
Title (J) field includes “条件”; 28 programs are found. (“Poster with Flash” presentations are double-counted.)
The search results are sorted by the start time.
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Day 0 | X018 | [Invited lecture] Perspectives on the development of conditions for the implementation of carbon-neutral systems in the society ~Issues and discussions from the aspect of governance~ | Socio-technical systems theory Energy democracy Building a post-carbon society | SP-1 | 1070 |
| Day 1 | R101 | Experimental evaluation on air adsorption/desorption behavior of CMS under temperature swing conditions by the volumetric method | Air separation TSA process Carbon molecular sieves | SY-74 | 1031 |
| Day 1 | PA132 | Design of Green Ammonia Synthesis Process Considering Weather Conditions Variation | Renewable energy Ammonia Dynamic simulation | SY-62 | 853 |
| Day 1 | I106 | Effect of Pd/Cu Membrane Thickness Condition on Biogas Dry Reforming with Ni/Cr Catalyst | Hydrogen production Biogas dry reforming Membrane reactor | ST-23 | 83 |
| Day 1 | D109 | Simulation analysis of the effect of smaller particle arrangement conditions on liquid fluid behavior in a smaller particle admixing slurry | admixing smaller particle slurry viscosity DNS simulation | SY-54 | 658 |
| Day 1 | D113 | Effect of operating conditions on the agglomerate formation of fine powders in vibrating fluidized bed | vibrating fluidized bed agglomeration operating conditions | SY-54 | 345 |
| Day 1 | D115 | [Featured presentation] Effect of kneading conditions on particle dispersion in slurry of lithium-ion battery electrodes and redox flow batteries | Dispersion Adsorption Kneading | SY-54 | 751 |
| Day 1 | PA132 | Design of Green Ammonia Synthesis Process Considering Weather Conditions Variation | Renewable energy Ammonia Dynamic simulation | SY-62 | 853 |
| Day 1 | A116 | Analysis of operating conditions and cost estimation of CO2 membrane separation process for coal-fired power plants | CCUS facilitated transport membrane cost estimation | ST-22 | 443 |
| Day 1 | G123 | Solution Conditions for Nanofiber Formation Using Microchannel Wet-Spinning Process | Fiber Microfluidic device Solvent diffusion | SY-80 | 692 |
| Day 1 | G124 | Optimum working condition for permeation of biopolymer-based paste resulting in stabilization of sandy ground | sandy ground biopolymer-based stabilization spontaneous vertical permeation | SY-80 | 929 |
| Day 2 | H201 | Elucidation of appropriate data acquisition conditions for API concentration prediction by NIR | NIR Spectrum diffuse reflectance measurement API concentration prediction | ST-21 | 741 |
| Day 2 | J201 | Optimization of operating conditions using a crystallizer model with local temperature control | Crystallization Process synthesis Distributed parameter system | SY-65 | 149 |
| Day 2 | S207 | Investigation of high-speed impregnation conditions using high-concentration hydrogen supply in SiC-CVI process | SiC CVI CVD | ST-24 | 843 |
| Day 2 | D209 | Effect of temperature conditions on droplet size distribution of slurry atomization by a rotating disk | Spray drying Rotating disk atomizer Droplet size distribution | SY-55 | 904 |
| Day 2 | J209 | [Featured presentation] Elucidation of the impact of mixing and tableting conditions in the continuous manufacturing process of solid dosage forms on intermediate and final products | Process modeling Continuous manufacturing Product quality | SY-65 | 479 |
| Day 2 | K215 | Optimization of adsorption conditions of gold ions from acidic aqueous solution using nylon nanofibrous membranes | nanofibrous membrane gold ion recovery selective adsorption | SY-61 | 933 |
| Day 2 | PB226 | The effect of SOFC flow rate conditions on the composition of lean oxygen gas used in tri-generation | fuel cell oxygen utilization simulation | SY-75 | 892 |
| Day 2 | Z218 | Effects of Preparation Conditions of Solutions on the Production of Caffeine Microparticles by Supercritical Assisted Atomization (SAA-SD) Using CO2 | Supercritical CO2 Supercritical assisted atomization Particle production mechanism | SY-73 | 583 |
| Day 2 | Q221 | Catalytic activity of Pt-CuO/Mordenite for hydrothermal deoxygenation of plant oil | Renewable fuel oil plant oil deoxygenation Pt-CuO/mordenite | SY-63 | 471 |
| Day 3 | S302 | Catalytic activity of Pd/mesoporous silica for hydrothermal depoxygenation of plant oil | Renewble fuel oil Plant oil hydrodeoxygenation Pd/mesoporous silica | ST-29 | 240 |
| Day 3 | D304 | CFD-PBM analysis of agiattion and volumetric mass transfer coefficient in a wide range of aeration and agitation conditions | CFD Aerated stirred tank mass transfer | SY-56 | 497 |
| Day 3 | PA317 | Study of R410A purification conditions by hydrate phase equilibrium model | Gas hydrate Gas separation equilibrium | SY-58 | 294 |
| Day 3 | G307 | Investigation of effect of seeding conditions by PBM analysis of semi-batch sodium chloride evaporative crystallization process | sodium chloride evaporative crystallization Population Balance Model | SY-81 | 884 |
| Day 3 | PA316 | Effect of firing conditions of carbon films on osmotic vaporization separation performance | carbon membrane pervaparation molecular sieve | SY-58 | 271 |
| Day 3 | PA374 | Preparation and characterization of carbon molecular sieve membranes using commercially available hollow-fiber membranes | carbon molecular sieve membrane CVD polyimide hollow fiber | SY-58 | 998 |
| Day 3 | D319 | Effects of operating conditions of mixing on overall reaction rate constant of neutralization reaction in acid-base simultaneous addition | mixing neutralization reaction reaction rate constant | SY-56 | 275 |
| Day 3 | G319 | [Featured presentation] Improving the properties of crystalline particles and productivity under low supersaturation condition using high shear field | Crystallization Low supersaturation High shear field | SY-81 | 804 |
Technical program
Technical sessions (Wide)
(For narrow screen)
Session programs
Search in technical program
SCEJ 54th Autumn Meeting (Fukuoka, 2023)
© 2023 The Society of Chemical Engineers, Japan. All rights reserved.
www4.scej.org