Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Day 1 9:00– 9:20 | K101 | Fundamental investigation on relationship between chemical structure of copolymer and reverse solute flux in forward osmosis process
| forward osmosis reverse solute flux draw solution
| SY-61 | 727 |
Day 1 9:00– 10:20 | Chair: Nakagawa Keizo, Sakai Motomu |
K101 | Fundamental investigation on relationship between chemical structure of copolymer and reverse solute flux in forward osmosis process
| forward osmosis reverse solute flux draw solution
| SY-61 | 727 |
K102 | Fundamental investigation on relationship between chemical structure of ionic liquid and UCST-type phase transition behavior
| Forward osmosis Thermo-responsive draw solution Ionic liquid
| SY-61 | 760 |
K103 | Simultaneous TOC concentration and desalination of sewage by forward osmosis for methane fermentation
| Forward osmosis Concentration Desalination
| SY-61 | 1038 |
K104 | Polyvinyl alcohol hydrogel composite forward osmosis membrane with outstanding ammoniacal nitrogen retention and fouling control
| polyvinyl alcohol composite membrane forward osmosis
| SY-61 | 717 |
Day 1 9:20– 9:40 | K102 | Fundamental investigation on relationship between chemical structure of ionic liquid and UCST-type phase transition behavior
| Forward osmosis Thermo-responsive draw solution Ionic liquid
| SY-61 | 760 |
Day 1 9:40– 10:00 | K103 | Simultaneous TOC concentration and desalination of sewage by forward osmosis for methane fermentation
| Forward osmosis Concentration Desalination
| SY-61 | 1038 |
Day 1 10:20– 10:40 | K105 | Development of novel anti-fouling agents for reverse osmosis membranes based on intermediate water concept
| reverse osmosis membrane anti-fouling intermediate water
| SY-61 | 236 |
Day 1 13:20– 13:40 | K114 | Effect of Ti/OCL ratio on gas permeation properties of TiO2-SiO2-organic chelate ligand (OCL) composite membranes
| Hydrogen TiO2-SiO2 Organic chelating ligand
| SY-61 | 590 |
Day 1 16:40– 17:00 | K124 | Development of ion gel composite membrane with high CO2 separation performance using loosely crosslinked polydimethylsiloxane gutter layer
| Gas separation membrane Thin film composite membrane Ion gel
| SY-61 | 868 |
Day 1 17:00– 17:20 | K125 | Design of gel network to develop a tough gel membrane containing an ionic liquid for CO2 separation
| Tough ion gel CO2 separation membrane
| SY-61 | 722 |
Day 1 17:20– 17:40 | K126 | Consideration of the Performance of a Membrane Module with Facillitated Transport Membrane with an Amino Acid Ionic Liquid as a CO2 Carrier
| Facilitated transport membrane CO2 separation membrane module simulation
| SY-61 | 689 |
Day 2 10:20– 10:40 | K205 | Graphene oxide interlayer space induced horizontal transformation of Zn-TCPP Nanosheets for efficient nanofiltration membrane
| Metal-organic framework nanosheets reduced graphene oxide laminar membrane
| SY-61 | 777 |
Day 2 14:00– 14:20 | K216 | Effect of silica surface modification on W/O emulsion separation of silica-modified polyketone membranes
| membrane polyketone emulsion
| SY-61 | 747 |
Day 3 10:00– 11:00 | PA321 | Ionic liquids separation from organic solvent using silicone-based composite membrane
| Silicone membrane Ionic liquid permeation mechanism
| SY-58 | 332 |
Day 3 10:00– 11:00 | PA341 | Molecular simulation of organic solvent mixtures reverse osmosis separation in microporous ceramic membranes
| molecular simulation organic solvent separation
| SY-58 | 624 |
Day 3 10:00– 11:00 | PA355 | Relationship between 2D channel structure and membrane performance in silicate nanosheet laminar membranes
(Kobe U.) *(Stu)Okamoto Masaki, (Reg)Nakagawa Keizo, Kashiwazaki Hiromu, (Reg)Kitagawa Tooru, (Reg)Okamoto Yasunao, (Reg)Matsuoka Atsushi, (Reg)Kamio Eiji, (Nissan Chemical) (Cor)Kitagawa Hirotake, (Cor)Takakuma Noriyuki, (Kumamoto U.) Awaya Keisuke, Ida Shintarou, (Kobe U.) (Reg)Matsuyama Hideto, (Reg)Yoshioka Tomohisa | Silicate nanosheet Organic solvent nanofiltration membrane
| SY-58 | 798 |
Day 3 10:00– 11:00 | PA359 | Fundamental investigation on the preparation method of a thin ion gel membrane using gel precursor solution containing a surfactant
| ion gel membrane surface wettability CO2 separation
| SY-58 | 829 |
Day 3 10:00– 11:00 | PA365 | Modeling and structural characterization of amorphous TiO2-SiO2 membrane materials by molecular dynamics simulation and X-ray analysis
| simulation amorphous TiO2-SiO2
| SY-58 | 902 |
Day 3 10:00– 11:00 | PA367 | Gas permeation properties of porous TiO2-Al2O3-double organic chelate ligand (bi-OCL) composite hydrogen separation membranes.
| Inorganic Membrane Gas Separation Hydrogen
| SY-58 | 931 |
Day 3 11:00– 12:00 | PA350 | Fouling behavior of foulants with different functional groups in hexane
| Membrane separation Fouling Organic solvent separation
| SY-58 | 767 |
Day 3 11:00– 12:00 | PA352 | Organic Solvent Nanofiltration in Graphene Oxide laminar membrane: Effect of graphene structure on membrane performance
| Graphene Oxide Organic Solvent Nanofiltration Nanosheet
| SY-58 | 789 |
Day 3 11:00– 12:00 | PA356 | Fundamental investigation on the fabrication of a double network ion gel with a semi-crystalline polymer as the sacrificial bond
| double network ion gel membrane semi-crystalline polymer sacrificial bond
| SY-58 | 812 |
Day 3 11:00– 12:00 | PA358 | Effect of humidity on CO2 permeability of an amino acid ionic liquid-based facilitated transport membrane
| Amino acid ionic liquid Facilitated transport membrane CO2 separation
| SY-58 | 828 |