24th SCEJ Students Meeting (online, 2022): Hall program

`24th SCEJ Students Meeting (online, 2022)`

Hall program

Hall B

Most recent update: 2022-03-09 15:56:08


Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Chemical reaction engineering
(9:30–10:42) (Chair: Hiroyuki Imai, Tsutomu Ono)
9:30– 9:42	B01	Oxygen permeable flux through the perfluorinated sulfonic acid membrane in polymer electrolyte fuel cells (Kyoto U.) *Danjo Shotaro, Balci Beste, Nakamichi Kimiyo, Kageyama Miho, Kawase Motoaki	Polymer electrolyte fuel cell Oxygen crossover Gas chromatography	5-i	166
9:42– 9:54	B02	Synthesis of xylitol from xylose using copper-based catalysts under low hydrogen pressure (Kyoto U.) *Yamaguchi Yuki, Fujitsuka Hiroyasu, (Tokyo Tech.) Kanomata Ryokuto, Tago Teruoki, (Kyoto U.) Kawase Motoaki	Carbon-supported catalysts Ion-exchange resin Xylose hydrogenation	5-a	121
9:54– 10:06	B03	n-Butane dehydrogenation over carbon-supported Pt-Sn catalyst prepared from an anion exchange resin (Kyoto U.) *Murata R., Fujitsuka H., Kawase M.	Anion exchange resin Carbon-supported Pt-Sn catalyst n-Butane dehydrogenation	5-a	123
10:06– 10:18	B04	Development of Cu catalyst precursors for CO2 hydrogenation (Ibaraki U.) *Hamamura Ryu, Yamauchi Noriko, Kobayashi Yoshio, (Yamagata U.) Fuziwara Kakeru, (Ibaraki U.) Tada Shohei	CO2 hydrogenation Cu catalyst methanol synthesis	5-a	164
10:18– 10:30	B05	Relationship between iron complex and ultraviolet radiation (Mito First H.S.) Sunaoshi Tomohiro	metal complex ultraviolet radiation ligand	1-e	96
10:30– 10:42	B06	Research on the conditions of an aqueous solution suitable for eco-cairo (Mito First H.S.) Sugaya Rio	super cooling heat of solidification eco-cairo	3-f	52
10:42– 10:50		Break
Chemical reaction engineering
(10:50–12:02) (Chair: Shohei Tada, Yoshinori Murakami)
10:50– 11:02	B08	Synthesis of small-pore zeolite catalyst with dehydrogenation ability (U.Kitakyu) *Oshima A., Noguti R., Imai H.	CHA zeolite dehydrogenation light alkan	5-a	231
11:02– 11:14	B09	Ethanol steam reforming using metal nanoparticle encapsulated zeolite catalyst (Tokyo Tech) *Yokosawa Tsuki, Arayawate Sirintra, (Kyoto U.) Fujitsuka Hiroyasu, (Tokyo Tech) Tago Teruoki	Ethanol Steam Reforming Zeolite supported metal catalysts Encapsulation structure	5-g	173
11:14– 11:26	B10	Low temperature catalytic cracking of hardly decomposable naphtha fraction using noble metal particle-encapsulated zeolite catalysis (Tokyo Tech) *Nakatani Nodoka, Nakatani Rikako, (Kyoto U.) Fujitsuka Hiroyasu, (Tokyo Tech) Tago Teruoki	naphtha cracking dehydrogenation metal encapsulated zeolite	5-c	105
11:26– 11:38	B11	Kinetic study of allylic oxidation over BiMo oxide-supported CoFeMo mixed oxide catalysts (Tokyo Tech) *Sakanushi Taiju, Saitou Fumiya, Fujituka Hiroyasu, Tago Teruoki	allyl oxidation oxygen transfer multiple oxide catalyst	5-a	148
11:38– 11:50	B12	The Effects of Coordination Complexes during the Formation of Copper Dendrites (Tennoji H.S.) *Isawa Yuzuki, Hirano Yuki, Fujioka Daichi, Morita Taro, Yoshida takuma	Copper dendrites Complexes Chelate	14-e	269
11:50– 12:02	B13	Doedorization ofurine utilizing photocatalytic decomposition of ammonia (Mito First H.S.) Kato Masamune	ammonia photocatalyst deodorize	5-a	51
12:02– 12:14		Lunch break
Chemical reaction engineering
(13:00–14:12) (Chair: Hiroyasu Fujitsuka, Hidetaka Kawakita)
