SCEJ

23rd SCEJ Students Meeting (2021)

Session programs

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Separation processes

D01-D07, D09-D15, D22-D27, D29-D34, E02-E07, E09-E13

Most recent update: 2021-03-04 21:47:01
TimePaper
ID
Title / AuthorsKeywordsTopic codeAck.
number
Hall D
(9:00–10:24) (Chair: No data , No data )
9:009:12D01Development of polyamide membrane for nanofiltration in organic solvent
(Kobe U./MaF Tech C.) *Oda Y., Shintani T., Nakagawa K., Sasaki Y., Kamio E., Yoshioka T., Matsuyama H.
fluorine containing monomer
NF membrane
organic solvent
4-a171
9:129:24D02Study on reduction of aromatic compounds in a molybdenum disulfide nanosheet stacked membrane reactor
(U. Kobe) *Ueno Takumi, Nakagawa Keizo, Yoshioka Tomohisa, Shintani Takuji, Kamio Eiji, Matsuyama Hideto
membrane
nanosheet
catalyst
4-a257
9:249:36D03Investigation on mechanical strength of inorganic/organic composite network ion gel with several kinds of ionic liquids
(Kobe U./MaF Tech Center) *Morihira Kenta, Kamio Eiji, Matsuoka Atsushi, Nakagawa Keizo, Yoshioka Tomohisa, Matsuyama Hideto
CO2 Separation Membrane
Tough Gel
Ionic Liquids
4-a183
9:369:48D04Optimization of precursor solution of inorganic/organic double-network ion gel for thin gel membrane development
(Kobe U./MaF Tech Center) *Hisataka Riku, Kamio Eiji, Matsuoka Atsushi, Nakagawa Keizo, Yoshioka Tomohisa, Matsuyama Hideto
Tough Gel
Ionic Liquids
CO2 Separation Membrane
4-a267
9:4810:00D05Water/Oil emulsion separation using synthesized silica aerogel on filter paper
(NIT Wakayama) *Ikeda Ryo, Kawaji Takatoshi, (AQUA CHEMICAL) Nakano Shinichi, Kawabata Sayaka, Dei Takehito, (NIT Wakayama) Kishimoto Noboru
Emulsion
Water/Oil separation
Silica aerogel
4-a248
10:0010:12D06Adsorption characteristics of porous chitin aerogel with charge-selective adsorption behavior
(NIT Oyama) *Kouya H., Kashima K., (Nihon U.) Imai M.
Chitin
Aerogel
Adsorption
4-e261
10:1210:24D07Molecular screening characteristics of calcium alginate membrane with regulated mass transfer channels
(NIT Oyama) *Kuroda R., Kashima K., (Nihon U.) Imai M.
alginate
membrane
nanofiltration
4-a262
(10:36–12:00) (Chair: No data , No data )
10:3610:48D09Effects of alkoxiside tretments on MFI zeolite membranes
(Shibaura Inst. Tech.) *Katano Maki, Kamata Kazuki, Ishii Katsunori, Nomura Mikihiro
membrane
zeolite
alkoxiside tretments
4-a85
10:4811:00D10Effects of smooth surface substrates on synthesis of zeolite membranes
(Shibaura Inst. Tech) *Kimura Yuka, Kamata Kazuki, Ishii Katsunori, Nomura Mikihiro
zeolite
membrane
substrates
4-a133
11:0011:12D11Effect of organic acid on dehydration performance of zeolite membrane
(Yamaguchi.U.) *Shimada Yu, Maruo Yusuke, Yamada Mamoru, Kumakiri Izumi
membrane
dehydration
bioethanol
4-a288
11:1211:24D12effect of hydrothermal treatment on dehydration performance of zeolite membrane
(yamaguchi.U.) *Ooyama Souta, (Zaragoza.U.) Menenndezu Migeru, (yamaguchi.U.) Kumakiri Izumi
zeolite membrane
dehydration performance
hydrothermal treatment
4-a289
11:2411:36D13Development of carbon dioxide permselective zeolite membranes
(Shibaura Inst. Tech.) *yano yuta, takayama daisi, Gabriel G d S F., isii katunori, nomura mikihiro
