareschino P, Solimene R, Mancusi E, Pepe F, Salatino P |
628 - 640 |
Dynamic flowsheet simulation of gas and solids flows in a system of coupled fluidized bed reactors for chemical looping combustion Haus J, Hartge EU, Heinrich S, Werther J |
641 - 649 |
Computational Fluid Dynamics study of the CREC Riser Simulator: Mixing patterns Ahmed I, Rostom S, Lanza A, de Lasa H |
650 - 657 |
Estimation of solids circulation rate through magnetic tracer tests Guio-Perez DC, Dietrich F, Cala JNF, Proll T, Hofbauer H |
658 - 669 |
Measurement of solids circulation rate in a high-temperature dual fluidized bed pilot plant Rahman MH, Bi XTT, Grace JR, Lim CJ |
670 - 676 |
Solids circulation in circulating fluidized beds with low riser aspect ratio and varying total solids inventory Karlsson T, Liu XM, Pallares D, Johnsson F |
677 - 686 |
The role of fuel mixing on char conversion in a fluidized bed Lundberg L, Soria-Verdugo A, Pallares D, Johansson R, Thunman H |
687 - 696 |
Investigations using a cold flow model of char mixing in the gasification reactor of a dual fluidized bed gasification plant Kraft S, Kirnbauer F, Hofbauer H |
697 - 710 |
A Lagrangian-Eulerian hybrid model for the simulation of poly-disperse fluidized beds: Application to industrial-scale olefin polymerization Schneiderbauer S, Pirker S, Puttinger S, Aguayo P, Touloupidis V, Joaristi AM |
711 - 717 |
Expansion properties of alginate beads as cell carrier in the fluidized bed bioartificial liver Naghib SD, Pandolfi V, Pereira U, Girimonte R, Curcio E, Di Maio FP, Legallais C, Di Renzo A |
718 - 724 |
Combustion of lignin-rich residues with coal in a pilot-scale bubbling fluidized bed reactor Solimene R, Cammarota A, Chirone R, Leoni P, Rossi N, Salatino P |
725 - 739 |
Experimental validation of CFD hydrodynamic models for catalytic fast pyrolysis Adkins BD, Kapur N, Dudley T, Webb S, Blaser P |