27th SCEJ Students Meeting (Online, 2025): Hall program

`27th SCEJ Students Meeting (Online, 2025)`

Hall program

The technical program on this page is still provisional. Confirm the final program later.

Hall E

Most recent update: 2025-02-05 07:59:05

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Energy engineering
9:30– 9:42	E01	(canceled)		100	127
9:42– 9:54	E02	Effect of temperature on the effective viscosity of microcapsule dispersion for thermal energy storage with a rotational viscometer (Yamagata U.) *Yoshizawa Kansuke, Hibino Fumiya, Makuta Toshinori, Akamatsu Masato	Microcapsule dispersion Rotational viscometer Effective viscosity	9-b	112
9:54– 10:06	E03	Improvement of electrochemical performance by adsorption of amino acids on adsorbed manganese oxides (Kanto-Gakuin U.) *Yamaguchi Rion, Okawa Ryosuke, Matsui Masami, Tomono Kazuaki	Layered manganese oxide Amino acid Electrochemical Capacitance	9-e	57
10:06– 10:18	E04	Production of mesoporous activated carbon from hydrothermal carbonization and its application (Kansai U.) *okamoto Yuzuki, Hayashi Junichi, Hasegawa Isao	hydrothermal carbonization mesoporous activated carbon	9-c	242
10:18– 10:30	E05	Synthesis and Characterization of ZnCo2O4 for Energy Storage Electrode Applications (Shizuoka U.) Sks Saravana Karthikeyan, *ishiguro kanta, kong chang yi	supercapacitor ZnCo₂O₄ specific capacitance	8-e	231
10:30– 10:42	E06	The dike use of the Coanda effect (Nirasaki H.S.) Tsukahara Honami, Kobayashi Kenshin, Takeda Natsumi	Coanda effect Dike	9-e	202
10:42– 10:50		Break
Energy engineering
10:50– 11:02	E08	Effect of temperature on the effective viscosity of microcapsule dispersion for thermal energy storage with a vibration-type viscometer (Yamagata U.) *Tsunakawa Asahi, Ohya Daiki, Abe Toma, Kawakami Yudai, Makuta Toshinori, Akamatsu Masato	Microcapsule dispersion Vibration-type viscometer Effective viscosity	9-b	111
11:02– 11:14	E09	Evaluating Oyster Shell-derived Materials for CaO-based Thermochemical Heat Storage by Using CNT as Catalyst (Hiroshima U.) *Yang Hyeonjun, Zhang Mengli, Matsumura Yukihiko	Heat Storage Oyster Shell-derived Materials Carbon nanotubes (CNTs) catalyst	9-b	256
11:14– 11:26	E10	Optimal Design of Catalyst Layer for Polymer Electrolyte Fuel Cells Focusing on Platinum Degradation and Durability Evaluation (Kyushu U.) *Ishii Koki, Okamura Kaisei, Yano Takeru, Asano Shusaku, Inoue Gen	PEFC Ostwald ripening degradation	9-a	210
11:26– 11:38	E11	The methods for producing and maximizing the efficiency of bioethanol (Tennoji H.S) Homma Rei, Asaki Saneatsu, Kajitani Ryosuke, Yanagida Kazuki, Kuroishi Takashi	fermentation Saccharification alcohol	9-c	143
11:38– 11:50	E12	Alternative membranes using atmospheric pressure plasma graft polymerisation in vanadium redox flow batteries (TUAT) *Sasaki T., Ohashi H.	vanadium redox flow battery membrane graft	9-a	266
11:50– 12:02	E13	CO2 absorption and desorption behavior of Ca-based mixed oxide (Chiba U.) *Ito Rin, Okamura Shunya, Okuyama Ryuki, Tokushige Manabu, Ryu Junichi	Chemical heat storage Mixed oxide CO2 absorption	9-b	125
12:02– 12:15		Lunch break
Separation processes
13:10– 13:22	E19	Carbon dioxide methanation in a porous ceramic membrane reactor (Shibaura Inst. Tech.) *Shimizu Yuka, Nomura Mikihiro, (AGH U. Sci. and Tech.) Moździe Marcin, Brus Grzegorz, (Yasuda Women's U.) Ookawara Shinichi	Methanation Membrane reactor Separation Membrane	4-a	218
