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SCEJ 82nd Annual Meeting (Tokyo, 2017)

Last modified: 2017-02-20 10:00:00

Hall and day program : Day 3

The abstracts can be viewed by clicking the Paper IDs.
The ID/PW printed on the PROGRAM book are required.

Day 3(Mar. 8)

Hall A | Hall B | Hall C | Hall D | Hall E | Hall F | Hall G | Hall H | Hall L | Hall M | Hall N | Hall P | Hall P | Hall X | Hall Y
SS-2 | SS-6 | SS-5 | 7 | 1 | 14 | 1 | 12 | 5 | 2 | 9 | HC-13 | HC-14 | HC-15 | 4 | PS-D | PS-E | HQ-21 | SP-8 | SP-9

TimePaper
ID		Title / AuthorsKeywordsTopic codeAck.
number
Hall A(Kyoshitsu-to 3F 301)
SS-2 [Session organized by Industry]
 Technical Innovations-2 to Sustain Japanese Industry
(9:00–9:40) (Chair: Watanabe Tsuneo)
9:00– 9:40A301Development of Hydrogen Storage and Transportation Technology in Large-Scale -SPERA Hydrogen System-
(Chiyoda) (Ful·PCE)Yasui Makoto
Energy Carrier
Organic Chemical Hydride
SPERA Hydrogen
SS-241
(9:40–10:40) (Chair: Kawase Motoaki)
9:40– 10:40A303(machine translation) Function Development and Application of Transparent Oxide
(Tokyo Tech) Hosono Hideo
oxide semiconductors
catalysts
SS-240
(10:40–11:20) (Chair: Watanabe Tsuneo)
10:40– 11:20A306(machine translation) Business History of Hitachi Chemical's Lithium Ion Battery Negative Electrode Material and Its Future Development
(Hitachi Chemical) (Cor)Nishida Tatsuya
Lithium-ion battery
anode
carbon
SS-239
(11:20–12:00) (Chair: Sumi Yasuhiro)
11:20– 12:00A308(machine translation) Research and Development of Lifeline Core Monitoring System
(Oki Electric Ind.) Kawamoto Yasutaka
monitoring
cable-less sensor
SS-242
SS-6 [Session organized by Industry]
 Unforgettable Unit Operation - Environmentally Friendly Separation Process (Distillation, Adsorption, Membrane Separation) -
(14:00–14:40) (Chair: Maeda Haruhiko)
14:00– 14:40A316(machine translation) Development of Hydrogen PSA Device at Kobe Steel
(Kobe Steel) (Ful)Hangai Hiroo
adsorption
CO adsorbent
H2 PSA
SS-651
(14:40–16:00) (Chair: Suda Hideki)
14:40– 15:20A318(machine translation) Recent Distillation Technology
(Toyo Eng. Corp.) (Cor)Wakabayashi Toshihiro
Energy conservation
HIDiC
SS-695
15:20– 16:00A320Technological development of hybrid process of distillation and membrane
(Mitsubishi Chemical Engneering) (Cor)Yamazaki Koichi
Distillation
Membrane
Energy saving
SS-6135
Hall B(Kyoshitsu-to 3F 302)
SS-5 [Session organized by Industry]
 Actions for Secure Safety and Upkeeping the on-Site Capabilities
(9:40–11:20) (Chair: Yamamoto Kazumi)
9:40– 10:40B303(machine translation) Background Factors of Chemical Disasters and Safety Assessment
(AIST) Wakakura Masahide
chemical accident,
safety
SS-547
10:40– 11:20B306(machine translation) Process Safety and Risk Management for Improving Field Strength
(SCE・Net) (Ful)Sawa Hiroshi
Process safety
Risk management
Inherently safer plant
SS-549
(11:20–12:00) (Chair: Nakanomori Katsumi)
11:20– 12:00B308(machine translation) Safety Culture Is Connected with People "Good Contact Movement"
(JGC) (Cor)Nishiyama Fumio

SS-594
(13:00–13:40) (Chair: Yamamoto Kazumi)
13:00– 13:40B313(machine translation) A Study on Utilization of Accidents in the Field
(Safety Cases Lab.) (Ful)Iuchi Kensuke
Check Points
Process Safety
Metrics
SS-550
(13:40–14:20) (Chair: Kujime Masahiro)
13:40– 14:20B315(machine translation) Efforts to Secure Safety at Mitsubishi Chemical
(Mitsubishi Chemical) (Ful)Nakagawa Masaki
Assessment
Process Safety
SS-593
(14:20–15:00) (Chair: Yokoyama Tetsuo)
14:20– 15:00B317(machine translation) A Study on Collapse Risk of After Damaged Wooden Houses
(Nat. Inst. Occupational Safety and Health, Japan) Takanashi Seiji

SS-5205
(15:00–15:20) (Chair: Kujime Masahiro)
15:00– 15:20B319(machine translation) Application of Industry 4.0 to Material Industry
(Deloitte Tohmatsu Consulting LLC) Yashiro Toshiyuki
Industry4.0
IoT
Big data analytics
SS-5206
(15:20–15:40) (Chair: Yamamoto Kazumi)
15:20– 15:40B320(machine translation) Energy Saving of Room with Low Specific Heat, High Emissivity Paint Applied
(SCE・Net) (Ful)Nishimura Jiro
energy saving
paint with high UR emissivity
time-dependent heat conduction analysis
SS-548
Hall C(Kyoshitsu-to 3F 303)
7. Biochemical engineering
(9:00–9:40) (Chair: Kurata Hiroyuki, Shimizu Hiroshi)
9:00– 9:20C301Scale up of enzymatic hydrolysis of lignocellulosic biomass
(JGC) *(Cor)Ikeo Makoto, (Cor)Okino Shohei, (Ful)Taneda Daisuke
Biomass
Enzymatic Hydrolysis
Scale up
7-i292
9:20– 9:40C302Estimation of activated steps in the pathway map from time series metabolite data
(AIST) *(Ful)Tominaga Daisuke, (Kobe U.) Kawaguchi Hideo, Hori Yoshimi, (Ful)Hasunuma Tomohisa, (AIST) Aburatani Sachiyo
Metabolic flow
S-system
differential equation system
7-f118
(9:40–10:20) (Chair: Ikeo Makoto, Tominaga Daisuke)
9:40– 10:00C303Analysis of genetic mechanisms generating a robust memory under noise
(Kyutech) Hasan Shamim, *(Ful)Kurata Hiroyuki
memory
robustness
genetic network
7-f10
10:00– 10:20C30413C-Metabolic flux analysis of mevalonate-producing Escherichia coli during stationary phase
(Osaka U.) Masuda Ami, (Stu)Tokuyama Kento, *(Ful)Toya Yoshihiro, (Ful)Shimizu Hiroshi
13C-metabolic flux analysis
Mevalonate
Escherichia coli
7-f595
(10:40–11:20) (Chair: Goto Masahiro, Yoshimoto Noriko)
10:40– 11:00C306Physicochemical characteristics of amorphous sugar matrix dried from organic solvent and the application to solid dispersion of water-insoluble drugs
(Okayama U.) *(Ful)Imamura Koreyoshi, Takeda Koji, (Stu)Hidaka Fumihiro, Gotohda Yuto, (Mithusbishi-Kagaku Foods) Matsuura Tsutashi, (Okayama U.) (Ful)Imanaka Hiroyuki, (Ful)Ishida Naoyuki
amorphous sugar
over-dissolution
solid dispersion
7-h698
11:00– 11:20C307Emergence of chiral recognition by the formation of lipid nano-domains
(Osaka U.) *(Ful)Okamoto Yukihiro, (Stu)Kishi Yusuke, (Ful)Suga Keishi, (Ful)Umakoshi Hiroshi
chiral recognition
nano-domain
lipid bilayer
7-c33
(11:20–12:00) (Chair: Okamoto Yukihiro, Wakabayashi Rie)
11:20– 11:40C308Sensitive Detection of Weak Biomolecular Interaction through Molecular Design of CutA1
(Okayama U.) *(Ful)Imanaka Hiroyuki, (Stu)Date Koki, (Stu)Matoba Haruka, Oki Takuya, (Ful)Ishida Naoyuki, (Ful)Imamura Koreyoshi
biosensor
immobilization
molecular design
7-c342
11:40– 12:00C309Effect of oligo DNA PEGylation on Ion Exchange Chromatography Retention Mechanism
(Yamaguchi U.) *(Ful)Yoshimoto Noriko, (PCEF)Ono Yoshiatu, (Stu)Kishi Yuhi, (Ful)Yamamoto Shuichi
Ion exchange chromatography
PEGylation
oligoDNA
7-c522
Hall D(Kyoshitsu-to 3F 304)
1. Fundamental properties
(9:00–10:20) (Chair: Iwai Yoshio, Kanakubo Mitsuhiro)
9:00– 9:20D301Determination of liquid-liquid equilibria for ternary mixture water + alkane + non-ionic surfactant
(Nihon U.) *(Ful)Matsuda Hiroyuki, (Stu)Emata Risa, (Stu)Inoue Yoshihiro, (Ful)Kurihara Kiyofumi, (Ful)Tochigi Katsumi
Liquid-liquid equilibria
Non-ionic surfactant
Fish-shaped diagram
1-a831
9:20– 9:40D302Free-energy analysis for gas adsorption in ionic liquids
(Osaka U.) *(Ful)Ishizuka Ryosuke, (Ful)Matubayasi Nobuyuki
ionic liquid
thermodynamics of solution
molecular simulation
1-a127
9:40– 10:00D303Prediction of Infinite Dilution Activity Coefficients by Group-Contribution Method Based Modified Wilson Equation
(Yamaguchi U.) *(Ful)Kobuchi Shigetoshi, (Stu)Nakai Keiichiro, (Kyushu U.) (Ful)Yonezawa Setsuko, (NIT Ube) (Ful)Fukuchi Kenji
Infinite Dilution Activity Coefficient
Modified Wilson Equation
Prediction
1-a222
10:00– 10:20D304Phase behavior and Volumetric properties of CO2/Silicon Alkoxide/Polymer systems
(Tokyo U. Sci.) *(Stu)Matsukawa Hiroaki, (Ful)Shimada Yuichiro, (Ful)Naya Masakazu, (Ful)Shono Atsushi, (AIST) (Ful)Yoda Satoshi, (Tokyo U. Sci.) (Ful)Otake Katsuto
Phase behavior
Volumetric properties
Polymer
1-a412
(10:40–12:00) (Chair: Ishizuka Ryosuke, Sasaki Masakazu)
10:40– 11:00D306Prediction of vapor pressure using boiling point data
(Tokyo U. Sci.) (Ful)Ohe Shuzo
vapor pressure
boiling point
homologous series
1-a824
11:00– 11:20D307Temperature dependence of Wilson parameters
(Tokyo U. Sci.) (Ful)Ohe Shuzo
vapor-liquid equilibria
Wilson equation
parameter
1-a97
11:20– 11:40D308Calculation of coordination number by molecular dynamics simulation and application to CDSAP model
(Kyushu U.) *(Ful)Iwai Yoshio, (Stu)Seki Ryosuke, (Stu)Tanaka Yoshihiro, (Stu)Miyazaki Yusuke
coordination number
molecular simulation
activity coefficient model
1-a218
11:40– 12:00D309Thermal conductivity, specific heat capacity, thermal diffusivity of shape memory gel for different water contents
(Yamagata U.) *(Ful)Akamatsu Masato, Omokawa Hyune, Furukawa Hidemitsu, (Shiga Pref. U.) Yamano Mitsuhiro
Shape memory gel
thermophysical property
Water content
1-b115
14. Wide area
(13:00–14:00) (Chair: Matsumoto Hideyuki)
13:00– 13:20D313The New Industrial Revolution-Whereabouts of Chemical Industries
(APSOM) (Ful)Komatsu Shoei
Industrial Revolution
Chemical Industry
Supply Chain
14-a108
13:20– 13:40D314Research about technical problems in long-term storage of removed soil at temporary storage site in Fukushima Prefecture
(Fukushima Pref. Centre for Environmental Creation) *(Ful)Takahashi Yusuke, (Fukushima Tech. Centre) Ito Tetsuji, Nagasawa Hiroshi
Temporary storage site
Flexible intermediate bulk containers
Gas permeable liner sheet
14-e294
13:40– 14:00D315Technological and economic assessment of power generating systems with woody biomass
(U. Tokyo) *(Stu)Kaibe Kenji, (Chuo U.) (Ful)Hatano Hiroyuki, (U. Tokyo) Inoue Masafumi, (JST-LCS) (Ful)Yamada Koichi, (U. Tokyo) (Ful)Otomo Junichiro
woody biomass
biomass power generating
technological and economic assessment
14-b491
1. Fundamental properties
(15:40–17:00) (Chair: Tsuji Tomoya, Oba Shigeo)
15:40– 16:00D321Correlation of vapor-liquid equilibrium for associated system
(Tokyo U. Sci.) (Ful)Ohe Shuzo
vapor-liquid equilibrium
associated liquid
correlation
1-a857
16:00– 16:20D322Ionic liquids effect on vapor-liquid equilibria
(Tokyo U. Sci.) (Ful)Ohe Shuzo
ionic liquids
salt effect
vapor-liquid equilibria
1-a808
16:20– 16:40D323Estimation of kinematic viscosities for gas expanded liquids by modified equations of Eyring-Wilson and ASOG-VISCO model
(Chuo U.) *(Ful)Funazukuri Toshitaka, (Nihon U.) (Ful)Matsuda Hiroyuki, (Ful)Kurihara Kiyofumi, (Ful)Tochigi Katsumi, (Panjab U.) Rattan V. K.