13:00– 13:12	B19	Structural Design of Visible Light-Sensitive CuO_x-Grafted TiO₂ Photocatalyst (U.Tokyo) *Nakajima Yusuke, Aji Ryosuke, Deura Momoko, Shimogaki Yukihiro, Momose Takeshi	Photocatalyst visible light structural design	5-a	249
13:12– 13:24	B20	Photocatalytic Decomposition of Water over Picene Derivative Introduced with Nitro Group under Visible Light Irradiation (KobeU) *Hiramatsu Koki, (KobeU.,Graduate School of Eng) Hori Rintaro, Tokui Yuya, Taniya Keita, Ichihashi Yuichi, Nishiyama Satoru	Hydrogen Photocatalyst Organic semiconductor	5-a	297
13:24– 13:36	B21	Investigation of the OH-radical formation and charge transfer process in AgI-TiO2 nanocomposite photocatalyst (NIT Nagaoka) *Tomioka Noboru, Murakami Yoshinori	AgI-TiO2	5-a	43
13:36– 13:48	B22	Synthesis of Bronze Type TiO2 and Characterization of Photo-catalytic Reactivity (Shizuoka Inst. Sci. Tech.) *Suzuki Arata, Tojo Tomohiro	Bronze Type TiO2 Photo-catalytic Reactivity Hollow Spheritic Particle	5-a	223
13:48– 14:00	B23	Limitations of various catalysts in the luminol reaction (Tennoji H.S.) Suzuki Minori, Takada Monaka, Fujimoto Asuka, Maekawa Yumena	chemiluminescene luminol reaction catalyst	5-a	215
14:00– 14:12	B24	Prevention of fading of fibers by Ultraviolet rays using titanium dioxide (Tennoji H.S.) Kimura Souta, Abe Hiroki, Ono Yoichiro, Takai Yoshihisa	titanium dioxide rayon fading	14-e	210
14:12– 14:20		Break
Chemical reaction engineering
(14:20–15:44) (Chair: Teruoki Tago, Motoaki Kawase)
14:20– 14:32	B26	Effect of electron beam irradiation on chemical structure and photocatalytic activity of graphitic carbon nitride (Chitose Inst. Sci. Tech.) *Harako Aika, Takada Tomoya, (Inst. Catal., Hokkaido U.) Shimoda Shuhei, Fukuoka Atsushi	graphitic carbon nitride photocatalysis electron beam	5-a	235
14:32– 14:44	B27	Hydrogen Peroxide Production by Photo-oxidation of Water over Picene Derivatives Photocatalyst (Kobe U.) *Tsubota Yuka, Tokui Yuya, Hori Rintaro, Taniya Keita, Ichihashi Yuichi, Nishiyama Satoru	Hydrogen peroxide Photocatalyst Organic semiconductor	5-a	290
14:44– 14:56	B28	Study on the reaction mechanism for the visible light irradiated BiVO₄-TiO₂ photocatalysts using the detection of OH radicals (NIT Nagaoka) *Terao Shizu, Murakami Yoshinori	BiVO4-TiO2 OH radicals	5-c	18
14:56– 15:08	B29	Preparation and evaluation of cellulose-nanofiber/pigment composites using the laser ablation method (NIC, NagaokaCollege) *Setogawa Haruki, Murakami Yoshinori	cellulose nanofiber laser ablation	5-i	19
15:08– 15:20	B30	Decomposition of Organic matter by dehydrating and oxidizing agents (Tennoji H.S.) Muranaka Kosei, Takao Genki, Sakiyama Kazuki, Masada Aoi	Decomposition of Organic matter Dehydrating agent Oxidizing agent	14-e	212
15:20– 15:32	B31	Approaching the reaction mechanism of silver mirror reaction using ammonia (matsuyamatyuo) Okano Syota, Nakata Yujin, *Inoue Manato, Shimoda Ai	Silver mirror reaction Reaction mechanism Metal ions	14-c	103
15:32– 15:44	B32	Mathematical analysis of 1,4-dioxane decomposition using continuous stirred tank reactor by photo-Fenton reaction (Saga U.) *Matsuoka Taiki, Ito Kohei, Morisada Shintaro, Ohto Keisuke, Kawakita Hidetaka	1,4-dioxane photo-Fenton CSTR	5-a	25

Technical program
24th SCEJ Students Meeting (online, 2022)

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Most recent update: 2022-03-09 15:56:08
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