23rd SCEJ Students Meeting (2021): Session programs

`23rd SCEJ Students Meeting (2021)`

Session programs

Chemical reaction engineering

B29-B35, C02-C07, C09-C15, C21-C27, C29-C34

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

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Hall B
(14:36–16:00) (Chair: No data , No data )
14:36– 14:48	B29	Effect of catalyst preparation for silver-supported catalyst on epoxidation of propylene (Tokushima U.) *Hashimoto K., Okitsu I., Shimoda N., Katoh M., Sugiyama S., (Mitsubishi Chem.) Kato Y., Ninomiya W.	propylene epoxidation silver	5-a	4
14:48– 15:00	B30	Dehydrogenation of isobutane over nickel oxide catalyst supported on alpha-alumina (Tokushima U.) *Koizumi A., Yoshida T., Shimoda N., Katoh M., Sugiyama S., (Mitsubishi Chem.) Kato Y., Ninomiya W.	isobutane nickel oxide dehydrogenation	5-a	3
15:00– 15:12	B31	Preparation of oxygen-containing compounds by catalytic partial oxidation of propane (Tokushima U.) *Okawa R., Yoshida M., Shimoda N., Katoh M., Sugiyama S.	propane partial oxidation molybdenum-containing catalyst	5-a	2
15:12– 15:24	B32	Activity behavior of palladium-supported catalyst for hydrogenation dechlorination reaction of 2-chloropropene (Tokushima U.) *Hiwada Y., Endo S., Shimoda N., Katoh M., Sugiyama S.	palladium 2-chloropropene hydrogenation	5-a	1
15:24– 15:36	B33	Preparation of palladium supported catalysts using heat-treated nanodiamond supports and their activity for hydrogenation reaction (U.Gunma) *Tazawa N., Kannari N., Sato K.	nanodiamond palladium hydrogenation	5-a	111
15:36– 15:48	B34	Preferential oxidation of carbon monoxide by copper alumina catalysts prepared using the sol-gel method (U. Shizuoka) *Shibayama T., Takeishi K.	CO-PROX copper catalysts hydrogen	5-a	290
15:48– 16:00	B35	Metal-support interaction effect and structure analysis of alumina supported Ni catalysts (Tokushima U.) *Takahashi Ryota, Shimoda Naohiro, Katoh Masahiro, Sugiyama Shigeru	 Alumina supported Ni catalyst  Metal-support interaction  Hydrogen-temperature programmed reduction	5-i	150
Hall C
(9:12–10:24) (Chair: No data , No data )
9:12– 9:24	C02	Development of carbon supported Cu catalyst for selective hydrogenation of Xylose to C5 sugar-alcohol (Tokyo Tech) *Kanomata Ryokuto, Fujitsuka Hiroyasu, Tago Teruoki	Xylose Hydrogenation Carbon supported Cu catalyst	5-g	222
9:24– 9:36	C03	Conversion of fructose to 5-hydroxymethylfurfural with a biomass-derived functional carbon catalyst (Tohoku U.) *Ogawa Sohei, Guo Haixin, Smith Richard	Humic acid oxygen groups ionic liquid	5-a	293
9:36– 9:48	C04	Mechanochemically-prepared amino-Brønsted acid bifunctional catalysts for one-pot conversion of fructose to EMF (TOHOKU U.) *Higashiguchi Ryota, Guo Haixin, Smith Richard	mechanochemical bifunctional one-pot	5-a	297
9:48– 10:00	C05	Evaluation and improvement for laccase multi-layering-immobilization method onto hollow support (Ariake Kosen) *Nagatani Ayasa, Kitada Soma, Ruyno Nonoka, Okobira Tadashi	laccase graft polymerization biodegradation	5-a	60
10:00– 10:12	C06	Establishment of a Rapid Extraction and Quantification Method for Potassium Constituents in Biomass Fuels (NITTC) *nishiwaki yuki, shoji ryo	Biomass Potassium Quantification	5-g	125
10:12– 10:24	C07	Study on the detergency of the surfactants synthesized from vegetable oils and animal fats (HITACHI DAIICHI H.S.) Saito Miki, Tateyama Airi, *Kawamoto Kotomi, Yamaguchi Satoru	surfactants detergency CMC	5-i	174