Kinematic viscosity
CO2 expanded liquid
ASOG-VISCO
1-a259
16:40– 17:00D324Correlation and Prediction of Kinematic Viscosities for Liquid Mixtures Using Modified Eyring-Activity Coefficient Equations and McAllister Equation
(Nihon U.) *(Ful)Tochigi Katsumi, (Ful)Matsuda Hiroyuki, (Ful)Kurihara Kiyofumi, (Chuo U.) (Ful)Funazukuri Toshitaka, (Panjab U.) Rattan V. K.
kinematic viscosity
modified Eyring-activity coefficient equation
McAllister equation
1-a274
Hall E(Kyoshitsu-to 4F 404)
12. Materials engineering & interfacial phenomena
(9:00–10:20) (Chair: Kurumada Kenichi, Kishida Muneki)
9:00– 9:20E301Melt crystallization of binary mixture of fatty acids as model biofuel
(U. Hyogo) *(Ful)Yamamoto Takuji, (Ful)Maeda Kouji, (Ful)Itoh Kazuhiro, (Ful)Fukui Keisuke, (NIES) (Ful)Kuramochi Hidetoshi
effective distribution factor
interfacial solute distribution theory
melt crystallization
12-g148
9:20– 9:40E302Development of novel LiNixCoyMnzO2 cathode material with Porous particle structure.
(Sumitomo Metal Mining) *(Cor)Suganuma S., (Cor)Hayashi T., (Cor)Aida T., (Cor)Ushio R.
cathode
battery
LNCMO
12-g197
9:40– 10:00E303The preparation and properties of Ag-coated Cu powder
(Sumitomo Metal Mining) *(Cor)Yamaoka Naoki, (Cor)Kaneko Isao
electroless plating
copper powder
Ag coating
12-g284
10:00– 10:20E304Effect of ethyleneamines on synthesis of ultrafine nickel powder by hydrazine reduction.
(Sumitomo Metal Mining) *(Cor)Tanaka Hiroyuki, (Cor)Kumagai Yuki, (Cor)Ishii Junji, (Cor)Murakami Shingo, (Cor)Matsumura Yoshiaki, (Cor)Yukinobu Masaya
nickel powder
hydrazine reduction
ethyleneamine
12-g406
(10:20–11:20) (Chair: Yamamoto Takuji)
10:20– 10:40E305Influence of Thermal History on Nucleation Properties of Calcium Chloride Hexahydrate Added Strontium Chloride.
(Waseda U.) *(Ful)Watanabe Yasuyuki, (Ful)Hirasawa Izumi
Salt Hydrate
Nucleating Agent
Thermal History
12-g415
10:40– 11:00E306Production method of pharmaceutical microcrystal by controlling solubility with sodium chloride
(Mitsubishi Tanabe Pharma) *(Ful)Kishida Muneki, (Osaka City U.) (Ful)Igarashi Koichi, (Kansai Chem. Eng.) (Ful)Ooshima Hiroshi
microcrystal
solubility control
additive
12-g446
11:00– 11:20E307Acceleration factor for crystallization immobilization of calcium moiety in leachate from landfilled soil
(NIT Fukushima) *(Ful)Kurumada Kenichi, Ogata Yuusuke, (Himeyuri Total Work) Yamaguchi Hiroyuki, Hongo Kazuhiro
acceleration factor
crystallization mobilization
landfill leachate
12-g506
(11:20–12:00) (Chair: Shimanouchi Toshinori, Yamaoka Naoki)
11:20– 11:40E308Semi-batch cooling crystallization of K-alum
(Niigata U.) *(Ful·APCE)Mikami Takashi, Kaizu Rika, (Stu)Sasaki Kazuma
Semi-batch cooling
Feeding policy
Monodisperse crystals
12-g550
11:40– 12:00E309Analysis of Crystallization through Oiling-out Phenomenon
(TUAT) *(Ful)Takiyama Hiroshi, (Stu)Okude Ai, (Ful)Kudo Shoji
Crystallization
Oiling-out
Phase separation
12-g581
(13:00–14:00) (Chair: Mikami Takashi, Tanaka Hiroyuki)
13:00– 13:20E313The evaluation of crystallization difficulty of pharmaceutical compounds by using critical supersaturation (Sc)
(Shionogi) *(Cor)Nagamatsu Daiki, (Cor)Sato Norihito, (TUAT) (Ful)Takiyama Hiroshi
Crystallization difficulty
Critical Supersaturation
Pharmaceutical compounds
12-g621
13:20– 13:40E314Creation of nano-sized particles by crystallization
(Waseda U.) *(Ful)Hirasawa Izumi, (Stu)Kindaichi Satori, (Stu)Makita Maiko, Takebe Akinobu, Tanaka Norihiro, (Tsukishima Kikai) (Cor)Douya You
Organic NPs
Antisolvent
Whirl Stream
12-g638
13:40– 14:00E315Initiation timing of scale formation in melt crystallization of organic acid
(TUAT) *(Ful)Kudo S., (Mitsubishi Rayon) (Ful)Hino T., (TUAT) (Ful)Takiyama H.
Melt crystallization
scale formation
morphology
12-g645
(14:00–14:40) (Chair: Sato Jun, Nagamatsu Daiki)
14:00– 14:20E316Kinetic study for estimate of supersaturation of amyloid beta protein
(Okayama U.) *(Ful)Shimanouchi Toshinori, (Ful)Shimizu Maho, (Ful)Kimura Yukitaka
Supersaturation
Inhibitory effect
amyloid beta protein
12-g778
14:20– 14:40E317accumulation and crystallization of lysozyme on lipid planar membranes
(Okayama U.) *(Ful)Shimanouchi Toshinori, (Stu)Shirahige Yuuki, (Ful)Kimura Yukitaka
crystallization
lysozyme
lipid planar membrane
12-g801
(14:40–15:40) (Chair: Yamashita Seiji, Nakamura Hiroshi)
14:40– 15:00E318Novel crystallization technique of double salt utilizing contact reaction of minute droplet with atmospheric plasmas
(Chiba Inst. Tech.) *(Ful)Wada Y., (Stu)Kobayashi T., (Ful)Onoe K., (Nihon U.) (Ful)Matsumoto M.
atmospheric plasma
minute-droplet
hydroxyapatite
12-g853
15:00– 15:20E319Experimental determination of gelling time of calcium alginate hydrogel by high-speed observation.
(NIT Fukushima) *(Ful)Sato Jun, (Ful)Kurumada Ken-ichi
gelling time
calcium alginate hydrogel
morphology time evolution
12-e500
15:20– 15:40E320Preparation of hydrogel from a monosaccharide-type low molecular weight gelator with gelation ability for oils and evaluation of their physical properties
(Kyushu U.) *(Ful)Ono Fumiyasu, (Nissan Chemical Industries) (Cor)Hirata Osamu, (Kyushu U.) Ichimaru Keiko, (ISIT) Shinkai Seiji, (Nissan Chemical Industries/kyushu U.) (Cor)Watanabe Hisayuki
low molecular weight gelator
hydrogel
surfactant
12-e724
(15:40–17:00) (Chair: Ono Fumiyasu, Kudo Shoji)
15:40– 16:00E321Preparation of an iron hydroxide / hydrogel composite and its application to the arsenic adsorbent
(Hiroshima U.) *(Ful)Gotoh T., (Stu·PCEF)Senmoto K., (Ful)Iizawa T., (Ful)Nakai S.
arsenate
hydrogel
iron hydroxide
12-e800
16:00– 16:20E322Interfacial reaction and tribological characteristics on the friction of B4C composite ceramics
(Nagoya U.) *(Ful)Yamashita Seiji, (Stu)Urano Akihiro, (Ful)Kita Hideki
B4C composite
tribology
Friction
12-m846
16:20– 16:40E323Evaluation of persistence time scale of autocorrelation of rapidly altering morphology of flowing objects by inter-vision random sorting
(NIT Fukushima) *(Ful)Kurumada Kenichi, Yoshiwatari Shouta
persistence time scale
morphology autocorrelation
inter-vision random sorting
12-l507
16:40– 17:00E324Rheology of Concentrated Colloidal Dispersions
(Toyota Central R&D Labs.) *(Ful)Nakamura Hiroshi, (Cor)Harada Masashi, (Cor)Kumano Naomi, (Cor)Kusano Takumi, (Cor)Ishii Masahiko
Rheology
Colloidal Dispersion
Shear-thickening
12-l693
Hall F(Kyoshitsu-to 4F 405)
(9:00–10:20) (Chair: Yamauchi Noriko, Iyoki Kenta)
9:00– 9:20F301Preparation of composite polymeric particle with carbon nano tube and evaluation of its properties
(Nagoya U.) (Stu·PCEF)Kawaguchi Kan, *(Ful)Yamamoto Tetsuya
Carbon nanotube
Composite particle
Polymerization
12-c105
9:20– 9:40F302Effect of template additive on shape of fine particles synthesized by spray pyrolysis
(Kansai U.) *(Ful)Kinoshita Takuya, Asao Fumito, (Stu)Wada Yoshiya, (Stu)Marumoto Yutaro, (Ful)Okada Yoshiki
Spray pyrolysis
SOFC
Template additive
12-c111
9:40– 10:00F303Synthesis of Hollow Structured Carbon Nitride Particles and their Characterization
(Hiroshima U.) *(Ful·APCE)Ogi Takashi, Arif Aditya, (Int)Balgis Ratna, (Ful)Okuyama Kikuo
Nanostructured particle
Microwave synthesis
CO2 adsorption
12-c492
10:00– 10:20F304Preparation of Temperature-Responsive Surface-Active Microgels
(Saga U.) *(Ful)Morisada Shintaro, Horiguchi Yosuke, (Ful)Kawakita Hidetaka, (Ful)Ohto Keisuke
surface-active microgel
temperature-responsive
N-isopropylacrylamide
12-c545
(10:40–12:00) (Chair: Yamamoto Tetsuya, Morisada Shintaro)
10:40– 11:00F306Preparation of stereocomplexed polylactide-based nanocapsules for controlled release of water-soluble molecules
(Okayama U.) *(Ful)Watanabe Takaichi, Sakamoto Yui, (Ful)Ono Tsutomu
stereocomplex
nanocapsule
polylactide
12-c554
11:00– 11:20F307One-pot aqueous formation of sugar-immobilized monodisperse polymer particles
(NIT Fukushima) *(Ful)Yamauchi N., (Stu)Iino H., (Stu)Obinata S., Ogata M., (Ful)Kurumada K.
