SCEJ

SCEJ 47th Autumn Meeting (Sapporo, 2015)

Session programs

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SCEJ Division Symposium SY-8. <Innovative Challenges of Chemical Reaction Engineering Contributing to Resources, Energy and Environment>

V101-V109, V120-V124, V202-V224, V301-V309

Most recent update: 2015-08-26 10:00:42
TimePaper
ID
Title / AuthorsKeywordsTopic codeAck.
number
Hall V, Day 1
(9:00–10:20) (Chair: Yasuda K.)
9:009:20V101Synthesis Rate of Hydroxyapatite from Gypsum Waste
(NIT Sasebo) *Aoki Mizuki, Nagata Hideo, Shimono Tsugio
Hydroxyapatite
Gypsum waste
Synthesis rate
SY-8225
9:209:40V102Analyses of intermediates in Formose reaction mechanism
(Soka U.) *Niitsu Takashi, Inoue Hakuai, Takasu Ryousuke, Ichikawa Masao
Formose reaction
Sugar synthesis
Rearrangement
SY-8536
9:4010:00V103An consideration on the explosion hazard evaluation by thermal analysis -Thermal behavior of nitrocellulose containing acids as an example-
(Fukuoka U.) *Katoh Katsumi, Maeda Akiho, Soramoto Tsutomu, Higashi Eiko, (NOF) Kawaguchi Shuhei
Nitrocellulose
Energetic materials
Hazard evaluation
SY-8556
10:0010:20V104Ultrasonic synthesis of temperature-responsive copolymer and its reaction kinetics
(Tohoku U.) *(PCEF)Sone Takuya, Kubo Masaki, (Toyama Pref. U.) Sugioka Ken-ichi, (Tohoku U.) Tsukada Takao
ultrasonic polymer synthesis
reaction kinetics
temperature-responsive copolymer
SY-8652

(10:40–12:00) (Chair: Sotowa K.-i.)
10:4011:00V106Investigation of chemical effects on hydrodynamic cavitation using venturi tube
(Nagoya U.) *Ako Daisuke, Yasuda Keiji
hydrodynamic cavitation
venturi tube
chemical effect
SY-8593
11:0011:20V107Effects of concave reflecting plate and operating conditions on ultrasonic chemical reaction
(NITech) *Sakai Y., Tada Y., Kato Y.
ultrasonic chemical reaction
concave reflecting plate
operating condition
SY-8347
11:2012:00V108[Invited lecture] Nanometer-distance control in plasmonic solar cells and the future perspective as next generation solar cell
(Tokyo Tech) Ihara M.
Solar cell
Surface Plasmon
Nanometer
SY-8570
(15:20–15:40) (Chair: Watanabe R.)
15:2015:40V120[Outstanding Paper Award] Novel Nickel Catalysts Based on Ni-substituted MgAl2O4 Spinel-Type Mixed Oxides for Hydrocarbon Reforming
(U. Tokyo) *Kikuchi Ryuji, Yokoyama Misato, Tada Shohei, Takagaki Atsushi, Sugawara Takashi, Oyama S. Ted
Magnesium aluminate spinel
Nickel catalyst
Hydrocarbon reforming
SY-834
(15:40–16:20) (Chair: Nii S.)
15:4016:20V121[Invited lecture] Process development for utilization of heavy petroleum oil and biomass
(Kagoshima U.) (SPCE)Tsutsui T.
heavy oil
biomass
process development
SY-8581
(16:20–17:00) (Chair: Nakasaka Y.)
16:2017:00V123[Invited lecture] Recent topics in the field of methyl methacrylate production-Development of Alpha process
(Mitsubishi Rayon) Ninomiya W.
Methyl methacrylate(MMA)
Alpha process
Ethylene
SY-8572
Hall V, Day 2
(9:20–10:20) (Chair: Furusawa T.)
9:209:40V202Morphology control of crystalline Mo-V-O complex oxide catalysts and its application to ethane oxidation
(Hokkaido U.) *Obunai Ryo, Ogino Isao, (Kanagawa U.) Ueda Wataru, (Hokkaido U.) Mukai Shin
selective oxidation catalysts
metal oxides
mesoporous carbon
SY-8195
9:4010:00V203CO2 Reduction Characteristics of Metal-Supported TiO2 Photocatalyst Coated on Netlike Glass Fiber
(Mie U.) *Nishimura Akira, Hayakawa Takuya, Zhao Xuyan, Ishida Noriaki, Tatematsu Daichi, Hirota Masafumi, Koshio Akira, Kokai Fumio
Photocatalyst
CO2 Reduction
Netlike Glass Fiber
SY-8291
10:0010:20V204A Ni-based honeycomb-type catalyst for CO2 methanation
(Shizuoka U.) Hayakawa Kotaro, Teratani Ken, Kohno Yoshiumi, Watanabe Ryo, *Fukuhara Choji
Structured catalyst
Methanation
Ni-based catalyst
SY-8789

