Effect of gassing rate on solid–liquid mass transfer coefficients and particle slip velocities in stirred tank reactors
R.P Fishwick , J.M Winterbottom , E.H Stitt
Chemical Engineering Science 58 ( 3) 1087 -1093
15
2003
Modelling propane dehydrogenation in a rotating monolith reactor
E.H Stitt , S.D Jackson , D.G Shipley , F King
Catalysis Today 69 ( 1) 217 -226
16
2001
New insights to trickle and pulse flow hydrodynamics in trickle-bed reactors using MRI
Matthew H.M. Lim , A.J. Sederman , L.F. Gladden , E.H Stitt
Chemical Engineering Science 59 ( 22) 5403 -5410
20
2004
Alternative multiphase reactors for fine chemicals: A world beyond stirred tanks?
E.H Stitt
Chemical Engineering Journal 90 ( 1) 47 -60
87
2002
Investigating mixing and segregation using discrete element modelling (DEM) in the Freeman FT4 rheometer.
Zilin Yan , Sam K. Wilkinson , Edmund H. Stitt , Michele Marigo
International Journal of Pharmaceutics 513 ( 1) 38 -48
38
2016
Use of acoustic emission in combination with machine learning: monitoring of gas–liquid mixing in stirred tanks
Giuseppe Forte , Federico Alberini , Mark Simmons , Hugh E. Stitt
Journal of Intelligent Manufacturing 32 ( 2) 633 -647
2021
Assessing Blending of Non‐Newtonian Fluids in Static Mixers by Planar Laser‐Induced Fluorescence and Electrical Resistance Tomography
Giuseppe Forte , Andrea Albano , Mark J. H. Simmons , Hugh E. Stitt
Chemical Engineering & Technology 42 ( 8) 1602 -1610
11
2019
A COMBINED CRITERION TO IDENTIFY MIXING PERFORMANCE FOR THE BLENDING OF NON-NEWTONIAN FLUIDS USING A KENICS KM STATIC MIXER ZŁOŻONE KRYTERIUM DO OKREŚLANIA
FEDERICO ALBERINI , MARK JH SIMMONS , ANDY INGRAM , E HUGH STITT
3 -3
VALIDATION OF ZONAL MODELS FOR STIRRED VESSELS WITH RADIAL & AXIAL IMPELLERS USING PEPT
Jonathan HALL , Iwan EDWARDS , Mark SIMMONS , Hugh STITT
Energy 5 10 -10
Liquid-liquid contacting
Philip J Bailes , Edmund H Stitt
14
1988
Models of Good Behaviour?
HUGH STITT
TCE: The Chemical Engineer
2
2016
Contact angle between porous particles and selected solvents
E Nowak , G Combes , HE Stitt , Andrzej Pacek
Chemical Engineering Science
2011
A combined criterion to identify mixing performance for the blending of non-Newtonian fluids using a Kenics KM static mixer
E. Hugh Stitt , Federico Alberini , Mark J.H. Simmons , Andy Ingram
Czasopismo Techniczne. Mechanika
1
2012
Research data supporting “PFG NMR and Bayesian Analysis to Characterise Non-Newtonian Fluids"
E. Hugh Stitt , Andrew P.E. York , Thomas W. Blythe , Andrew J. Sederman
University of Cambridge
2016
PFG NMR and Bayesian analysis to characterise non-Newtonian fluids.
Thomas W. Blythe , Andrew J. Sederman , E. Hugh Stitt , Andrew P.E. York
Journal of Magnetic Resonance 274 103 -114
3
2017
110th Anniversary: Slurryability: What Makes a Powder Hard To Incorporate into a Slurry?
Thomas Wood , Mark J. H. Simmons , Richard W. Greenwood , Stephanie A. Turnbull
Industrial & Engineering Chemistry Research 58 ( 31) 14396 -14409
2019
CFD Method To Couple Three-Dimensional Transport and Reaction inside Catalyst Particles to the Fixed Bed Flow Field
Anthony G. Dixon , M. Ertan Taskin , Michiel Nijemeisland , E. Hugh Stitt
Industrial & Engineering Chemistry Research 49 ( 19) 9012 -9025
115
2010
Flow, Transport, and Reaction Interactions for Cylindrical Particles With Strongly Endothermic Reactions
M. Ertan Taskin , Alexandre Troupel , Anthony G. Dixon , Michiel Nijemeisland
Industrial & Engineering Chemistry Research 49 ( 19) 9026 -9037
24
2010
Catalyst Deactivation in 3D CFD Resolved Particle Simulations of Propane Dehydrogenation
Mohsen Behnam , Anthony G. Dixon , Michiel Nijemeisland , E. Hugh Stitt
Industrial & Engineering Chemistry Research 49 ( 21) 10641 -10650
40
2010
Bubble Sizes in Agitated Water−Hydrophilic Organic Solvents for Heterogeneous Catalytic Reactions
Binjie Hu , Alvin W. Nienow , E. Hugh Stitt , Andrzej W. Pacek
Industrial & Engineering Chemistry Research 46 ( 13) 4451 -4458
10
2007