Sugar immobilization
Uniform submicron particle
One-pot formation
12-c602
11:20– 11:40F308OSDA-free synthesis of zincoaluminosilicate zeolites using homogeneous gels prepared by co-precipitation method
(U. Tokyo) *(Stu·PCEF)Koike Natsume, (Ful)Chaikittisilp Watcharop, (Ful)Iyoki Kenta, (UniZeo/U. Tokyo) Shanmugam Palani Elangovan, Itabashi Keiji, (U. Tokyo) (Ful)Okubo Tatsuya
Zincoaluminosilicate
Zeolite
Co-precipitation
12-c659
11:40– 12:00F309Study on improvement of hydrothermal stability of ZIF-8 MOF
(Kansai U.) *(Ful)Tanaka S., Tanaka Y., (Stu)Taniguchi T., (Stu)Miyashita R., (Ful)Miyake Y.
hydrothermal stability
zeolitic imidazolate framework
metal organic framework
12-c713
Hall G(Kyoshitsu-to 4F 406)
5. Chemical reaction engineering
(9:00–10:20) (Chair: Fukushima Yasuyuki, Yoshihara Naoki)
9:00– 9:20G301Study on the mechanism of the radical formation for the microbubble-induced ultrasonic cavitations
(NIT Nagaoka) *(Ful)Murakami Yoshinori, Kobayashi Yuma, Maruyama Aya
microbubble
ultrasound
radical
5-b179
9:20– 9:40G302Investigation on Fe Loading Condition and Reductants for CO2 Reduction Performance Improvement of Fe/TiO2 photocatalyst
(Mie U.) *(Ful)Nishimura Akira, (Stu)Ishida Noriaki, Tatematsu Daichi, Hirota Masafumi, Koshio Akira, Kokai Fumio
Photocatalyst
CO2 Reduction Performance
Reductants
5-c104
9:40– 10:00G303Vapor phase dehydration of ethanol with a packed-bed zeolite membrane reactor
(Utsunomiya U.) *(Ful)Itoh Naotsugu, (Stu)Kikuchi Shuhei, Hirose Takuya, (Ful)Sato Takafumi
zeolite
ethanol dehydration
membrane reactor
5-d774
10:00– 10:20G304Low temperature decomposition of ammonia using a wall-tube type of membrane reactor
(Utsunomiya U.) *(Ful)Itoh Naotsugu, (Stu)Kato Takahumi, (Ful)Sato Takafumi
wall-tube reactor
palladium membrane
ammonia
5-d776
(10:20–12:00) (Chair: Murakami Yoshinori, Itoh Naotsugu)
10:20– 10:40G305Impacts of fuel type on carbon nanotube synthesis in a diesel engine and consideration of its growth mechanism
(Tokyo Tech) *(Stu)Suzuki Shunsuke, (Ful)Mori Shinsuke
Carbon nanotube
Diesel engine
Growth mechanism
5-h86
10:40– 11:00G306Fabrication of Ag-TiO2 nanocomposite films via one-step gas-phase deposition and their characterizations after heat treatment processes
(Hiroshima U./ITS Surabaya) *(Ful)Kusdianto K., (Hiroshima U.) Jiang Dianping, (Ful)Kubo Masaru, (Ful)Shimada Manabu
PECVD
PVD
photocatalytic activity
5-h243
11:00– 11:20G307Investigation of chemical etching condition for large-area graphene synthesis on copper foils
(Fukuoka U.) *(Ful)Yoshihara Naoki, (Ful)Noda Masaru
Graphene
CVD
Chemical etching
5-h476
11:20– 11:40G308Ultra conformal infiltration achieved by optimal design of SiC-CVI process and the effect on composite material properties
(U. Tokyo) *(Stu)Shima Kohei, (Stu)Sato Noboru, (Stu)Funato Yuichi, (Stu)Naka Tomoaki, (IHI) (Ful)Fukushima Yasuyuki, (U. Tokyo) (Ful)Momose Takeshi, (Ful)Shimogaki Yukihiro
CVD
SiC
CMC
5-h552
11:40– 12:00G309Construction of the overall reaction model for optimizing SiC-CVD using Methyltrichlorosilane(4)
(U. Tokyo) *(Stu)Funato Yuichi, (Stu)Shima Kohei, (Stu)Sato Noboru, (Stu)Naka Tomoaki, (Ful)Fukushima Yasuyuki, (Ful)Momose Takeshi, (Ful)Shimogaki Yukihiro
SiC
Reaction model
CVD
5-h664
Hall H(Kyoshitsu-to 4F 407)
2. Fluid & particle processing
(9:00–10:20) (Chair: Takagi Youhei)
9:00– 9:20H301Investigation for mechanisms of thermocapillary flow direction in a liquid film
(Osaka U.) *(Stu)Yamamoto Takuya, (Ful)Okano Yasunori
Marangoni convection
Numerical analysis
Thermocapillary flow
2-a387
9:20– 9:40H302Flow Simulations of Highly Viscous Fluid considering Temperature Dependency of Viscosity
(Fukuoka U.) *(Ful)Matsukuma Yosuke, (Ful)Uchiyama Hiroki
IGCC
slag
LBM
2-a511
9:40– 10:00H303Mechanism of Taylor-Couette flow in a non-uniform temperature field
(U. Shizuoka) *(Ful)Masuda Hayato, (Kobe U.) Yoshida Saho, (Ful)Horie Takafumi, (Ful)Ohmura Naoto, (U. Shizuoka) Shimoyamada Makoto
Taylor-Couette flow
Heat convection
Heat/mass transfer
2-a516
10:00– 10:20H304Impacts of pitched tips of kneading element in twin-screw extrusion: tuning flow pattern and mixing performance
(Kyushu U.) *(Ful)Nakayama Yasuya, (Stu)Takemitsu Hiroki, (Ful)Kajiwara Toshihisa, (JSW) Kimura Koichi, Takeuchi Takahide, Tomiyama Hideki
local flow pattern
fluidics
mixing
2-a329
(10:40–12:00) (Chair: Masuda Hayato, Kanda Akihisa)
10:40– 11:00H306The effect of the anisotropy of surface roughness of hydrogel pating on turbulent drag reduction
(Osaka U.) *(Ful)Takagi Y., Wang L., (Ful)Okano Y.
Hydrogel
Drag reduction
Numerical simulation
2-a424
11:00– 11:20H307Study on the initial increase of the pressure drop in in situ crosslinkable hydrogel fabrication using a Kenics static mixer
(U. Tokyo) *(Stu)Hozumi Takuro, (Ful)Ohta Seiichi, (Ful)Ito Taichi
Static mixer
in situ crosslinkable hydrogel
Pressure drop
2-a739
11:20– 11:40H308Development of insulation paints using porous particles
(Yamaguchi U.) *(Ful)Saeki Takashi, (Ful·PCEF)Kaide Aya, (Stu)Yamamoto Shunya, (Tokuyama) (Cor)Fukuju Tadahiro, (Cor)Arifuku Naoki, (Ful·SPCE)Nakamoto Nobuhiro
Silica particles
Thermal conductivity
Maximum packing
2-a847
11:40– 12:00H309(withdrawn)

100848
(15:40–16:40) (Chair: Matsukuma Yosuke)
15:40– 16:00H321Thermal Decomposition and Improving Quality of Mongolian Brown Coal
(Niigata U.) *(Stu)Tsendee Bayartsaikhan, (Ful)Kim Heejoon
Brown Coal
Thermal Decomposition
Improving quality
2-g835
16:00– 16:20H322A theoretical study on apparent viscosity of gas-solid fluidized bed
(formerly U. Toyama) (Ful)Yamazaki Ryohei
Fluidized bed
Apparent viscosity
Theoretical study
2-c5
16:20– 16:40H323(withdrawn)

100844
Hall L(Koryu-to 4F 401)
9. Energy engineering
(9:00–10:20) (Chair: Kubota Mitsuhiro)
9:00– 9:20L301Evaluation Method about Ignition of Pulverized Coal in Mill
(CRIEPI) *(Ful)Nakajima Akira, (Ful)Yamaguchi Akimasa
Ignition in Mill
Low-rank coal
Wire-mesh Basket Method
9-c106
9:20– 9:40L302Gasification of pellet with small downdraft gasifier with nitrogen diluted air
(Kanazawa U.) *(Ful)Enomoto Hiroshi, Hieda Noboru, Teraoka Yoshikazu
downdraft
gasifier
nitrogen diluted
9-c196
9:40– 10:00L303Emission behaviors of initial pyrolysis gas in waste incineration process
(Nagoya U.) *(Ful)Yosiie R., (Stu)Idera R., (Ful)Ueki Y., (Ful)Naruse I.