zeolite membrane
CO2
CCU
4-a330
11:3611:48D14Olefin synthesis through contactor type zeolite membranes
(Shibaura Inst. Tech. or Saitama Inst. Tech. or Shonan Inst. Tech.) *Maehara Sota, Tanizume Shusei, Isii Katsunori, Nomura Mikihiro, (Sumitomo Electric Ind.) Onoki Takamasa, Okuno Takuya, Tawarayama Hiromasa, Ishukawa Shinji
membrane contactor
Zeolite
Olefin
4-a84
11:4812:00D15Differences in properties depending on the synthesis conditions of zeolite
(Hiroshima kokutaiji H.S.) *abe shohei, *isizaki aturou, *hujikame kana, *hujikawa ryugo, *yamanisi hiroko
zeolite
adsorption
metal ions
4-e18
(13:12–14:24) (Chair: No data , No data )
13:1213:24D22Effect of molecular weight of branched copolymer-based draw solute on reverse solute permeation in forward osmosis process
(Kobe U./MaFTech Center) *Fukushima M, Yumiya K, Inada A, Matsuoka A, Kamio E, Matsuyama H
Forward osmosis
Draw solution
Branched copolymer
4-a142
13:2413:36D23Development of forward osmosis membranes for NH4+ concentration and its performance evaluation
(Kobe U./MaF Tech C.) *Miyake T. ,, Sasaki Y. ,, Nakagawa K. ,, Shintani T. ,, Kamio E. ,, Matsuyama H. ,
Forward osmosis membrane
Ammonium
Separation
4-a246
13:3613:48D24Effect of surface structure of polyketone membrane on separation of water in oil emulsion
(Kobe U.) *Watanabe T. ,, Nakagawa K. ,, Shintani T. ,, Sasaki Y. ,, Yoshioka T. ,, Kamio E. ,, Matsuyama H. ,
membrane
polyketone
emulsion
4-a258
13:4814:00D25Liquid permeation through surface treated inorganic membranes
(Shibaura Inst. Tech) *Nakagaki Yusuke, Ota Fumiya, Yoshiura Zyunko, Ishii Katsunori, Nomura Mikihiro
membrane
inorganic
ceramic
4-a86
14:0014:12D26Interplay between CO2 separation performance and morphology of amine-containing polymeric membranes
(Chikushi Jogakuen Senior H.S.) *Nakashima Ayaka, (WPI-I2CNER, Kyusnu U.) Taniguchi Ikuo
amine
CO2
polymeric membrane
4-a7
14:1214:24D27Search for acidic substances possessed the effect of removing stains
(HITACHI DAIICHI) *Kanao Yui, *Kawai Shiho, *Nagayama Maaya, *Sato Misaki, Yamaguchi Satoru
Stain removal
Acidic substance
tannin acid
4-b188
(14:36–15:48) (Chair: No data , No data )
14:3614:48D29Mass transfer characterization of collagen made casing membrane to apply selective separation of water-soluble components
(Nihon-U.) *Nishida Ibuki, Tao Kei, Imai Masanao
Effective diffusion coefficient
Molecular size recognition
Artificial casing membrane
4-a236
14:4815:00D30Effect of Factors Affecting on Emulsion-phase in "Emulsion-flow" Method for Solvent Extraction
(U.Kagoshima) *Makishima Miki, Hirayama Mikiro, Goshima Takashi, Mizuta Kei, Nii Susumu
Emulsion
Extraction
Column
4-f281
15:0015:12D31Improvement of reaction rate in solvent extraction of Pd using surfactants.
(OPUCT) *Kanamura Hideo, Kurahashi Kensuke, (ICR) Sohrin Yoshiki
solvent extraction
surfactants
Pd
4-f204
15:1215:24D32Characterization of Porphyrin Catalyst-loaded CD-MOF
(Ariake Kosen) *Hayashi Erika, Koga Akihiro, (Sojo U.) Kusakabe Tadashi, (Ariake Kosen) Okobira Tadashi
cyclodextrin
MOF
catalysis
4-j254
15:2415:36D33Separation of photosynthetic pigments contained in cyanobacteria
