Last modified: 2017-02-20 10:00:00
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
HQ-21 [Session organized by Headquarters/Branches] How Young Researchers Are Thinking about Future Research on Chemical Engineering (Poster) | |||||
(13:00–13:05) | |||||
Opening remark | |||||
(13:05–13:55) (Chair: | |||||
X301 | Separation of biomass using water/organic mixed solution and the production of useful chemicals from lignin-derived liquid | Lignin Phenol Water/1-butanol mixed-solvent | HQ-21 | 840 | |
X302 | Licenser's work and process development of H2S and NaSH production process | Process development Process license | HQ-21 | 690 | |
X303 | Suggestion of observation example and utilization of microwave special effect | Microwave non-thermal effect Non-equilibrium heating | HQ-21 | 92 | |
X304 | Effective Impeller Design for Solid-Liquid Mixing Based on A Model for Estimation of Just Suspension Speed | Solid-Liquid Mixing Lift Force SATAKE Supermix Impeller | HQ-21 | 391 | |
X305 | Development of the process for FCA (Fluid Catalytic Aromaforming) | Fluid bed Aromaforming Process development | HQ-21 | 216 | |
X306 | Design of biomaterials to mimic cell surface | saccharides biomaterials biomimetic | HQ-21 | 116 | |
(14:05–14:55) (Chair: | |||||
X307 | One-pot formation of surface-functionalized particles | surface-functionalized particle simultaneous immobilization one-pot formation | HQ-21 | 598 | |
X308 | Large Scale Computer Experiments of MAXBLEND Mixing Vessel by Renormalization Molecular Dynamics Method | Renormalization Molecular Dynamics MixingVessel MAXBLEND | HQ-21 | 70 | |
X309 | Conceptual design and feasibility evaluation of a new pathway producing tetraethoxysilane from silica | Conceptual design TEOS from silica Feasibility study | HQ-21 | 688 | |
X310 | High speed silicon deposition in PE-CVD using a high speed jet. | CVD silicon high deposition rate | HQ-21 | 109 | |
X311 | Demonstration of high efficient fuel cell power generating system using fuel reusing system | SOFC fuel reusing system two-stage stack | HQ-21 | 153 | |
X312 | Intensification of Hollow Fiber Membrane Process for Water Purification Using Oscillatory Flow and Vortex motion | Process Intensification Membrane separation Oscillatory flow | HQ-21 | 717 | |
(15:05–15:55) (Chair: | |||||
X313 | Characteristic of power consumption of rotational impellers | mixing power consumption correlation | HQ-21 | 126 | |
X314 | Feasibility study on CO2-free methanol production, delivery, and supply | CO2 hydrogenation process simulation feasibility study | HQ-21 | 721 | |
X315 | Quality by design for food processing: A case study on food drying | food engineering drying quality by design | HQ-21 | 36 | |
X316 | Study of the Incorporation Behavior of Analogue and its Enantiomer in L-Val Crystallization | Crystallization Branched Chain Amino Acid Solid Solution | HQ-21 | 175 | |
X317 | Development of continuous synthesis process of metal-organic frameworks for scale-up | High throughput process Metal-organic frameworks Spray-drying | HQ-21 | 271 | |
X318 | Monte Carlo simulation for aggregation of carbon nanoparticles | Soot Morphology Cluster-Cluster aggregation | HQ-21 | 826 | |
X319 | Structural and biological characterization of iron oxide nano magnetic materials for use in magnetic drug targeting | magnetic nanoparticles drug delivery systems x-ray scattering | HQ-21 | 37 | |
(15:55–16:00) | |||||
Closing remark |
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SCEJ 82nd Annual Meeting (Tokyo, 2017)