Waste incineration
Initial pyrolysis
Flue gas treatment
9-c583
10:00– 10:20L304High-efficiency power generation utilizing redox reactions of low-grade carbonaceous resources and liquid phase inorganic media
(Kyoto U.) *(Ful)Ashida R., (Stu)Nishiura T., (Ful)Kawase M.
biomass
power generation
redox reactions
9-c820
(10:40–12:00) (Chair: Yoshiie Ryo)
10:40– 11:00L306Report for Committee on Future Energy and Social Systems-Committee activity and future plan -
(Tokyo Tech) (Ful)Kato Yukitaka
Energy
Next generation
Energy Society
9-f755
11:00– 11:20L307Report for Committee on Future Energy and Social Systems -Introduction of large quantities of VREs and role of PSHs-
(Waseda U.) (Ful)Nakagaki Takao
Renewable Energy
Energy Storage
Energy Society
9-f812
11:20– 11:40L308Report for Committee on Future Energy and Social Systems -a hyper local system for biodiesel production with modularized technology-
(Tohoku U.) *(Ful)Fukushima Yasuhiro, (Ful)Shibasaki-Kitakawa Naomi
biodiesel
local resources
modularized technology
9-f830
11:40– 12:00L309Techno-Economic analysis for regional society by wind-origin hydrogen
(The Matsushita Inst.) (Ful)Kimura Seiichiro, (Kyushu U.) *Hirose Katsuhiko, Higuma Tomohito, (Ful)Itaoka Kenshi
Wind energy
Hydrogen
Techno-Economic analysis
9-f503
(13:00–14:00) (Chair: Fukushima Yasuhiro, Taniguchi Masaaki)
13:00– 13:20L313Efficient location allocation of hydrogen stations
(Kyushu U.) *(Ful)Itaoka Kenshi, (The Matsushita Inst.) (Ful)Kimura Seiichiro, (Kyushu U.) Hirose Katsuhiko, Honda Kouki, Kikuchi Yudai, Shimokawa Keisuke
hydrogen station
p-median
flow capturing
9-e802
13:20– 13:40L314IGCC with CO2 Capture Demonstration The Osaki CoolGen Project
(Osaki Coolgen) (Ful)Yuzawa Naoshi
IGCC
CO2 capture
9-f716
13:40– 14:00L315Preparation of Nickel Chloride Wire with High Mass and Heat Transfer Rates for Ammonia Storage
(Nagoya U.) *(Ful)Kubota Mitsuhiro, Kawamura Takuya, (Ful)Yamashita Seiji, (Ful)Kita Hideki
Nickel chloride wire
Ammonia storage
Heat transfer
9-f728
(14:00–14:40) (Chair: Tsujiguchi Takuya, Ishikawa Hiroshi)
14:00– 14:20L316Research of Energy Saved Air Separation Plant using Closed Argon Cycle
(SAC) (Ful)Taniguchi Masaaki
Air Separation
Oxygen Production
Internal Compression Process
9-f20
14:20– 14:40L317Low-carbon power generation of methane-fueled SOFCs by using methane decomposition
(Tokyo Gas) *(Ful)Matsuzaki Yoshio, (Kyushu U.) (Ful)Tachikawa Yuya, (Tokyo Gas) (Cor)Kawabata Yasuharu, (Cor)Somekawa Takaaki, (Cor)Sato Koki, (Kyushu U.) (Ful)Taniguchi Shunsuke, (Ful)Sasaki Kazunari
SOFC
Methane Decomposition
CO2 emission coefficient
9-e264
(15:00–16:00) (Chair: Ihara Manabu, Matsuzaki Yoshio)
15:00– 15:20L319Impact of convection in the cathode catalyst layer on cell performance of polymer electrolyte fuel cell
(Kyoto U.) *(Ful)Kageyama M., (Ful)Yamaguchi K., (Stu)Iijima Y., (Ful)Kawase M.
polymer electrolyte fuel cell
convection
oxygen reduction reaction
9-e741
15:20– 15:40L320Activity enhancement of the ethanol electrooxidation by nano-composite catalysts
(Gunma U.) *(Ful)Ishitobi Hirokazu, (Stu·PCEF)Ino Yurina, (Ful)Nakagawa Nobuyoshi
Direct ethanol fuel cell
electrocatalyst
nano-composite
9-e485
15:40– 16:00L321Process modeling of PEFC catalyst layer and the structural analyses
(Panasonic) *(Ful)Ishikawa Hiroshi, Sugawara Yasushi
Catalyst layer
coating process
modeling
9-e239
Hall M(Koryu-to 4F 402)
HC-13 [Session organized by Center/Committee etc.]
 2016 SCEJ Internship Meeting
(10:00–11:05) (Chair: Yoshimi Tomoyuki)
10:00– 10:05Opening Remark
(Kaneka) (Ful·SPCE)Yoshimi Tomoyuki
10:05– 10:35M302Company's internship program introduction
(JSR) (Cor)Kamei Hachiro
Internship
HC-13353
M303Company's internship program introduction
(JNC) (Cor)Yamauchi Akira
Internship
HC-13355
10:35– 11:05M304Intern's report
(Waseda U.) (Stu·PCEF)Fujita Makoto
Internship
HC-13362
M305Intern's report
(Tohoku U.) (Stu·PCEF)Inoue Ryohei
Internship
HC-13359
M306Intern's report
(Okayama U.) (Stu·PCEF)Ishikawa Yuya
Internship
HC-13360
M307Intern's report
(Waseda U.) (Stu)Okada Shohei
Internship
HC-13358
(11:05–11:50) (Chair: Yamamura Masato)
11:05– 11:20M308Mentor's report
(Chiyoda) (Cor)Yoshioka Toshio
Internship
HC-13356
11:20– 11:35M309Subjects of Education on Information Technology for Chemical Engineering
(Tokyo Tech) (Ful)Fuchino Tetsuo
Internship
Education
HC-13376
11:35– 11:50Discussion
HC-14 [Session organized by Center/Committee etc.]
 SCEJ Internship Meeting Mixer
(12:00–12:50) (Chair: Yoshimi Tomoyuki, Yamamura Masato)
12:00– 12:50Mixer
HC-15 [Session organized by Center/Committee etc.]
 Messages from Professionals -Gathering of Professional Chemical Engineer Fundamentals-
(13:00–14:45) (Chair: Inomata Hiroshi)
13:00– 13:15M313Opening remarks
(JGC) (Ful)Atsuta Nobufusa
Qualification
HC-15379
13:15– 13:45M314[Invited lecture] (machine translation) Practice of Chemical Engineering in Production Technology Research -An Example of Mixing Technology Development-
(Kaneka) (Ful·SPCE)Kanda Akihisa
Qualification
HC-15380
13:45– 14:15M315[Invited lecture] (machine translation) Contribution of Chemical Engineering -It's Wonderfulness as Practical-
(TEC Project Services) (Ful·SPCE)Hamamura Mitsutoshi
Qualification
HC-15381
14:15– 14:45M316[Invited lecture] (machine translation) R & D in Companies -A Consideration of Methanol Economy-
(Mitsubishi Gas Chemical) (Ful·SPCE)Shitara Takuji
Qualification
HC-15386
Hall N(Koryu-to 5F 501)
4. Separation processes
(13:00–14:00) (Chair: Shimojo Kojiro, Kawamoto Tohru)
13:00– 13:20N313The utilization of E. coli as adsorbent to recover rare earth elements
(Kyushu U.) *(Stu)Hosomomi Yukiho, (Ful)Kubota Fukiko, (Ful)Kamiya Noriho, (Ful)Goto Masahiro
Escherichia coli
Biosorption
Rare earth elements
4-e670
13:20– 13:40N314Dye adsorption behaviour and stability of chitosan hydrogel in Carbon dioxide-triggered system
(Tokyo Tech) *(Stu)Le Quang Huy, (Stu)Ardiyanta Dimas, (Stu)Sekiguchi Yoh, (Ful)Shimoyama Yusuke
carbon dioxide
chitosan hydrogel
dye adsorption
4-e555
13:40– 14:00N315Aqueous-phase kinetic separation of phenolic derivatives using silicalite
(U. Tokyo) *(Stu)Tran ngoc Linh, Fujita Hirotaka, (Ful)Sakoda Akiyoshi
silicalite
phenolic derivatives
kinetic separation
4-e149
(14:00–15:00) (Chair: Yamamoto Kenichiro)
14:00– 14:20N316Optimization of a fixed bed CO2 capture process using a novel solid sorbent
(RITE) *(Ful)Fujiki Junpei, Chowdhury Firoz Alam, (Ful)Yamada Hidetaka, (Ful)Yogo Katsunori
CO2 capture
Solid sorbent
Process optimization
4-e609
14:20– 14:40N317Development and metal extraction characteristics of tridentate organophosphorus extractant
(JAEA) *(Ful)Shimojo Kojiro, Sugita Tsuyoshi, Okamura Hiroyuki, (Ful)Naganawa Hirochika
Solvent Extraction
Extractant
Separation
4-f392
14:40– 15:00N318Spectroscopic analysis of extraction mechanism of tetravalent platinum with amide and urea type extraction reagents
(Saga U.) *(Stu)Ueda Yuki, (Ful)Morisada Shintaro, (Ful)Kawakita Hidetaka, (TU-Dresden) Weigand Jan, (Saga U.) (Ful)Ohto Keisuke
extraction of PGMs
spectroscopic analysis
amide and urea extractants
4-f760
Hall P(Koryu-to 6F Foyer)
PS-D [General Session (Poster)]
 Poster Session D (Thermal eng., Separation)
(9:20–11:20)
9:20– 11:20PD301Development of detailed kinetic mechanism to improve prediction accuracy of polycyclic aromatic hydrocarbons
(Tohoku U.) *(Stu)Kanno Arata, (Stu)Matsukawa Yoshiya, (Ful)Saito Yasuhiro, (Ful)Matsushita Yohsuke, (Ful)Aoki Hideyuki
detailed kinetic mechanism
PAHs
pyrolysis
3-b456
PD302Evaluation of heat performance on micro-fabricated SUS plate with different surface roughness
(Tokushima U.) *(Stu·PCEF)Yamada N., (PCEF)Mine D., (Stu·PCEF)Yoshida N., (Ful)Katoh M., (Daikatech) Ohnishi K., (Tokushima U.) Yonekura D., (Ful)Baba Y., (Ful)Sugiyama S.
Plate heat exchanger
Heat transfer enhancement
Micro-fabrication technology
3-c77
PD303Numerical simulation design of coalescing media for oil water separation
(Kobe U./MaF Tech C.) *(Stu)Hasegawa Ayano, (Okayama U.) (Ful)Mino Yasushi, (Kobe U.) (Ful)Yoshioka Tomohisa, (Kobe U./MaF Tech C.) (Ful)Matsuyama Hideto
Lattice Boltzmann method
two-phase flow
coalescing
4-a686
PD304Adsorption properties of zeolites for a self-standing zeolite microfiltration membranes
(Shibaura Inst. Tech.) *(Stu)Hattori Teruhisa, (Ful)Nomura Mikihiro, (Takagi) Tanaka Shoutarou, Matsuo You, Itai Toyomitu, Kasa Shinsuke
MORzeolite
Self Standing Membrane
Drygel Conversion
4-a125
PD305The Study of a Spherical Particle Swarm in kHz-Ultrasound-Irradiated Water
(Shizuoka U.) *(Stu)Tan Yi Jin, (Stu)Muramatsu Hiroya, (Ful)Saito Takayuki
Particle Flocculation
Particle Image Velocimetry
Ultrasound
4-i84
PD306Separation of hydrogen and light hydrocarbons through AlPO4-18 membrane
(Waseda U.) (Ful)Sakai Motomu, *(Stu)Yoshihara Kei, (Ful)Matsukata Masahiko
membrane separation
AEI-type zeolite
AlPO4-18
4-a676
PD307Development of ion exchange membranes for the redox reaction in the hydrogen production IS process
(Shibaura Inst. Tech.) *(Stu)Kimura Takehiro, (Ful)Nomura Mikihiro, Nishijima Haruyuki, Imabayasi Shinitirou, (QST) Sawada Shinichi, Yamaki Tetsuya, (JAEA) Tanaka Nobuyuki, Kubo Shinji
Hydrogen production
Bunsen reaction
Ion exchange membrane
4-a155
PD308Prediction of water permeability of new Supermolecule membranes by nonequilibrium molecular dynamics method
(Kogakuin U.) *(Stu)Higuchi Hayato, (Ful)Takaba Hiromitsu
Water Selective Membrane
Nonequilibrium Molecular Dynamics
Supermolecule
4-a291
PD309Effect of pyrolytic carbon derived from a variety of hydrocarbon on separation performance of silicalite-1 membrane
(Waseda U.) (Ful)Sakai M., *(Stu)Tomaki K., (Ful)Matsukata M.
