23rd SCEJ Students Meeting (2021): Hall program

Hall program

Hall E

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

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Separation processes
(9:12–10:24) (Chair: No data , No data )
9:12– 9:24	E02	Separation 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-a	62
9:24– 9:36	E03	Search 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-a	63
9:36– 9:48	E04	Preparation 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-a	65
9:48– 10:00	E05	Separation of organic liquids through silica membranes (Shibaura Inst. Tech.) *Takeyama Taiki, Ishii Katsunori, Nomura Mikihiro	aceticacid iodomethane acetaldehyde	4-a	67
10:00– 10:12	E06	Fabrication of polyamide-TFC membrane using porous ceramic substrate (MaF¡¦Tech¡¦C) *Takahashi Ryosuke, Yoshioka Tomohisa, Shintani Takuzi, Nakagawa Keizo, Matsuoka Atsushi, Sasaki Yuji, Kamio Eiji, Matsuyama Hideto	Polyamide Ceramic membrane Nanofiltration	4-a	146
10:12– 10:24	E07	Examination of Zeolite-TiO2 composite membrane aiming at decomposition of dissolved organic matter (Yamaguchi U.) *sakai hiroshi, murasaki kouhei, kumakiri izumi	membrane Zeolite TiO2	4-a	286
10:24– 10:36	Break
Separation processes
(10:36–11:36) (Chair: No data , No data )
10:36– 10:48	E09	Adsorption characteristics of acid clay as adsorbent for caffeine (U. Hyogo) *Ouchi Shuhei, Matsuda Toru, Taguchis Shogo, Maeda Kouji, Yamamoto Takuji	caffeine acid clay	4-e	102
10:48– 11:00	E10	Characterization 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-e	299
11:00– 11:12	E11	Development 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-e	201
11:12– 11:24	E12	Preparation of activated carbon from waste orange peels by microwave heating (NIT Wakayama) *Wada Kazuma, Kishimoto Noboru	Microwave Activated carbon Orange peel	4-e	273
11:24– 11:36	E13	Applying chlorophyll to sunscreen cream (Osaka Pref. TENNOJI H.S.) Mori A., Shinohara M., *Okada M.	Synergy Sunscreen cream Persistence	14-e	137
12:00– 12:12	Lunch break
Supercritical fluid
(13:00–14:24) (Chair: No data , No data )
13:00– 13:12	E21	Mechanochemical effect on cocrystal formation in high-pressure CO₂ (Tokyo Tech) *Kobayashi K, Orita Y, Shimoyama Y	high-pressure CO2 mechanochemical effect cocrystallization	8-e	199
13:12– 13:24	E22	Fabrication of visible light responsive photocatalyst by supporting CuO fine particles on TiO₂ thin film using supercritical fluid deposition (U.Tokyo) *Sato S., Aji R., Deura M., (Tokyo Tech) Shimoyama Y., (U.Tokyo) Shimogaki Y., Momose T.	supercritical fluid deposition visible light responsive photocatalyst	8-e	141
13:24– 13:36	E23	Effects of equipment factors on production of microparticles by supercritical anti-solvent recrystallization (SAS) in micro-space (Kanazawa U.) *Hada T., Kasahara N., Uchida H.	SAS Micro device Sulfathiazole	8-e	265
13:36– 13:48	E24	Preparation of ionic liquid impregnated mesoporous silica material using supercritical fluid method (Hiroshima U.) *So Ryosuke, Ushiki Ikuo, Kihara Shin-ichi, Takishima Shigeki	Supercritical carbon dioxide Mesoporous silica Ionic liquid	8-e	184
13:48– 14:00	E25	Measurement and modeling of adsorption equilibria of ester VOCs in supercritical CO2 for regeneration of high-performance activated carbon (Hiroshima U.) *Ueno Yuji, Ushiki Ikuo, Kihara Shin-ichi, Takishima Shigeki, (DAI-DAN Co) Ito Yasuyuki, (Tohoku U.) Inomata Hiroshi	Supercritical carbon dioxide Activated carbon Adsorption	8-c	197
14:00– 14:12	E26	Heat transport behavior of supercritical nano fluid (U.Tohoku) *Chiba N, (WPI-AIMR) Yoko A, (NICHe) Seong G, (IMRAM) Tomai T, (WPI-AIMR) Adsciri T	supercritical water nano fluid heat transfer	8-b	59
14:12– 14:24	E27	Effect of coexisting ions and pH on the decomposition of dibutyl phosphate in high-pressure and high-temperature water (NIT Hachinohe) *Chiba Fumie, Hasegawa Akira, (Japan Nuclear Fuel Limited) Horimai Tatsuya, Kanehira Norio, (Utsunomiya U.) Satou Takafumi, (NIT Hachinohe) Honma Tetsuo	Dibutyl phosphate Coexisting ions Reaction rate analysis	8-d	158
14:24– 14:36	Break
Supercritical fluid
(14:36–16:00) (Chair: No data , No data )
14:36– 14:48	E29	Development of Medical Nanoparticles using The Technology of Extractions of Emulusions (Fukuoka U.) *Yashima Nanako, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji	Nanoparticles Supercritical carbon dioxide Emulsion	8-e	274
14:48– 15:00	E30	Extraction of Flavones from natural plants (Fukuoka U.) *Asao Yuta, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji	High pressure carbon dioxide Luteolin Apigenin	8-c	275
15:00– 15:12	E31	Development of New Pesticides (Fukuoka U.) *Ema Konoka, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji	Pyriproxyfen Supercritical carbon dioxide Pesticides	8-e	276
15:12– 15:24	E32	Development of Medical Devices by PGSS Method (Fukuoka U.) *Nakamoto Yuki, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji	Supercritical carbon dioxide Caffeine Micro coating	8-e	277
15:24– 15:36	E33	Microencapsulation of Levofloxacin (Fukuoka U.) *Tamaoki Yuta, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji	Microcapsule Supercritical Carbon Dioxide Levofloxacin	8-e	278
15:36– 15:48	E34	Liquefaction of Sake Lees by Subcritical Water Treatment and Evaluation as a Vinegar Manufacturing Additives (kumamoto U.) *murakai daigo, (GSST,kumamoto U.) minami katsuya, yamato kazuharu, (MAFT) hirayama syouji, hoshino yuriko, (Maruboshi Vineger Co.) hoshino munehiro, (FAST,kumamoto U.) kida tetsuya, (IINa,kumamoto U.) sasaki mitsuru, (Craftman Co.) matsumori yukihiro	Subcritical Water Liquefaction Sake Lees	8-f	202
15:48– 16:00	E35	Decomposition of dibutyl phosphate in high temperature and high pressure water using metal oxide catalysts (NIT Hachinohe) *Shimosawa Mayu, Hasegawa Akira, (Japan Nuclear Fuel Limited) Horimai Tatsuya, Kanehira Norio, (NIT Hachinohe) Honma Tetsuo	dibutyl phosphate high temperature and high pressure water solid catalyst	8-d	157