(10:40–12:00) (Chair: Ogino I.)
10:4011:00V206Catalytic properties of Ni-containing porous iron ore
(Hokkaido U.) *Abe Keisuke, Nomura Takahiro, Akiyama Tomohiro
porous iron ore
catalytic property
CO2 reforming
SY-8626
11:0011:20V207Study of active sites for hydrodesulfurization and hydrodenitrogenation-inverse problem, fractal and site-type analyses
(TUAT (Prof. Emeritus)) *Nagai Masatoshi, (TUAT) Nguyen Thanh Tung, Adachi Yasutaka, Kobayashi Kentarou
Active site analysis
Inverse problem
Fractal analysis
SY-8782
11:2011:40V208Kinetic study for the methanolysis of rapeseed oil using CaO-loaded microcapsule modified with silane coupling agent
(Utsunomiya U.) *Furusawa Takeshi, Kurayama Fumio, Shiba Miyuki, Kadota Ryosuke, Sato Masahide, Suzuki Noboru
BDF
microcapsule
kinetic study
SY-8242
11:4012:00V209Application of ferromagnetics-dispersed carbon nanomaterials to biodiesel-production catalyst
(Kyoto U.) *(PCEF)Tsunauchi S., Yamada K., Sano N., Tamon H.
biodiesel
nanomaterial
catalyst
SY-8670

(13:00–14:00) (Chair: Goshima T.)
13:0013:20V213Catalytic properties of surface-modified stainless steel foil prepared by arc-plasma deposition
(Kumamoto U./Kyoto U. ESICB) *Yoshida Hiroshi, (Kumamoto U.) Misumi Satoshi, (Kumamoto U./Kyoto U. ESICB/JST-PRESTO) Hinokuma Satoshi, (Kumamoto U./Kyoto U. ESICB) Machida Masato
arc-plasma
rhodium
catalyst preparation
SY-841
13:2013:40V214Preparation of nano-sized ZIF-8 crystal in aqueous solution containing non-ionic surfactant
(Hokkaido U.) *Hasegawa M., Zhang Y., Nakasaka Y., (Delft U. Tech.) Canan Gücüyner, (Tokyo Tech) Tago T., (Delft U. Tech.) Jorge Gascon, Freek Kapteijn, (Hokkaido U.) Masuda T.
ZIF-8
non-ionic surfactant
aqueous solution
SY-8510
13:4014:00V215Synthesis of Pt/C catalysts using graphene oxide
(Hokkaido U.) *Kitano K., Iwamura S., Ogino Isao, Mukai Shin
Graphene oxide
Graphene
carbon-supported Pt catalyst
SY-8193
(14:00–14:40) (Chair: Yoshida H.)
14:0014:20V216Synthesis of light olefin using flake-like AEI zeolite
(Osaka U.) *Yamada M., Hirota Y., Uchida Y., Sakamoto Y., (Gifu U.) Ono S., Miyamoto M., Uemiya S., (Osaka U.) Nishiyama N.
zeolite
light olefin
SAPO-18
SY-8351
14:2014:40V217Hydrolysis of Tetrafluoromethane over Alumina-Zirconia System Catalysts
(NIT Sasebo) *Tajima Yuhei, Tanaka Yasuhiko, Nagata Hideo
Hydrolysis of Tetrafluoromethane
Alumina-Zirconia Catalysts
Acidity
SY-8227