silicalite-1 membrane
control pore size
carbon-deposition
4-a521
PD310Study on the removal of the constituents which caused membrane fouling by biological pre-treatment
(Kobe U.) *(Stu)Iwamoto Takuya, (Ful)Hasegawa Susumu, (Kobelco Eco-Solutions) Onoda Sosuke, (Kobe City Waterworks Bureau) Morita Kazushi, (Kobe U.) (Ful)Matsuyama Hideto
membrane fouling
biological pretreatment
statistical analysis
4-a590
PD311Effects of preparation condition on the membrane property of layered niobate nanosheet membranes prepared by a vacuum filtration
(Tokushima U./Kobe U.) *(Stu·PCEF)Yamashita Hiroharu, (Kobe U./MaF Tech C.) (Ful)Nakagawa Keizo, (Ful)Saeki Daisuke, (Ful)Yoshioka Tomohisa, (Ful)Shintani Takuji, (Tokushima U.) (Ful)Katoh Masahiro, (Ful)Sugiyama Shigeru, (Kobe U./MaF Tech C.) (Ful)Kamio Eiji, (Ful)Matsuyama Hideto
layered nanosheet membrane
metal oxide
vacuum filtration
4-a567
PD312Drying characteristics of wet and frozen materials in convective hot air dryer under reduced pressure
(Shizuoka U.) *(Stu)Fukuta N., (Ful)Tatemoto Y., (Shokuhinkikai Kaihatsu) (Ful)Shibata M., (Koei Sangyo) (Ful)Asai N., Sato K., (Masaaki Nakamura Technical Office) (Ful)Nakamura M., (Morimatsu Ind.) (Ful)Bando Y.
drying
reduced pressure
convective heat transfer
4-h138
PD313Preparation of Insoluble Prussian Blue by Recrystallization and Improvement of Cesium Adsorption Performance
(U. Tokyo IIS) *(Stu)Fukada Yuko, Fujita Hirotaka, (Ful)Sakoda Akiyoshi
Prussian Blue
Cesium
Adsorption
4-e437
PD314Effects of acids on zeolite membrane permeation
(Shibaura Inst. Tech.) *(Stu)Aoki Hitoshi, Yoshimura Toshihiro, (Ful)Nomura Mikihiro
MFI zeolite membrane
Organic acid
Japanese SAKE
4-a185
PD315Molecular simulation of zeolite reverse osmotic membranes separation for purpose of hydrocarbons separation
(Kogakuin U.) *(Stu)Ishihara Hirotsugu, (Ful)Takaba Hiromitsu
Nonequilibrium molecular dynamics
Zeolite membranes
Hydrocarbons
4-a228
PD316Stability of ZSM-5 membrane under steam atmosphere
(Waseda U.) (Ful)Matsukata M., *(Stu)Hashizume Y., (Ful)Seshimo M.
Na-ZSM-5
steam stability
methanol synthesis
4-a636
PD317Synthesis of carboxyl-functionalized UiO-66 membrane
(Gifu U.) *(Stu)Goshima Tatsumasa, (Ful)Miyamoto Manabu, (Ful)Oumi Yasunori, (Ful)Uemiya Sigeyuki
UiO-66-(COOH)2
membrane
metal organic frameworks
4-a733
PD318Effect of structure of functional polymers grafted onto reverse osmosis membranes on biofouling behavior
(Kobe U./MaF Tech C.) *(Stu)Yonamine Genki, (Ful)Saeki Daisuke, (Ful)Matsuyama Hideto
Reverse osmosis membrane
Biofouling
Surface modification
4-a441
PD319Analysis of phase transition of temperature responsive ionic liquid solution by molecular simulation
(Kobe U./MaF Tech C.) *(Stu)Sadahisa Saki, (Ful)Yoshioka Tomohisa, (Ful)Nakagawa Keizo, (Ful)Shintani Takuji, (Okayama U.) (Ful)Mino Yasushi, (Kobe U./MaF Tech C.) (Ful)Takahashi Tomoki, (Ful)Kamio Eiji, (Ful)Matsuyama Hideto
ionic liquid
molecular simulation
draw solution
4-a720
PD320Permeation properties through ion exchanged MOR membranes
(Shibaura Inst. Tech.) *(Stu)Asou Takuya, Osada Satosi, Yosida Yuki, (Ful)Nomura Mikihiro
MORzeolite
membrane
ion exchange
4-a131
PD321Preparation of silicalite-1 membrane on porous tubular silica support by steam-assisted conversion method without using secondary growth gel
(Gifu U.) *(Stu)Ueno Kyohei, (AIST) (Ful)Negishi Hideyuki, (Sumitomo Electric Ind.) Okuno Takuya, Tawarayama Hiromasa, Ishikawa Shinji, (Gifu U.) (Ful)Miyamoto Manabu, (Ful)Uemiya Sigeyuki, (Ful)Oumi Yasunori
zeolite membrane
MFI
steam assisted conversion
4-a780
PD322Influence of flow rate condition on ultrafiltration using hollow fiber dialyzer
(Hosei U.) *(Stu)Imai Atsushi, (Ful)Yamashita Akihiro
Ultrafiltration
Hollow fiber filter
4-a798
PD323Fabrication of nanocellulose-based membrane for oil/water separation
(Hirosaki U.) *(Stu)Phanthong Patchiya, (Ful)Abudula Abuliti, (Ful)Guan Guoqing
Nanocellulose membrane
Oil separation
surface modification
4-a183
PD324Influence of aging period for mother gel on permselectivities of SAPO-34 membrane for water/acetic acid mixture
(Waseda U.) *(Stu)Ataher Ahmed, (Ful)Seshimo Masahiro, (Ful)Matsukata Masahiko
SAPO-34 membrane
acid
aging
4-a520
PD325Separation properties of Ag-*BEA membrane for ethylene/ethane mixture
(Waseda U.) (Ful)Sakai M., *(Stu)Yasuda N., (Ful)Matsukata M.
membrane separation
*BEA-type zeolite
ethylene separation
4-a525
PD326Molecular Modeling Study on Gas Solubility of Hydrocarbons in Polymer
(Kogakuin U.) *(Stu)Yokoya Ryo, (Ful)Takaba Hiromitsu
Solvation free energy
Molecular dynamics
Polyimide film
4-a229
PD327Preparation of carbon membrane for gas separation by hydrothermal method
(Tokyo Tech) *(Stu)Sano Shoya, (Ful)Isobe Toshihiro, Matsushita Sachiko, Nakajima Akira
Activated carbon
Gas separation
Glucose
4-a558
PD328Separation of valuable protein from difficult-to-filter suspension using centrifugal filter with cylindrical medium
(Osaka Pref. U.) *(Stu)Wakayoshi Mona, (Ful)Iwata Masashi
centrifugal filtration
cylindrical medium
difficult-to-filter suspension
4-b402
PD329Preparation and Evaluation of Membranes Comprising Gel Particle Layers for CO2 Gas Separation
(Kyushu U.) *(Stu)Honda Ryutaro, Gyobu Tomohiro, Imamura Kazushi, Yamashita Chie, Taniguchi Ikuo, (Ful)Hoshino Yu, (Ful)Miura Yoshiko
carbon dioxide
membrane separation
gel particles
4-a697
PD330Characterization of TiO2-ZrO2-organic chelate composite materials for application to carbon dioxide separation membranes.
(Kobe U./MaF Tech C.) *(Stu)Hirai Syoichi, (Ful)Yoshioka Tomohisa, (Ful)Nakagawa Keizo, (Ful)Shintani Takuji, (Ful)Kamio Eiji, (Ful)Matsuyama Hideto
TiO2-ZrO2
organic chelate
CO2 adsorption
4-a433
PD331Adsorption kinetics of cationic polymeric flocculant: hydrodynamic layer thickness
(Osaka Pref. U.) *(Stu)Miyajima T., (Stu)Kadooka H., (Stu)Fujiwara R., Hoshino N., (Osaka Electro-Communication U.) (Ful)Tanaka T., (Osaka Pref. U.) (Ful)Iwata M.
adsorption kinetics
cationic polymeric flocculant
hydrodynamic layer thickness
4-b250
PD332Computational chemistry study on the phase transition behaviors of pH-responsive materials
(NITech) *(Stu)Ogita Atsushi, (Ful)Nagumo Ryo, (Ful)Iwata Shuichi, (Ful)Mori Hideki
LCST
molecular dynamics
pH-responsive
4-a439
PD333Study of preparation condition of silicalite intermediate layer for hydrogen permeation enhancement of palladium membrane over porous SUS tube
(Tokushima U.) *(Stu)Takatani M., (Ful)Katoh M., (Ful)Baba Y., (Ful)Sugiyama S.
Hydrogen permeation enhancement
Palladium membrane
Silicalite intermediate layer
4-a76
PD334Hydrocarbon separation through silica composite membranes
(Shibaura Inst. Tech.) *(Stu)Ishii K., Yoshida M., (Ful)Nomura M.
hydrocarbon
CVD
silica membrane
4-a132
PD335Separation of hydrocarbon vapors by vapor permeation using liquid membranes with ionic liquids
(Tokyo Tech) *(Stu)Takara Eduardo, (Stu)Kamiya Tomoki, (Stu)Ishikawa Daiki, (Ful)Ito Akira
liquid membrane
hydrocarbon vapor permeation
ionic liquids
4-a361
PD336Molecular dynamics study of water permeation mechanisms on TiO2 nanoporous membranes
(Kobe U./MaF Tech C.) *(Stu)Suzuki Yuta, (Ful)Yoshioka Tomohisa, (Ful)Nakagawa Keizo, (Ful)Shintani Takuji, (Okayama U.) (Ful)Mino Yasushi, (Kobe U./MaF Tech C.) (Ful)Kamio Eiji, (Ful)Matsuyama Hideto
Molecular dynamics
water permeation
nanoporous membrane
4-a372
PD337Shrinkage/growth of fine bubbles in suspension
(Osaka Pref. U.) *(Stu)Song Yanzhou, (Stu)Shibata Akihiro, (Ful)Iwata Masashi, (Sanshin Mfg.) (Cor)Oguri Syuichirou, (Cor)Kitagawa Tominori, (Cor)Yagishita Koichi
fine bubble
shrinkage/growth
suspension
4-b463
PD338Effect of operating conditions on power generation capacity of direct-osmotic heat engine
(Kobe U./MaF Tech C.) *(Stu)Itai Takuya, (Ful)Takahashi Tomoki, (Stu)Tanaka Yasuhiro, (Ful)Matsuyama Hideto
osmotic heat engine
pressure retarded osmosis
draw solute
4-a407
PD339Metal adsorption on cellulose-chitosan hydrogel beads prepared from ionic liquids
(Doshisha U.) *(Stu)Ishikawa S., (Ful)Matsumoto M., (Ful)Kondo K.
hydrogel
metal
cellulose
4-e133
PD340Observation of morphologies of ZSM-5 membrane synthesized on plate support
(Waseda U.) (Ful)Sakai Motomu, *(Stu)Hagiwara Mizuki, (Ful)Matsukata Masahiko
ZSM-5
Membrane
Plate support
4-a633
PD341Control heat of adsorption using phase change materials(PCMs) confined in nano-scale voids
(U. Tokyo) *(Stu)Choi Jihye, Fujita Hirotaka, (Ful)Sakoda Akiyoshi
phase change material
heat of adsorption
porous material
4-e146
PD342Dehumidification of Air through Supported Liquid Membrane with Ionic Liquids
(Tokyo Tech) *(Stu)Liu Yi-Jie, Kudasheva Alina, (Ful)Ito Akira
liquid membrane
dehumidification
ionic liquid
4-a709
PD343Selective methanol recovery mixture using organosilica membranes made of silyated ionic liquids.