13:22– 13:34	E20	Optimization of fabrication conditions of Covalent Organic Frameworks membranes by vacuum filtration (Kobe U./MaF Tech C.) *Tabata Yuki, Okamoto Yasunao, Matsuoka Atsushi, Kamio Eiji, Nakagawa Keizo, Yoshioka Tomohisa, Matsuyama Hideto	Organic solvent nanofiltration Covalent Organic Framework Molecular sieve	4-a	108
13:34– 13:46	E21	Preparation of the activated carbon from waste plum seeds by one-step superheated steam method and its dye adsorption characteristics. (NIT Wakayama) *Koyabu K., Kishimoto N.	Superheated steam Activated carbon Adsorption	4-e	167
13:46– 13:58	E22	Nanofiltration properties of porphyrin-based covalent network membranes (U.Kobe) *Tsuboi Hijiri, Nakagawa Keizo, Kitagawa Tooru, Okamoto Yasunao, Matsuoka Atsushi, Kamio Eiji, Yoshioka Tomohisa, Matsuyama Hideto	Nanofiltration Membrane Polyamide Membrane 5,10,15,20-Tetrakis(4-aminophenyl)porphyrin	4-a	104
13:58– 14:10	E23	Development of Carbon Membranes Aimed at Adaptation to Solvent Separation (Yamaguchi.U.) *Kioka Daichi, Kumakiri Izumi	solvent separation carbon membrane pervaporation	4-a	113
14:10– 14:22	E24	How to utilize black pine cones (Noshiro H.S) Kudo Kanade, Mori Ryoutaro, Oyama Minori, Wada Mai, Matsumoto Tomonori	pinecone extraction turpentine	4-f	89
14:22– 14:30		Break
Separation processes
14:30– 14:42	E26	Effect of hydrolysis treatment on polyamide nanofiltration membranes containing ester bonds as part of the main chain (Shinshu U.) *Sai Yuma, Saeki Daisuke, Okumura Yukihisa	ester bonds polyamide nanofiltration membrane hydrolysis	4-a	241
14:42– 14:54	E27	CO₂ adsorption by amines encapsulated in metal-organic framework (organic- and bio- nanomaterials) *Fujita Y., Sei H., Kasai H., Oka K.	Monoethanolamine Encapsulation CO2 adsorption	4-e	28
14:54– 15:06	E28	Study of a simple preparation method for silica-based hydrogen permeaselective membranes (Shibaura Inst. Tech.) *Koyama Kyogo, Sakura Naoki, Nakaya Kousei, Nomura Mikihiro	Inorganic separation membranes Silica membranes Pore control	4-a	215
15:06– 15:18	E29	Surface modification of PDMS membrane with PDMS-PEG block copolymer for application to the intermediate layer of ion-gel thin film composite membrane (Kobe U./MaF Tech C) *Sunaike Hirokazu, Kamio Eiji, Matsuoka Atsushi, (Kobe U./MaF C) Nakagawa Keizo, Yoshioka Tomohisa, (Kobe U./MaF Tech C) Matsuyama Hideto	PDMS PDMS-PEG block copolymer surface hydrophilicity	4-a	67
15:18– 15:30	E30	Relationship between extraction amount and time of tannins and caffeine in tea (Tennoji H.S) Naruo Runa, Chihara Reina, Moritani Keigo, Yamaguchi Shina, *Yokoyama Kei, Iwai Haruhiko	extraction tannin caffeine	4-f	148
15:30– 15:42	E31	Development of Carbon Composite Membranes for Dehydration (Yamaguchi U.) *Minematsu Nozomi, Kumakiri Izumi	Carbon Membrane Gas Permeation Pervaporation Separation	4-a	73
15:42– 15:54	E32	Challenge of preparation of palladium nickel alloy membrane on porous SUS tube with USY zeolite particles (Tokushima U.) *Ohnishi N., Shijiraya T., Hanada T., Katoh M.	Dence Pd/Ni alloy membrane on porous SUS tube Electroless plating USY zeolite	4-a	11
15:54– 16:10		Break

Technical program
27th SCEJ Students Meeting (Online, 2025)

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Most recent update: 2025-02-05 07:59:05
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