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

Separation processes

(9:12–10:24) (Chair: No data , No data )

9:12– 9:24

E02

Separation 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-a

9:24– 9:36

E03

Search 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-a

9:36– 9:48

E04

Preparation 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-a

9:48– 10:00

E05

Separation of organic liquids through silica membranes

(Shibaura Inst. Tech.) *Takeyama Taiki, Ishii Katsunori, Nomura Mikihiro

aceticacid
iodomethane
acetaldehyde

4-a

10:00– 10:12

E06

Fabrication of polyamide-TFC membrane using porous ceramic substrate

(MaF¡¦Tech¡¦C) *Takahashi Ryosuke, Yoshioka Tomohisa, Shintani Takuzi, Nakagawa Keizo, Matsuoka Atsushi, Sasaki Yuji, Kamio Eiji, Matsuyama Hideto

Polyamide
Ceramic membrane
Nanofiltration

4-a

146

10:12– 10:24

E07

Examination of Zeolite-TiO2 composite membrane aiming at decomposition of dissolved organic matter

(Yamaguchi U.) *sakai hiroshi, murasaki kouhei, kumakiri izumi

membrane
Zeolite
TiO2

4-a

286

10:24– 10:36

Break

Separation processes

(10:36–11:36) (Chair: No data , No data )

10:36– 10:48

E09

Adsorption characteristics of acid clay as adsorbent for caffeine

(U. Hyogo) *Ouchi Shuhei, Matsuda Toru, Taguchis Shogo, Maeda Kouji, Yamamoto Takuji

caffeine
acid clay

4-e

102

10:48– 11:00

E10

Characterization 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-e

299

11:00– 11:12

E11

Development 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-e

201

11:12– 11:24

E12

Preparation of activated carbon from waste orange peels by microwave heating

(NIT Wakayama) *Wada Kazuma, Kishimoto Noboru

Microwave
Activated carbon
Orange peel

4-e

273

11:24– 11:36

E13

Applying chlorophyll to sunscreen cream

(Osaka Pref. TENNOJI H.S.) *Mori A., *Shinohara M., *Okada M.