(Osaka U.) *(Stu)Yamamoto Yusuke, (Stu)Maeda Yohei, (Ful)Hirota Yuichiro, (Ful)Nishiyama Norikazu
organosilica membrane
ionic liquid
methanol permeation
4-a757
PD344Development of submerged siphon-driven membrane system for primary concentration of microalgae
(U. Tsukuba) (Stu)Yasunaga Akane, *(Int)Djali Nurul Ainina, (Ful)Ichikawa Sosaku, (Ful)Nakajima Mitsutoshi
Microalgae concentration
Siphon-driven membrane system
Primary concentration
4-a828
PD345Development of porous silica substrates for inorganic RO membranes
(Shibaura Inst. Tech.) *(Stu)Takeuchi T., Kitao H., Sugimoto C., (Ful)Nomura M.
reverse osmosis
inorganic membrane
acid separation
4-a177
PD346Monitoring of expression process
(Osaka Pref. U.) *(Stu)Sadai Haruna, (Stu)Ito Kenichi, (YABUTA Industries) Yabuta Nobuyasu, (Osaka Pref. U.) (Ful)Iwata Masashi
expression
electric potential gradient
monitoring
4-b296
PD347Direct numerical simulation of crossflow microfiltration with particles/membrane surface layer of adsorbing solutes
(Nihon U.) *(Stu)Fujihira T., (Ful)Ando T., (U. Tokyo) (Ful)Tatsumi R., (PIA) (Ful)Koike O., (Kanagawa Inst. Tech.) (Ful)Ichimura S.
crossflow
solute adsorption
simulation
4-a599
PD348Fundamental study on applicability of LCST-type ionic liquid/water mixture to draw solution for forward osmosis membrane process
(Kobe U./MaF Tech C.) *(Stu)Takenaka Aki, (Ful)Kamio Eiji, (Ful)Takahashi Tomoki, (Ful)Matsuyama Hideto
Ionic liquid
Forward osmosis membrane process
Draw solution
4-a414
PD349Electrokinetics of colloidal particles coated with neutral polymer with different molecular weights
(U. Tsukuba) *(Int)Wu Yunxiao, (Ful)Adachi Yasuhisa
colloid
polyethylene oxide
adsorption
4-b16
PD350Membrane Filtration Characteristics of Humic Acid Solution Applying Calcium Ion Addition Method with Cylindrical Ceramic Membrane
(Yamaguchi U.) *(Stu·PCEF)Watanabe Tomoaki, (Ful)Nakakura Hideo, (Ful)Kobuchi Shigetoshi, (Ehime U.) (Ful)Kawasaki Kenji
humic acid
calcium ion
ceramic membrane
4-b300
PD351Particle separation using deformation of gel packed in column
(Saga U.) *(Stu)Takaoka Y., (Ful)Hashimoto T., (Ful)Morisada S., (Ful)Ohto K., (Ful)Kawakita H.
gel
deformation
pressure loss
4-b120
PD352A novel hydrogen separation process for integrated biomass gasification fuel cell power system
(U. Tokyo) *(Stu)Tang Yuan, (Ful)Kansha Yasuki, (Ful)Ishizuka Masanori, (Ful)Tsutsumi Atsushi
hydrogen purification
cryogenic separation
self-heat recuperation
4-c620
PD353Influence of the fiber number along the flow direction on the shell-side convective mass transfer in a cross-flow structured hollow fiber membrane contactor
(Shinshu U.) *(Stu)Takeuchi Kazuhaya, (Ful)Shimada Iori, (Ful)Osada Mitsumasa, (Ful)Fukunaga Hiroshi, (Ful)Takahashi Nobuhide
gas absorption membrane
CO2 absorption
mass transfer coefficient
4-d791
PD354Effects of surface modification of polyamide active layers on sugar concentration and bioethanol production utilizing forward osmosis membranes
(Kobe U./MaF Tech C.) *(Stu)Chou Ikkan, (Ful)Nakagawa Keizo, (Stu)Shibuya Masafumi, (Ful)Takahashi Tomoki, (Ful)Shintani Takuji, (Ful)Yoshioka Tomohisa, (Ful)Kishimoto Michimasa, (Ful)Kamio Eiji, (Ful)Matsuyama Hideto
bioethanol
forward osmosis
surface modification
4-a748
PD355Superparamagnetic Spherical Prussian Blue Particles for Effective Cesium Removal form Aqueous Solution
(Hirosaki U.) *(Stu)Zheng Junlan, (Stu)Li Xiumin, (Taiyuan UT) Hao Xiaogang, (Hirosaki U.) (Ful)Abudula Abuliti, (Ful)Guan Guoqing
Superparamagnetic spherical electroactive particle
cesium ion separation
selectivity
4-e180
PD356Rapid adsorption driven by carbon dioxide using chitosan hydrogel
(Tokyo Tech) *(Stu)Sekiguchi Yoh, (Stu)Le Quang Huy, (Stu)Dimas Ardiyanta, (Ful)Shimoyama Yusuke
carbon dioxide
adsorption
chitosan hydrogel
4-e458
PD357Control of Lipid Membrane Structure for Molecular Recognition by AC electric field
(Osaka U.) *(Stu)Tauchi A., (Ful)Okamoto Y., (Ful)Suga K., (Ful)Umakoshi H.
Membranome
Liposome Characterization
Fluorescent Probe
4-e613
PD358Effect of Core-Shell structuring on CO2 adsorption property of MFI-type zeolite in wet condition
(Gifu U.) *(Stu)Ono Shumpei, (Ful)Miyamoto Manabu, (Ful)Oumi Yasunori, (Ful)Uemiya Sigeyuki
Core-Shell
CO2 adsorption
Zeolite
4-e788
PD359Removal of ammonium cation from water by porous coordination polymers
(U. Tsukuba/AIST) *(Stu)Jiang Yong, (AIST) (Ful)Minami Kimitaka, (Ful)Kawamoto Tohru, (U. Tsukuba/AIST) Zhang Zhen-ya, (AIST) Sakurai Kouji
Metal hexacyanoferrates;
ion exchange
Ammonium
4-e677
PD360Water flux performance of dendrimer type draw solutes with thermal/CO2 dual responsivity
(Kobe U./MaF Tech C.) *(Stu)Nishimori Shiomi, (Ful)Takahashi Tomoki, (Daicel) (Cor)Hamada Toyozo, (Kobe U./MaF Tech C.) (Ful)Matsuyama Hideto
forward osmosis
draw solute
stimuli-responsivity
4-a409
PD361Adsorption properties of activated carbon containing nitrogen in liquid phase
(Kansai U.) *(Stu)Kusaka Naoaki, (Ful)Hayashi Jun'ichi, (Ful)Hasegawa Isao
Activated Carbon Containing Nitrogen
Adsorption
Liquid Phase
4-e249
PD362Preparation of Polyphenol Adsorptive Fiber by Radiation Graft Polymerization and Its Performance Evaluation
(Chiba U.) *(Stu)Kawamura Ryunosuke, Matsuura Yuki, Kawai Shigeko, Umeno Daisuke, (Ful)Saito Kyoichi, (KJK Co.) (Ful)Fujiwara Kunio, Sugo Takanobu, (KIRIN) Yajima Yurika, Kinoshita Akiko, Hioki Jumpei, Wakabayashi Hideyuki
polyphenol
graft polymerization
green tea
4-e586
PD363Effect of column partition on vitamin E recovery using strongly basic resin
(Tohoku U.) (Stu)Hosokawa Sayaka, (Stu·PCEF)Watanabe Tomoya, *(Stu·PCEF)Hiromori Kosuke, (Ful)Kitakawa Naomi
ion-exchange resin
separation
vitamin E
4-e702
PD364Development of separation systems for the recovery of critical metals from valuable wastes with a novel extractant
(Kyushu U.) *(Stu)Kono Riho, (Stu·PCEF)Yoshida Wataru, Hikino Sachie, (Ful)Kubota Fukiko, (Ful)Goto Masahiro
critical metals
recovery
extraction
4-f377
PD365Free-energy analysis of phenylalanine encapsulated in AOT reverse micelle with all-atom molecular dynamics.
(Osaka U.) *(Stu)Nagao Masahiro, (Ful)Ishizuka Ryosuke, (Ful)Matubayasi Nobuyuki
Molecular Dynamics
Reverse micelle
Free-energy analysis
4-f549
PD366Effect of size of hollow fiber membrane module on osmotic power generation
(Kobe U./MaF Tech C.) *(Stu)Tanaka Yasuhiro, (Yamaguchi U.) (Ful)Yasukawa Masahiro, (TOYOBO) (Cor)Goda Shohei, (Kobe U./MaF Tech C.) (Stu)Shibuya Masafumi, (Ful)Takahashi Tomoki, (Ful)Kishimoto Michimasa, (Ful)Nakagawa Keizo, (Ful)Shintani Takuji, (Yamaguchi U.) (Ful)Higa Mitsuru, (Kobe U./MaF Tech C.) (Ful)Matsuyama Hideto
Pressure-retarded osmosis
Hollow fiber module
Operating condition
4-a539
PD367Extraction of platinum group metals from nitric acid solutions using amide acid extractant and its application to polymer inclusion membrane
(Kyushu U.) *(Stu·PCEF)Yoshida Wataru, (Tokushima U.) (Ful)Baba Yuzo, (Kyushu U.) (Ful)Kubota Fukiko, (Ful)Kamiya Noriho, (Ful)Goto Masahiro
Polymer Inclusion Membrane
Platinum group metals
Recovery
4-f863
PD368The purification of Zr from K2Zr(Hf)F6 by separation of Hf component using fractional crystallization
(Kansai U.) *(Stu)Hayashi Takuma, (Rasa Industries) Wang Jifeng, (Kansai U.) (Ful)Yamamoto Hideki
Fractional crystallization
Purification
K2Zr(Hf)F6
4-g349
PD369Supercritical drying for fabrication of porous carbon electrode with ionic liquid gel for Li-air battery
(Tokyo Tech) *(Stu)Kunanusont Nattanai, (Ful)Shimoyama Yusuke
supercritical drying
porous carbon electrode
Li-air battery
4-h455
PD370Effects of operational conditions on drying characteristics of slurry in medium fluidized bed under reduced pressure
(Shizuoka U.) *(Stu)Nomaki T., (Ful)Tatemoto Y., (Morimatsu Ind.) (Ful)Bando Y.
drying
fluidized bed
slurry
4-h136
PD371Effect of membrane structures on permselectivity of ZSM-5 membrane
(Waseda U.) (Ful)Matsukata M., *(Stu)Matsumoto K., (Ful)Seshimo M.
