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SCEJ 57th Autumn Meeting
Sep. 14 (Mon) - 16 (Wed), 2026
Higashi-hiroshima Campus, Hiroshima University
Japanese page
Mixing phenomena are observed in a wide range of processes, including chemical reactions, materials processing, biotechnology, environmental systems, energy, and food production. Their spatiotemporal scales vary significantly depending on the equipment and target systems.
\n\nFrom a broad range of perspectives, this symposium aims to advance both the scientific understanding and technological development of mixing. It covers a wide spectrum of topics related to mixing and agitation, ranging from fundamental mixing phenomena to equipment and process design.
\n\nThe "Encouragement Award" and "Presentation Award" of Symposium Award of Division of Fluid Particle Processing will be given to the outstanding presentations among those entries. For details, please check the application guidelines below.
\n\nhttps://scej-fpp.org/partluid/symposium/
\n\nPlease note that "Presentation Award" for students is also an entry-based competition. You can enter the competition via the link below.
\n\nMost recent update: 2026-06-27 21:03:02
 The keywords that frequently used in this topics code. | Keywords | Number | |
|---|---|---|---|
| mixing | 7 |  | |
| CFD | 5 | | |
| neutralization reaction | 2 | | |
| mixing time | 1 | | |
| ACKN No. | Title/Author(s) | Keywords | Style |
|---|---|---|---|
| 7 | Mixing performance for crescent-shaped impellers in laboratory round-bottom flask | Mixing Mixing performance Crescent-shaped impellers | O |
| 8 | Development of Novel Degassing Method Using an Agitated Vessel and Selection of Impeller Types | Mixing Bingham fluid Cavity | O |
| 9 | Power Consumption and Mass Transfer Characteristics of HSF Reactor | Mixing Bioreactor Mass Transfer Characteristics | O |
| 10 | Correlation of just-suspended Impeller speed and effect of impeller placement on solid-liquid mixing at high particle loadings | Mixing Solid-liquid system Suspension | O |
| 30 | Application of Computational Fluid Dynamics to the Prediction of Mixing Time in Stirred Tanks for Pharmaceutical Processes | CFD mixing time | O |
| 91 | Development of the HR1000 Impeller for Water Treatment Aimed at Slurry Fluidization | Mixing Slurry Water Treatment | O |
| 213 | Study on Free-Surface Vortex in Eccentric Mixing with a Six-Blade Vertical Paddle Impeller | Free Surface Vortex Eccentric Mixing Vertical Paddle Impeller | O |
| 214 | Gas-liquid volumetric mass transfer coefficient in gas-liquid-solid agitation using a large-scale impeller | MAXBLEND impeller Mass transfer coefficient Multiphase mixing | O |
| 238 | Flow analysis in bottom-mount agitator tank | CFD Flow analysis bottom-mount agitator | O |
| 500 | Investigation of turbulent mixing neutralization reaction mechanism and scale-up characteristics with continuous liquid injection and stirring | mixing neutralization reaction reaction rate constan | O |
| 554 | CFD-PBM analysis of the relationship between power consumption and volumetric mass transfer coefficient in a dual-impeller aerated stirred tank | CFD Aerated stirred tank mass transfer | O |
| 593 | CFD analysis of turbulent mixing and neutralization reaction in a double-stage-impeller stirred tank at different base injection positions | CFD mixing neutralization reaction | O |
| 662 | Solid-Liquid Multiphase Flow Simulation for the Scale-Up of a Draft-tube Stirred Vessel Targeting Crystal Agglomeration and Coarsening | CFD Crystallization Multiphase flow simulation | O |
| 672 | Numerical simulation of drop breakup process in shear field between rotating cylinders | VOF method Drop breakup Critical condition | O |
| 860 | [Review lecture] Sensing-Driven Evolution of Mixing Technology: Toward Function-Creating Processes | Drynamic sensing Process Visualization Function Creation | O |
| 865 | Investigation of the Fundamental Characteristics of a Serrated Rushton Turbine | modified Rushton impeller power consumption PIV method | O |
Organizing Committee of SCEJ 57th Annual Meeting (2026)
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