(Hiroshimakokutaiji) *Oka Jumpei, *Ishibashi Hina
ficobilin
cyanobacteria
photosynthetic pigment
4-f8
15:3615:48D34Study of the Concentration Effect of Solution Coagulation-Melting
(Hokkai H.S.) *Miyashita Ayane, *Sugai Ryuta, (Hokkai H.S) Kato Tatsuo
Coagulation
Solution Concentration
melting
4-j50
Hall E
(9:12–10:24) (Chair: No data , No data )
9:129:24E02Separation properties of carbon dioxide by silicalite membranes prepared on porous SUS tube
(Tokushima U.) *Akagi S., Yamauchi T., Katoh M., Shimoda N., Sugiyama S., (MIcrotracBEL) Nakai K.
silicalite membrane
carbon dioxide
separation property
4-a62
9:249:36E03Search of zeolite particles introduced on porous SUS tubes for preparation of palladium thin membranes
(Tokushima U.) *Kozai T., Terasaki K., Katoh M., Shimoda N., Sugiyama S.
Pd thin membrane
zeolite particle
porous SUS tube
4-a63
9:369:48E04Preparation of dense Pd membranes by vacuum-assisted electroless plating on porous SUS tube with spherical silica particles
(Tokushima U.) *Tanaka C., Inadu Y., Katoh M., Shimoda N., Sugiyama S.
Dense Pd membrane on porous SUS tube
Vacuum-assisted electroless plating
Spherical silica particle
4-a65
9:4810:00E05Separation of organic liquids through silica membranes
(Shibaura Inst. Tech.) *Takeyama Taiki, Ishii Katsunori, Nomura Mikihiro
aceticacid
iodomethane
acetaldehyde
4-a67
10:0010:12E06Fabrication of polyamide-TFC membrane using porous ceramic substrate
(MaFˇ¦Techˇ¦C) *Takahashi Ryosuke, Yoshioka Tomohisa, Shintani Takuzi, Nakagawa Keizo, Matsuoka Atsushi, Sasaki Yuji, Kamio Eiji, Matsuyama Hideto
Polyamide
Ceramic membrane
Nanofiltration
4-a146
10:1210:24E07Examination of Zeolite-TiO2 composite membrane aiming at decomposition of dissolved organic matter
(Yamaguchi U.) *sakai hiroshi, murasaki kouhei, kumakiri izumi
membrane
Zeolite
TiO2
4-a286
(10:36–11:36) (Chair: No data , No data )
10:3610:48E09Adsorption characteristics of acid clay as adsorbent for caffeine
(U. Hyogo) *Ouchi Shuhei, Matsuda Toru, Taguchis Shogo, Maeda Kouji, Yamamoto Takuji
caffeine
acid clay
4-e102
10:4811:00E10Characterization of Multimodal Chromatographic resins using Design of Experiments
(Kyoto Inst.Tech.) *Kobayashi Ryo, Ohara Ayaka, (YMC) Takahashi Ryosuke, Takai Takatomo, (Kyoto Inst.Tech.) Horiuchi Jun-ichi, Kumada Yoichi
Multimodal chromatography
Design of Experiments
protein adsorption
4-e299
11:0011:12E11Development of Zn plating wastewater by adsorption separation system using ion exchange/chelate fibers
(NIT Nara) *Kinooka K., Hayashi K., Nakamura H.
Adsorption separation
Ion exchange/chelate fibers
Plating wastewater
4-e201
11:1211:24E12Preparation of activated carbon from waste orange peels by microwave heating
(NIT Wakayama) *Wada Kazuma, Kishimoto Noboru
Microwave
Activated carbon
Orange peel
4-e273
11:2411:36E13Applying chlorophyll to sunscreen cream
(Osaka Pref. TENNOJI H.S.) *Mori A., *Shinohara M., *Okada M.
Synergy
Sunscreen cream
Persistence
14-e137

Technical program
23rd SCEJ Students Meeting (2021)

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Most recent update: 2021-03-04 21:47:01
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