zeolite membrane
permselectivity
membrane structure
4-a528
PD372Development of acid stable silica membranes for hydrogen separation
(Shibaura Inst. Tech.) *(Stu)Shibata Ai, (Ful)Nomura Mikihiro
hydrogen
CVD
silica membrane
4-a122
PD373On the revised reaction mechanism of nitrogen chemistry based upon the burning velocity of ammonia
(AIST) *(Ful)Mishima Hiroshi, Tsuchiya Kentaro
burning velocity
ammonia
nitrogen chemistry
3-b364
PD374Study on nonsolvent induced phase separation by in-situ small angle X-ray scattering
(Toray) *(Cor)Shimura Shun, (Cor)Hanakawa Masayuki, (Cor)Yasuda Takaaki, (TRC) Nakada Masaru, Okada Kazuyuki, (Toray) (Cor)Kimura Masahiro
phase separation
NIPS
SAXS
4-a150
PD375Effects of Pluronic Surfactants Concentration as Additives on Performance of Flat-sheet-Chlorinated Poly(Vinyl Chloride) Membranes
(Yuasa Membrane System) *(Ful)Yamamoto Shunsuke, Saito Kenichi, (Ful)Sano Toshio
Chlorinated Poly(Vinyl Chloride)
Pluronic Surfactant
Membrane Bioreactor
4-a574
PD376Investigation for practical application of CVD silica membrane
(RITE) *(Ful)Urai Hiromi, (Ful)Nishino Hitoshi, (Ful)Nishida Ryoichi, (Ful)Nakao Shin-ichi
silica membrane
CVD
gas separation
4-a615
PD377Structural Analysis and Surface Observation of Caffeine-Adsorbed Montmorillonite
(Kirin) *(Ful)Yamamoto Kenichiro, Shiono Takashi, (Kyoto U.) Matsui Yasuto, Yoneda Minoru
Montmorillonite
Caffeine
Adsorb
4-e427
PD378Control of the lower critical solution temperature(LCST) of the temperature-sensitive phase separating liquid ,and the creation of the temperature-sensitive phase separation liquid
(KRI) (Cor)Niwa Atsushi
temperature-sensitive phase separation
LCST
temperature control
4-i1
Hall P(Koryu-to 6F Foyer)
PS-E [General Session (Poster)]
 Poster Session E (Fundamental prop., Fluid & particles, Reaction)
(13:20–15:20)
13:20– 15:20PE301Modification of surface area parameters in CDSAP model and calculation of phase equilibria
(Kyushu U.) *(Stu)Miyazaki Yusuke, (Ful)Iwai Yoshio
phase equilibrium
activity coefficient model
coordination number
1-a147
PE302Measurement and correlation of mutual diffusion coefficients for ketones in poly(butyl methacrylate)
(Yamaguchi U.) *(Stu)Motizuki Masamichi, (Ful)Kobuchi Shigetoshi
Mutual diffusion coefficient
Correlation
Poly(butyl methacrylate)
1-a242
PE303Analysis of property of chitosan-tripolyphosphate cross-linked gel fabricated properties by carbon dioxide triggered system
(Tokyo Tech) *(Stu)Nishioka Takashi, (Ful)Shimoyama Yusuke
carbon dioxide
chitosan hydrogel
crosslinking
1-b652
PE304Determination of Liquid-Liquid Equilibria for Ternary Mixture Containing Ionic Liquid with Biobased-Anion
(Nihon U.) *(Stu)Inoue Yoshihiro, (Stu)Sakuta Rina, (Ful)Matsuda Hiroyuki, (Ful)Kurihara Kiyofumi, (Ful)Tochigi Katsumi
Liquid-liquid equilibria
Ionic liquid
Renewable solvent
1-a726
PE305Effect of locust bean gum on textural properties and syneresis of xanthan gum-carrageenan based mango gel
(Silpakorn U.) *(Int)Koedcharoenporn Chiraporn, Siriwongwilaichat Prasong
Hydrocolloids
Mango gel
freezing
1-e384
PE306Evaluations for ionic liquid using Hansen solubility parameter
(Kansai U.) *(Stu)Agata Yusuke, (Ful)Yamamoto Hideki
Hansen solubility parameter
Ionic liquid
Domain structure
1-e345
PE307LLE of ternary mixture of two fluorinated carbons + alcohol at 298.15 K
(Tokyo Denki U.) *(Stu)Funayama Junko, (Stu)Nagata Simpei, (Ful)Ogawa Hideo, (Ful)Kimura Fumio
LLE
ternary mixture
perfluorohexane
1-a483
PE308Measurement of the dielectric properties for propane + alcohol liquid mixtures and the correlation for the dielectric constants
(Nihon U.) *(Stu·PCEF)Koshiba Yusuke, (Ful)Hoshina Takaaki, (UTM) (Ful)Tsuji Tomoya, (Nihon U.) (Ful)Hiaki Toshihiko
dielectric constant
binary mixture
correlation
1-a223
PE309Dynamic structure of hydrogen-bond network : water, supercooled water, and glass
(Osaka U.) *(Stu)Kikutsuji Takuma, (Ful)Kim Kang, (Ful)Matubayasi Nobuyuki
hydrogen bonding
molecular dynamics simulation
supercooled liquid
1-a348
PE310Solvent polarity of DBU and alcohol mixtures switched by carbon dioxide
(Tokyo Tech) *(Stu)Hao Yingquan, (Ful)Shimoyama Yusuke
carbon dioxide
switchable solvent polarity
DBU and alcohol mixture
1-d529
PE311Stability and molecular interaction of ionic liquid gel in toluene and methylcyclohexane solution
(Tokyo Tech) *(Stu)Nakai Risako, (Ful)Shimoyama Yusuke
ionic liquid gel
toluene and methylcyclohexane
molecular interaction
1-d572
PE312Determination of Zn and Al parameters of molecular group contribution method used for estimation of HSP value
(Kansai U.) *(Stu)Imai Shunsuke, (Ful)Yamamoto Hideki
Hansen solubility parameter
Metal
Group contribution method
1-e346
PE313Effect of Hydrocolloids on Texture Profile of Rice Flour Dough and Doughnut
(Silpakorn U.) *(Int)Plaenak N., Samuhasaneetoo S., Penroj P.
Doughnut
Texture profile
Hydrocolloids
1-e444
PE314Study on void growth in acrylate resin during wet coagulation process
(Kobe U.) *(Stu)Fukushima Wataru, (Ful)Hidema Ruri, (Ful)Suzuki Hiroshi, (Ful)Komoda Yoshiyuki, (Ful)Suzuki Kosuke
acrylate resin
wet coagulation
2-a643
PE315Numerical investigation for the effect of turbulent structure in a channel flow with permeable rough wall on drag reduction
(Osaka U.) *(Stu)Wang Lei, (Ful)Takagi Youhei, (Ful)Okano Yasunori
Permeability and roughness
Direct numerical simulation
Drag reduction
2-a311
PE316Laminar-turbulent transition in MHD convection in an electromagnetically levitated molten droplet of Cu-Co alloy under a static magnetic field
(Tohoku U.) *(Stu)Tanada K., (Ful)Shoji E., (Ful)Kubo M., (Ful)Tsukada T., (Toyama Pref. U.) (Ful)Sugioka K., (Tohoku U.) Fukuyama H.
Cu-Co alloy
MHD convection
static magnetic field
2-a129
PE317Prediction of just suspended speed in a filter reactor at high solids concentrations by means of transient response
(Kobe U.) *(Stu)Hasegawa Satoshi, (Asahi Glassplant Inc) (Cor)Watabe Yoshihide, (Kobe U.) (Ful)Horie Takafumi, (Ful)Ohmura Naoto
filter reactor
just suspended speed
high solids concentration
2-b411
PE318Flow Characteristics with Gel Reaction under laminar flow in Non-element mixer
(Keio U.) *(Stu)Yamaguchi M., Yokomori T., (Ful)Ueda T.
PVA-borax gel
Laminar flow
Capsule flow
2-b21
PE319Correlation of Mass Transfer Volumetric Coefficient for High Viscosity Liquid with Large Paddle Impeller
(NITech) *(Stu·PCEF)Matsumoto Kento, (Stu·PCEF)Kamiya Masataka, (Ful)Kato Yoshihito, (Ful·APCE)Furukawa Haruki, (Daicel) (Cor)Haitsuka Masahiro, (Ful·SPCE)Kamei Noboru
Mixing
Gas-Liquid Mixing
Large Paddle Impeller
2-b139
PE320Mixing of Non-Newtonian Fluid with an Impeller in Rotating Vessel
(NITech) *(Stu)Arai Takuya, (Ful)Kato Yoshihito, (Ful·APCE)Furukawa Haruki, (NIPPON SOSEY KOGYO) (Ful)Asayama Shinsuke, (Ful)Morikawa Norihiro
Mixing
Agitation Rotating Vessel
Non-Newtonian
2-b327
PE321Fluid deformation induced by a rotationally reciprocating anchor Impeller
(Kobe U.) *(Stu)Date Tomoya, (Ful)Komoda Yoshiyuki, (Ful)Suzuki Hiroshi, (Ful)Hidema Ruri, (Ful)Suzuki Kosuke
unsteady mixing
streakline
anchor impeller
2-b657
PE322Coupled Computational Fluid Dynamics-Discrete Element Method Simulations for Optimization of Suspension Culture
(Osaka U.) *(Stu)Yano Masaki, (Stu)Yamamoto Takuya, (Ful)Okano Yasunori, (Fujimori Kogyo) (Cor)Tokura Tomohiro, (AIST) (Ful)Kanamori Toshiyuki, (Osaka U.) (Ful)Kino-oka Masahiro
suspension culture
collision
shear stress
2-b268
PE323Effect of the vessel geometry on solid-liquid dispersion.
(Kobe U.) *(Stu)Miyazawa Yusuke, (SHI-PE) (Cor)Esaki Keiji, (Cor)Nagatomo Daichi, (Kobe U.) (Ful)Ohmura Naoto
vessel configuration
homogeneity
CFD
2-b445
PE324Measurement of mixing performance of bladeless stirrer using decolorization reaction method
(Nihon U.) *(Stu)Kageyama M., (Ful)Ando T., Aoki H., Itou K., (Aquatechs) Simoji Y., (Eddyplus) Murata K.
bladeless stirrer
mixing
decolorization
2-b675
PE325Application of the coarse grain model to the solid mixing problem in a spouted bed
(U. Tokyo) *(Stu)Takabatake Kazuya, (Ful)Sakai Mikio, (Graz U. Tech.) Khinast Johannes
DEM-CFD
Coarse grain model
Solid mixing
2-c154
PE326Effect of steam on PM combustion at low temperature in Continuously regenerating type PM removal device
(Kyushu U.) *(Stu)Yokoo Kento, (Ful)Yamamoto Tsuyoshi, (Adv. Tech. Inst.) (Ful)Tatebayashi June
PM
Fluidized bed
Steam
2-c546
PE327Experimental study of a bubble behavior in the vicinity of the wall surface under pressure-oscillatingfield
(NITech) *(Stu)Ohtani Toshiki, (Ful)Iwata Shuichi, (Ful)Mori Hideki, (Ful)Nagumo Ryo, (Nagaoka U. Tech.) (Ful)Takahashi Tsutomu, (Photron) Onuma Takashi
pressure oscillation
viscoelastic fluid
2D high-speed polarization imaging
2-d843
PE328Oxygen Transfer from the Air on Free Surface in the Spiral Flow Type Aeration Tank
(Keio U.) *(Stu)Sudo Keisuke, (Sanki Eng.) (Ful)Shibata Kazue, (Keio U.) (Ful)Fujioka Satoko, (Ful)Terasaka Koichi
oxygen transfer
free surface
surface velocity of liquid
2-d472
PE329Comparison of Algorithm of Body-Force-Type Immersed Boundary Method for Calculation of Flow around a Particle
(Okayama U. Sci.) *(Stu)Yamashita Takuya, (Ful)Kuwagi Kenya, (Ful)Hirano Hiroyuki
Algorithm
2-e839
PE330Numerical analysis of the motion of a single droplet in liquid-liquid systems
(Saitama U.) *(Stu)Yoshikawa Tamaki, (Ful)Homma Shunji
droplet
Front-Tracking
drag coefficient
2-e331
PE331Direct numerical simulation of particulate flow through micropore
(Kobe U./MaF Tech C.) *(Stu)Sakai Shohei, (Okayama U.) (Ful)Mino Yasushi, (Kobe U./MaF Tech C.) (Ful)Yoshioka Tomohisa, (Ful)Matsuyama Hideto
Lattice Boltzmann Method
Discrete Element Method
Fouling
2-e660
PE332Motion of plumes in Rayleigh-Taylor instabilities for highly viscous fluids
(Saitama U.) *(Stu)Nakajima Ryota, (Ful)Homma Shunji
Rayleigh-Taylor instability
Front-tracking method
plumes
2-e340
PE333Lagrangian near-field modeling of deepwater oil blowout plume treated by chemical dispersants
(Osaka U.) *(Stu)Cordeiro Daniel Cardoso, (Ful)Takagi Youhei, (Ful)Okano Yasunori, (Ful)Kato Naomi
Deepwater oil spill
Lagrangian modeling
TAMOC
2-e568
PE334Promoting effect of flow by an obstacle in front of a pore on solid-liquid two phase flow
(Nihon U.) *(Stu)Honma Y., Neyama Y., (Ful)Ando T., (PIA) (Ful)Koike O., (U. Tokyo) (Ful)Tatsumi R.