(15:00–16:00) (Chair: Katoh M.)
15:0015:20V219The effect of cerium oxide addition on the catalytic methanation of CO2 with NH3 over supported Ru catalysts
(Okayama U.) *Nishimura Y., Uddin M. A., Kato Y.
CO2 methanation
NH3 decomposition
Ru/CeO2/Al2O3
SY-8174
15:2015:40V220Reduction reaction of selenate with hydrazine over Pt/TiO2
(Kyushu U.) *Zhao J., Matsune H., Takenaka S., Kishida M.
selenate
platinum
reduction reaction
SY-8742
15:4016:00V221Proposal of the Method to Convert Molasses into Butyric Acid with Acid Fermentation
(Kagoshima U.) *(PCEF)Goshima Takashi, Fukudome Kenta, Mizuta Kei, Nii Susumu, Tsutsui Toshio
molasses
acid fermentation
butyric acid
SY-8312
(16:00–17:00) (Chair: Matsune H.)
16:0016:20V222Organic synthesis in microreactor using gas-liquid slug flow
(Tokushima U.) *Sugiyama S., (PCEF)Seno Y., Nakagawa K., Katoh M., (Mitsubishi Rayon) Katou Y., Ninomiya W.
Slug flow
Catalytic reaction
Microreactor
SY-886
16:2016:40V223Chlorine removal from incinerator bottom ash by superheated steam
(Okayama U.) *(PCEF)Suda H., Uddin M. A., Kato Y.
superheated steam
incinerator bottom ash
dechlorination
SY-8114
16:4017:00V224Carbonisation of Organic Wastes Using Superheated Steam
(Okayama U.) *Muaz A., Uddin M. A., Kato Y.
superheated steam
organic waste
carbonisation
SY-8185
Hall V, Day 3
(9:00–10:20) (Chair: Taniya K.)
9:009:20V301Development of Ni/CNTs-coated fluidized particle for fluidized catalytic NH3 dehydrogenation
(Gunma U.) *Wanibuchi K., Noda R., (AIST) Atsumi R.
Carbon nanotubes
fluidized-bed CVD
NH3 dehydrogenation
SY-8788
9:209:40V302Ammonia Production at low temperature and atmospheric pressure
(Gifu U.) *Mabuchi Ayumi, Kambara Shinji
Nitric acid
Ammonia
Photochemical reaction
SY-8477
9:4010:00V303The development of hydrogen production process by catalytic ammonia decomposition
(AIST) *Takahashi Atsushi, Fujitani Tadahiro
Hydrogen production
NH3 decomposition
Kinetic model
SY-8257
10:0010:20V304Effect of thermal treatment on hydrogen generation ability of hydroxyapatite-supported bimetallic catalysts
(Kagoshima U.) *Nakazato T., Murata Y., Kai T.
hydrogen generation
bimetallic catalyst
hydroxyapatite
SY-8917

(10:40–12:00) (Chair: Noda R.)
10:4011:00V306Evaluation of Pt/TiO2 structured catalyst for Methylcyclohexane dehydrogenation
(Shizuoka U.) *Watanabe Ryo, Hisamatsu Yoshikazu, Tanaka Kota, Yamamoto Kazumasa, Kohno Yoshiumi, Fukuhara Choji
Organic chemical hydride
Methylcyclohexane
Pt-based catalyst
SY-8798
11:0011:20V307Kinetic modeling for the initial process of carbon formation in steam methane reforming
(Kwansei Gakuin U.) *Ogura T., Tsushima D.
reaction mechanism
carbon formation
steam methane reforming
SY-8938
11:2011:40V308Study of active ingredient formation conditions for Mo system catalyst
(Hitachi R&D Group) *Sasaki Takashi, Suzuki Tomoko, (Mitsubishi Hitachi Power Systems) Fukuhara Hirotsugu, (Kyoto U.) Takaoka Masaki
catalyst
pretreatment
MoS2
SY-8522
11:4012:00V309Effect of Ce addition to Ni/Al2O3 catalysts on CO2 reforming of CH4
(Kobe U.) *Okino Tomoya, Nakajima Akiyuki, Kitano Yuki, Okemoto Atsushi, Taniya Keita, Ichihashi Yuichi, Nishiyama Satoru
dryreforming
carbon deposition
Ce/Ni/Al2O3
SY-8418

Technical program
SCEJ 47th Autumn Meeting (Sapporo, 2015)

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Most recent update: 2015-08-26 10:00:42
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