Synergy
Sunscreen cream
Persistence

14-e

137

12:00– 12:12

Lunch break

Supercritical fluid

(13:00–14:24) (Chair: No data , No data )

13:00– 13:12

E21

Mechanochemical effect on cocrystal formation in high-pressure CO₂

(Tokyo Tech) *Kobayashi K, Orita Y, Shimoyama Y

high-pressure CO2
mechanochemical effect
cocrystallization

8-e

199

13:12– 13:24

E22

Fabrication of visible light responsive photocatalyst by supporting CuO fine particles on TiO₂ thin film using supercritical fluid deposition

(U.Tokyo) *Sato S., Aji R., Deura M., (Tokyo Tech) Shimoyama Y., (U.Tokyo) Shimogaki Y., Momose T.

supercritical fluid deposition
visible light responsive photocatalyst

8-e

141

13:24– 13:36

E23

Effects of equipment factors on production of microparticles by supercritical anti-solvent recrystallization (SAS) in micro-space

(Kanazawa U.) *Hada T., Kasahara N., Uchida H.

SAS
Micro device
Sulfathiazole

8-e

265

13:36– 13:48

E24

Preparation of ionic liquid impregnated mesoporous silica material using supercritical fluid method

(Hiroshima U.) *So Ryosuke, Ushiki Ikuo, Kihara Shin-ichi, Takishima Shigeki

Supercritical carbon dioxide
Mesoporous silica
Ionic liquid

8-e

184

13:48– 14:00

E25

Measurement and modeling of adsorption equilibria of ester VOCs in supercritical CO2 for regeneration of high-performance activated carbon

(Hiroshima U.) *Ueno Yuji, Ushiki Ikuo, Kihara Shin-ichi, Takishima Shigeki, (DAI-DAN Co) Ito Yasuyuki, (Tohoku U.) Inomata Hiroshi

Supercritical carbon dioxide
Activated carbon
Adsorption

8-c

197

14:00– 14:12

E26

Heat transport behavior of supercritical nano fluid

(U.Tohoku) *Chiba N, (WPI-AIMR) Yoko A, (NICHe) Seong G, (IMRAM) Tomai T, (WPI-AIMR) Adsciri T

supercritical water
nano fluid
heat transfer

8-b

14:12– 14:24

E27

Effect of coexisting ions and pH on the decomposition of dibutyl phosphate in high-pressure and high-temperature water

(NIT Hachinohe) *Chiba Fumie, Hasegawa Akira, (Japan Nuclear Fuel Limited) Horimai Tatsuya, Kanehira Norio, (Utsunomiya U.) Satou Takafumi, (NIT Hachinohe) Honma Tetsuo

Dibutyl phosphate
Coexisting ions
Reaction rate analysis

8-d

158

14:24– 14:36

Break

Supercritical fluid

(14:36–16:00) (Chair: No data , No data )

14:36– 14:48

E29

Development of Medical Nanoparticles using The Technology of Extractions of Emulusions

(Fukuoka U.) *Yashima Nanako, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji

Nanoparticles
Supercritical carbon dioxide
Emulsion

8-e

274

14:48– 15:00

E30

Extraction of Flavones from natural plants

(Fukuoka U.) *Asao Yuta, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji

High pressure carbon dioxide
Luteolin
Apigenin

8-c

275

15:00– 15:12

E31

Development of New Pesticides

(Fukuoka U.) *Ema Konoka, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji

Pyriproxyfen
Supercritical carbon dioxide
Pesticides

8-e

276

15:12– 15:24

E32

Development of Medical Devices by PGSS Method

(Fukuoka U.) *Nakamoto Yuki, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji

Supercritical carbon dioxide
Caffeine
Micro coating

8-e

277

15:24– 15:36

E33

Microencapsulation of Levofloxacin

(Fukuoka U.) *Tamaoki Yuta, Nakamura Miyuki, Sharmin Tanjina, Aida Taku, Mishima Kenji

Microcapsule
Supercritical Carbon Dioxide
Levofloxacin

8-e

278

15:36– 15:48

E34

Liquefaction of Sake Lees by Subcritical Water Treatment and Evaluation as a Vinegar Manufacturing Additives

(kumamoto U.) *murakai daigo, (GSST,kumamoto U.) minami katsuya, yamato kazuharu, (MAFT) hirayama syouji, hoshino yuriko, (Maruboshi Vineger Co.) hoshino munehiro, (FAST,kumamoto U.) kida tetsuya, (IINa,kumamoto U.) sasaki mitsuru, (Craftman Co.) matsumori yukihiro

Subcritical Water
Liquefaction
Sake Lees

8-f

202

15:48– 16:00

E35

Decomposition of dibutyl phosphate in high temperature and high pressure water using metal oxide catalysts

(NIT Hachinohe) *Shimosawa Mayu, Hasegawa Akira, (Japan Nuclear Fuel Limited) Horimai Tatsuya, Kanehira Norio, (NIT Hachinohe) Honma Tetsuo

dibutyl phosphate
high temperature and high pressure water
solid catalyst

8-d

157

Technical program

23rd SCEJ Students Meeting (2021)

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