(10:36–12:00) (Chair: No data , No data )
10:36– 10:48	C09	Direct synthesis of dimethyl ether from gasification gas of waste (U. Shizuoka) *Takada S., Takeishi K.	dimethyl ether (DME) catalysts gasification gas	5-a	266
10:48– 11:00	C10	Hydrogenation of carbon dioxide by copper alumina catalysts prepared using the sol-gel method (U. Shizuoka) *Masuda T., Takeishi K.	dimethyl ether (DME) carbon dioxide (CO2) hydrogenation	5-a	249
11:00– 11:12	C11	Optimization of dehydrogenation process of vaporized methylcyclohexane (Tokyo U.Sci.) *Tomiura K., Murakami Y., Matsukawa H., Otake K., Shono A.	Dehydrogenation Heat balance analysis Methylcyclohexane	5-a	57
11:12– 11:24	C12	Ni-loaded hydroxyapatite catalysts for decomposition of biomass tar at low temperature (U.Gunma) *Onoduka K., Kannari N., Sato K.	hydroxyapataite nickel biomass tar	5-a	110
11:24– 11:36	C13	Development of Zn loaded ZSM-5 catalysts for the selective synthesis of p-Xylene from isobutanol (Tokyo Tech) *Kojima Taisuke, Fujitsuka Hiroyasu, Tago Teruoki	Isobutanol Zn loaded ZSM-5 p-Xylene	5-a	230
11:36– 11:48	C14	Establishment of safe esterification using H⁺Yzeolite (HITACHI DAIICHI H.S.) Ishikawa Mio, Takemata Kaede, Onuki Ayano, Kimura Haruka, Takahashi Tsuyoshi	esterification H⁺Yzeolite acid catalyst	5-a	172
11:48– 12:00	C15	One-step synthesis of phenol using substances learned in high school chemistry (Takezono H.) Hatogai S	phenol one-step synthesis palladium	5-a	239

(13:00–14:24) (Chair: No data , No data )
13:00– 13:12	C21	La-doped ZnZrOx catalyst for CO₂ hydrogenation to methanol (Ibaraki U.) *Ochiai Nagomu, Kinoshita Hiroka, (U. Tokyo) Iyoki Kenta, (Ibaraki U.) Yamauchi Noriko, Kobayashi Yoshio, Tada Shohei	CO2 hydrogenation Metal Oxide Catalysts Zn	5-a	163
13:12– 13:24	C22	Lower olefin synthesis by a tandem catalyst for CO₂ hydrogenation (Ibaraki U.) *Kinoshita Hiroka, Ochiai Nagomu, (U. Tokyo) Iyoki Kenta, (Ibaraki U.) Yamauchi Noriko, Kobayashi Yoshio, Tada Shohei	CO2 hydrogenation Zeolite Lower olefin	5-a	166
13:24– 13:36	C23	Hydrogen permeable flux through the polymer electrolyte in fuel cell (Kyoto U.) *Kii Tomohito, Balci Beste, Kageyama Miho, Kawase Motoaki	Polymer electrolyte fuel cell Hydrogen crossover Gas chromatography	5-a	168
13:36– 13:48	C24	Effect of dissolved gas on dissolution of sparingly soluble solids under ultrasound irradiation (U.Kagoshima) *Wakita Daisuke, Goshima Takashi, Mizuta Kei, Nii Susumu	uitrasound cavitation dissolution	5-b	271
13:48– 14:00	C25	Effect of Dissolved Gas on Ultrasonic Erosion of a Metal Foil (U. Kagoshima) *Toyama Tomohiro, Goshima Takashi, Mizuta Kei, Nii Susumu	ultrasound cavitation erosion	5-b	272
14:00– 14:12	C26	GTBE synthesis by carbon-based solid catalyst method using microwave irradiation (kumamotoUniversity) *Ogasawara Yuri, (KumamotoUniversity) Kida Tetsuya, Armando T. Quitain	Biodiesel Global warming Glycerin	5-g	103
14:12– 14:24	C27	The research on illuminance and emission time of luminol reaction (Mizusawa H.S.) Ogura Yukari, Ishikawa Yuna, Umehara Ayana, Obara Miyu, Takahashi Kazunari, Aoi Chiaki	luminol catalyst potassium ferricyanide	5-a	270

(14:36–15:48) (Chair: No data , No data )
14:36– 14:48	C29	Preparation of Poly(amic acid) Fiber by Microchannel Wet-Spinning Process and Properties Analysis (Okayama U.) *Okada K., Watanabe T., Ono T.	Microfluidic device Nanofiber Tensile test	5-f	107
14:48– 15:00	C30	Preparation of stereocomplex PLA fiber by microchannel wet-spinning process (Okayama U.) *Matsumoto A., Ono T., Watanabe T.	Microchannel wet-spinning process Stereocomplex PLA	5-f	113
15:00– 15:12	C31	Preparation of Cellulose Fiber by Microchannel Wet-Spinning Process Using CNF Dispersion (Okayama U.) *Michiyuki D., Watanabe T., Ono T.	Microfluidic device Jet flow CNF dispersion	5-f	115
15:12– 15:24	C32	Establishment of overall reaction model for polycrystalline SiC-CVD process design (U. Tokyo) *Moroi K., Deura M., Momose T., Shimogaki Y.	Chemical Vapor Deposition Silicon Carbide macrocavity method	5-h	132
15:24– 15:36	C33	Fundamental study on Co thin film growth by atomic layer deposition (U.Tokyo) *Nagaoka F., Yamaguchi J., Deura M., Momose T., Shimogaki Y.	ALD Cobalt thin film initial growth	5-h	255
15:36– 15:48	C34	Formulation of steam gasification rate of pyrolytic carbon (Kyoto U.) *Matsubara Hitoshi, Minami Ryoga, Kawase Motoaki	CVD Carbon Steam	5-h	256

Technical program
23rd SCEJ Students Meeting (2021)

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