22nd SCEJ Students Meeting in Okayama (2020): Hall program

`22nd SCEJ Students Meeting in Okayama (2020)`

Hall program

Hall K

Most recent update: 2020-02-21 10:43:50

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Chemical reaction engineering
(10:40–11:52) (Chair: Tsutomu Ono, Hideo Nagata)
10:40– 10:52	K06	Preparation of cellulose nanofiber by microchannel wet-spinning process (Okayama U.) *Miyabayashi Takanori, Ono Tsutomu, Watanabe Takaichi	Microchannel wet-spinning process Jet flow CNF	5-f	110
10:52– 11:04	K07	Synthesis of aluminum nitride coating from triethylaluminum (Kyoto U.) *Ohashi Y., Li Y., Kawase M.	CVD Aluminum nitride Triethylaluminum	5-h	40
11:04– 11:16	K08	Reaction kinetics of hexafluoroethane hydrolysis reaction over ¦Ã-Alumina catalyst (NIT Sasebo Collage) *Yamaguchi Masaki, Nagata Hideo, Hirayama Shunichi	Hexafluoroethane Hydrolysis reaction ¦Ã-Alumina	5-a	46
11:16– 11:28	K09	Difference in corrosion rate of aluminum by strong acid and strong base (kakogawahigashi highschool) tuda syuto, kobayashi haruto, uchiyama sakura, sugahara chinatsu	Aluminum strong acid strong base	1-e	42
11:28– 11:40	K10	Synthesis of 2-chloropropane by catalytic hydrogenation of 2-chloropropene (Tokushima U.) *Moroyama T., Endo S., Shimoda N., Katoh M., Sugiyama S.	2-chloropropene 2-chloropropane hydrogenation	5-a	8
11:40– 11:52	K11	Performance and sulfur poisoning resistance of Birdcage-type silicalite catalyst encapsulated platinum nanoparticles for dry reforming of methane (Tokushima U.) *Mizuno Masayuki, Shimoda Naohiro, Katoh Masahiro, Sugiyama Shigeru	Dry reforming of methane Sulfur poisoning Birdcage type Pt catalyst	5-a	92
Chemical reaction engineering, Wide area
(13:00–14:24) (Chair: Yuichi Ichihashi, Uddin Md Azhar)
13:00– 13:12	K12	Development of Fe-Ce based catalyst for the decomposition of tar produced by gasification of woody biomass (Okayama U.) *Ohama Mayo, Uddin Md Azhar, Kato Yoshiei	biomass gasification Fe-Ce catalyst	5-g	130
13:12– 13:24	K13	Effect of Ce introduction into Bi-Mo composite oxide catalysts for acrolein synthesis (Tokushima U.) *Yoshida M., Miyake M., Shimoda N., Katoh M., Sugiyama S.	acrolein Bi-Mo catalytic oxidation	5-a	10
13:24– 13:36	K14	Development of metal-modified alumina catalysts with catalyst degradation resistance against catalytic dehydrogenation of isobutane (Tokushima U.) *Yoshida T., Oribe K., Shimoda N., Katoh M., Sugiyama S., (Mitsubishi Chem.) Kato Y., Ninomiya W.	dehydrogenation isobutane Ni/Al2O3	5-a	29
13:36– 13:48	K15	Study of operating conditions of PEFC at high-temperature and high-pressure (Kyoto U.) *Tanabe K., Balci B., Yamaguchi K., Kageyama M., Kawase M.	PEFC relative humidity hugh-temperature high-pressure operation	5-a	49
13:48– 14:00	K16	Investigation of aldehyde selectivity in electrolytic oxidation of various alcohols (Kyoto U.) *Sano N., Namura K., Kawase M.	Electoroorganic synthesis Potential difference Selectivity	5-i	90
14:00– 14:12	K17	The most suitable conditions for silver mirror reaction (H.matsuyamatyuo) asaka yuta, mizuguchi asuka, shimoda ai	silver mirror reaction a copper ion most suitable	14-c	126
14:12– 14:24	K18	Reaction of caramelization and hydrogen peroxide (Senri H.S.) Tanaka Chisato, Hoshino Souta	Caramelization hydrogen peroxide	14-e	88
Chemical reaction engineering
(14:35–15:59) (Chair: Keita Taniya, Takaichi Watanabe)
14:35– 14:47	K19	Development of electrochemical reactor to synthesize hydrogen peroxide (Kyoto U.) *Watanabe Yutaro, Sano Noriaki, Nakagawa Kyuya, Suzuki Tetsuo	hydrogen peroxide electrochemistry electrolysis	5-e	120
14:47– 14:59	K20	Study in Catalytic Performance and Degradation Behavior of FER-type Zeolite for Methanol to Dimethyl Ether Reaction (Tokushima U.) *Aki Masahiro, Yamaji Mai, Shimoda Naohiro, Katoh Masahiro, Sugiyama Shigeru	FER-type Zeolite Alkaline treatment Methanol to dimethyl ether reaction	5-a	91
14:59– 15:11	K21	Visualization of color reaction between salicylic acid and iron chloride(III) aqueous solution using spectrophotometer (UTO H.S.) Hirota Ibuki, Matsumoto Mari, Miyamoto Mizuki, Murayama Yuka	salicylic acid iron chloride · color reaction	5-i	64
15:11– 15:23	K22	Photocatalytic oxidation of Water to Hydrogen peroxide over Organic Semiconductor (Kobe Univercity) *Tokui Y., Morimoto M., Taniya K., Ichihashi Y., Nishiyama S.	Photocatalyst Organic smiconductor Hydrogen peroxide synthesis	5-a	66
15:23– 15:35	K23	The propasal of simple measuring method of N₃^- by using brown ring reaction (H.tsuyama) koyuki O, yuka N, *natsuki Y	brown ring reaction	5-i	70
15:35– 15:47	K24	Modification of ZIF-8 Film on Outer Surface of Spherical SiO₂ by Semi-batch Operation (Kobe U.) *Nishikawa Y., Shimada D., Kawada S., Taniya K., Hidema R., Horie T., Komoda Y., Ichihashi Y., Ohmura N., Nishiyama S., Suzuki H.	ZIF-8 Latent heat transportation Silica microcapsule	5-i	67
15:47– 15:59	K25	Chemiluminescence ~the difference of alcohol ~ (Nara H.S.) Higuchi Honoka, Ueno manami, Kaneko Yuna, Hattori Narimi, *Yoshida Nao, Morishima Kuniyoshi	Chemiluminescence alcohol cosolvent	5-i	145

Technical program
22nd SCEJ Students Meeting in Okayama (2020)

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Most recent update: 2020-02-21 10:43:50
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