Day 1 | |||||
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Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Toward the carbon-free society - production, transportation, and utilization of hydrogen and ammonia> | |||||
(14:00 –14:30 ) (Chair: Tadaaki Shimizu) | |||||
A121 | [Requested talk]R&D activity of NEDO toward carbon-free society | carbon recycle fuel ammonia e-fuel | S-1 | 90 | |
(14:30 –15:15 ) (Chair: Fumihiko Kosaka) | |||||
A123 | Development of a chemical-looping process to produce hydrogen from biomass and low-lank coals - recovery of carbon dioxide-rich gas from fuel reactor | hydrogen chemical-looping fluidized bed | S-1 | 11 | |
A124 | Development of a chemical-looping process to produce hydrogen from biomass and low-rank coals – evaluation of reactivity of iron-based oxygen carriers | hydrogen chemical-looping fluidized bed | S-1 | 7 | |
A125 | Development of a chemical-looping process to produce hydrogen from biomass and low-rank coals – hydrogen production using a bubbling fluidized bed reactor | hydrogen chemical-looping fluidized bed | S-1 | 13 | |
Break | |||||
(15:30 –16:15 ) (Chair: Tomonao Saito) | |||||
A127 | Development of a triple-fluidized bed chemical-looping process to produce hydrogen from biomass and low-rank coals | hydrogen chemical-looping fluidized bed | S-1 | 14 | |
A128 | Study on char mixing and separation for chemical loop hydrogen production | Chemical looping Char Separation DEM Simulation | S-1 | 68 | |
A129 | Hydrogen production by chemical-looping process using ceria-based oxygen carrier | Hydrogen carbon dioxide chemical-looping | S-1 | 6 | |
(16:15 –16:45 ) (Chair: Tadaaki Shimizu) | |||||
A130 | Tar reforming demonstration by using CaO particle | Tar reforming CaO catalyst Fluidized Bed | S-1 | 88 | |
A131 | Direct green fuel production from dilute CO2 using dual-function materials (Nat. Inst. Adv. Ind. Sci. and Tech.(AIST)) *Kosaka Fumihiko, | CO2 capture CO2 utilization dual-function materials | S-1 | 87 | |
General discussion | |||||
Day 2 | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
¡Ú³ØÀ¸¾Þ¹Ö±é¡Û´ðÁÃʪÀ/γ»ÒήÂÎ | |||||
(10:00 –11:45 ) (Chair: No data , No data ) | |||||
A205 | Measurement of vapor-liquid equilibria needed for the separation of 1-propanol + water system by extractive distillation | Vapor-liquid equilibria Extractive distillation Alcohol dehydration | 1-a | 20 | |
A206 | Design of solvent medium for antiviral drug cocrystal formation | antiviral drug cocrystal solvent medium | 1-b | 24 | |
A207 | Development of screening method for in silico cocrystal formation using Raman spectra | cocrystal screening Raman spectrum | 1-b | 54 | |
A208 | CO2/CH4$ selectivity and thermodynamic evaluation of protic ionic liquids | Protic ionic liquid Carbon dioxide Methane | 1-a | 57 | |
A209 | Measurement of liquid-liquid equilibria for ternary system limonene + linalool + 1-butyl-3-methylimidazolium glycine([BMIM][Gly]) | Liquid-liquid equilibria Ionic liquid Essential oil | 1-a | 89 | |
A210 | Pulverization characteristic analysis of polymer fine particles by a jet mill with classification mechanism | pulverization polymer fine particles jet mill | 2-f | 10 | |
A211 | Power Consumption and Discharge Flow Rate of 6 Blades Vertical Paddle Impeller in Large Diameter Vessel using CFD | CFD Power Consumption Discharge Flow Rate | 2-b | 21 | |
Exchange meeting | |||||
Lunch break | |||||
(13:00 –14:30 ) (Chair: No data , No data ) | |||||
A217 | Preparation of microparticles using droplet-generating microfluidic devices integrated with inverse colloidal crystals | Microfluidic device Droplet Particle | 2-e | 28 | |
A218 | Heat transfer and flow analysis of molten glass flow from a nozzle | molten glass glass melter CFD | 2-a | 29 | |
A219 | Simulation of droplet ejection from an inkjet nozzle. ~Effect of pressure waveforms to the ejection of droplets~ | inkjet droplets pressure waveforms | 2-e | 31 | |
A220 | Numerical simulation of a jet from a flat nozzle | Axis-switching | 2-e | 59 | |
A221 | Numerical simulation of natural convection in highly viscous fluids | natural convection viscous fluids CFD | 2-a | 60 | |
A222 | Synthesis and applications of iron oxide nanomaterials by using natural products | Iron oxide nanoparticle Hydrothermal synthesis Sustainable green synthesis | 2-f | 45 | |
Exchange meeting |