obstacle
solid-liquid two phase flow
effect of streamline curvature
2-e591
PE335Analysis of the forces acting on a particle held in a sound pressure field
(Shizuoka U.) *(Stu)Muramatsu Hiroya, (Ful)Saito Takayuki
Acoustic Cavitation-Oriented Bubble
Visualization
Particle Image Velocimetry
2-e34
PE336Charging characteristics and levitation phenomena of dielectric particles in electrostatic field between parallel plate electrodes
(Kyoto U.) *(Stu)Hashimoto Kazuaki, (Stu)Shoyama Mizuki, (Ful)Matsusaka Shuji
Dielectric particle
Charging
Levitation
2-f156
PE337Mechanism of continuous and dispersed particle-supply with vibrations and external electric fields
(Kyoto U.) *(Stu)Kawata Takumu, Yasuda Masatoshi, (Kyoto U.) (Ful)Matsusaka Shuji
External electric field
Vibration
Particle Charging
2-f164
PE338Dust explosion characteristics of cellulose derivatives: Influence of hygroscopicity
(Fukuoka U.) *(Stu)Yamashita Hiromasa, (Ful)Masamoto Hiroshi, (Ful)Shigematsu Mikiji, (Ful)Kowhakul Wasana
Dust explosion
Ethyl cellulose
Hygroscopic
2-f465
PE339Investigation on the improvement mechanism of particle removal by a Pulsed air jet -Effect of nozzle shape on a removal characteristics -
(Okayama U.) *(Stu·PCEF)Ishikawa Y., (Ful)Mino Y., (Ful)Nakaso K., (Ful)Gotoh K., (Omron) Kakutani A.
Dry cleaning
Pulsed air jet
Removal characteristics
2-f585
PE340Numerical Analysis of Molding Process and Tablet Properties by Finite Element Method
(Osaka Pref. U.) *(Stu)Matsuda Yu, (Ful)Nakamura Hideya, (Ful)Watano Satoru
Numerical simulation
FEM
Tablet
2-f614
PE341Product quality evaluation of batch and continuous technologies in pharmaceutical tablet manufacturing processes
(U. Tokyo) *(Stu)Matsunami K., (Powrex) (Ful)Nagato T., (Ful)Hasegawa K., (U. Tokyo) (Ful)Hirao M., (Ful)Sugiyama H.
Pharmaceuticals
Granulation
Continuous manufacturing
2-f201
PE342CO-free Hydrogen Production from Formic Acid Using High-performance Non-precious Metal Catalyst Derived from Biomass
(Hirosaki U.) *(Stu)Wang Junli, (Stu)Karnjanakorn Surachai, (Taiyuan UT) Hao Xiaogang, (Hirosaki U.) (Ful)Abudula Abuliti, (Ful)Guan Guoqing
Hydrogen production
Formic acid decomposition
CO-free
5-a181
PE343Gas diffusion in the micro porous catalyst support
(Nagoya U.) *(Stu)Tanabe Y., (Toyota Motor) (Cor)Nagao S., (Cor)Hirata H., (Toyota Central R&D Labs.) (Ful)Kato S., (Cor)Nagai Y., (Nagoya U.) (Ful)Yamada H., (Ful)Tagawa T.
Gas diffusion
micro pore
catalyst support
5-a230
PE344Reforming property of Ni-based structured catalyst for auto-thermal dry reforming of methane
(Shizuoka U.) *(Stu·PCEF)Hirao Kazuaki, (Stu)Kawasaki Wataru, Kohno Yoshiumi, (Ful)Watanabe Ryo, (Ful)Fukuhara Choji
Auto-thermal reforming
Methane dry reforming
Structured catalyst
5-a524
PE345Crystal structure of carbon/titania composite fabricated from low reactive precursor in supercritical sol-gel reaction
(Tokyo Tech) *(Stu)Kinoshita Motohiro, (Ful)Shimoyama Yusuke
supercritical sol-gel reaction
crystal structure
low reactive precursor
5-a544
PE346In-situ Characterization of Pt catalyst on silicon Microchannel Wall by Ultraviolet Microspectroscopy
(Nagoya U.) *(Stu)Asai Yusaku, (Ful)Yamada Hiroshi, (Ful)Tagawa Tomohiko
ultraviolet microspectroscopy
microreactor
dehydrogenation
5-a566
PE347Application of Size-Controlled Gel Networks to a Catalytic Reaction in Continuous-Flow System
(Kyushu U.) *(Stu·PCEF)Matsumoto Hikaru, (Ful)Seto Hirokazu, (Stu)Akiyoshi Takanori, (Ful)Hoshino Yu, (Ful)Miura Yoshiko
Polymer gel
Palladium catalyst
Continuous-flow system
5-a818
PE348Study on Deactivation Mechanism of Ni/TiO2 for Photodecomposition of Steam with Methane as a Reducing Agent
(Kobe U.) *(Stu)Maeda S., (Stu)Okemoto A., (Ful)Taniya K., (Ful)Ichihashi Y., (Ful)Nishiyama S.
Photocatalyst
Photodecomposition of Steam
Hydrogen Production
5-a487
PE349Improving the selectivity of Al-MCM-41 by doping with Mg for BTXs production from bio-oil
(Hirosaki U.) *(Stu)Karnjanakorn Surachai, (Stu)Asep Bayu, (Stu)Wang Junli, (Ful)Abudula Abuliti, (Ful)Guan Guoqing
Biooil upgrading
Mg/Al-MCM-41
High selectivity
5-a182
PE350Formation of HMF from glucose using amorphous TiO2 catalyst with high surface area
(Osaka U.) *(Stu)Ota M., (Ful)Hirota Y., (Osaka U./JST) (Ful)Uchida Y., (Osaka U.) (Ful)Nishiyama N.
titanium dioxide
biomass
hydroxylmethylfurfural
5-a272
PE351Conversion of benzofuran into phenols by liquid phase hydrogenolysis using in-situ hydrogen produced from methanol
(Tokyo Tech) *(Stu)Tamura Masaki, (Ful)Fujitsuka Hiroyasu, (Ful)Tago Teruoki
Pt
methanol
benzofuran
5-a603
PE352Atomically dispersed PGM catalysts for CO2 reduction
(ETH Zurich) *(Int)Fujiwara Kakeru, Pratsinis Sotiris
Single PGM atom catalysts
CO2 reduction
Flame spray pyrolysis
5-a862
PE353Oxidative dehydrogenation of isobutane on Cr-doped MCM-48
(Tokushima U.) *(Stu·PCEF)Nitta S., (Ful)Baba Y., (Ful)Katoh M., (Ful)Sugiyama S., (Mitsubishi Rayon) (Cor)Katou Y., (Cor)Ninomiya W.
Oxidative dehydrogenation
Isobutane
MCM-48
5-a12
PE354Enhanced activity on SBA-15 doped with Cr for oxidative dehydrogenation of isobutane
(Tokushima U.) *(Stu)Misu H., (Ful)Baba Y., (Ful)Katoh M., (Ful)Sugiyama S., (Mitsubishi Rayon) (Cor)Katou Y., (Cor)Ninomiya W.
Oxidative dehydrogenation
Isobutane
Cr-doped SBA-15
5-a13
PE355Effect of ultrasonic irradiation on nanographene synthesized by in-liquid plasma
(Nagoya U.) *(Stu)Nakada Ryo, Amano Tomoki, (NU EcoEngineering) Kano Hiroyuki, (Nagoya U.) Kondo Hiroki, Hori Masaru, (Ful)Yasuda Keiji
plasma
graphene
ultrasound
5-b374
PE356Characteristics of non-equilibrium plasma reactor for the hydrogen production from methane
(Nagoya U.) *(Stu)Yamamoto Tatsuya, (Ful)Yamada Hiroshi, (Ful)Tagawa Tomohiko
non-equilibrium plasma
hydrogen production
natural gas
5-c811
PE357Rapid polymerization of thermo-sensitive polymer using plasma discharge
(Kumamoto U. GSST) *(Stu)Mori Kanae, (Kumamoto U. IPPS) Wang Dou-Yan, Namihira Takao, (Kyoto Inst. Tech.) Okubayashi Satoko, (Kumamoto U. IPPS) (Ful)Sasaki Mitsuru
Nanosecond pulsed discharge
Polymerization
Plasma jet
5-c745
PE358Preparation of surface functionalized PET nanofibers by microfluidic wet-spinning and surface modification process
(Okayama U.) *(Stu)Imai Yoshihiko, (Ful)Watanabe Takaichi, (Ful)Ono Tsutomu
microfluidics
nanofiber
surface modification
5-f475
PE359Flame-synthesis of single-wall carbon nanotubes: controlling catalyst supply and reaction field
(Waseda U.) *(Stu)Okada Shohei, (Ful)Sugime Hisashi, (Ful)Osawa Toshio, (Fujifilm) (Cor)Kataoka Shohei, (Cor)Igarashi Tatsuya, (Waseda U.) (Ful)Noda Suguru
single-wall carbon nanotubes
flame synthesis
catalyst supply control
5-h178
PE360Particles trajectory control in a thermo-responsive deterministic lateral displacement micro fluidic device
(Tokyo Tech) *(Stu)Tottori Naotomo, (Ful)Nisisako Takasi
Deterministic Lateral Displacement
Tunable particle separation
thermo-responsive hydrogel
5-f365
PE361Fabrication of single-walled carbon nanotubes fibers using a novel microchannel wet-spinning
(Okayama U.) *(Stu)Shimizu Takahiro, (Ful)Watanabe Takaichi, (Ful)Ono Tsutomu
microchannel
carbon nanotube
carbon material
5-f470
PE362Analysis of reaction and mixing profiles in microreactors by inline spectroscopy
(Kyoto U.) *(Stu·PCEF)Ikeda Koki, (Stu·PCEF)Asano Shusaku, (Ful)Maki Taisuke, (Ful)Muranaka Yosuke, (Ful)Mae Kazuhiro
micro reactor
Dushman reaction
inline spectroscopy
5-f172
PE363The effect of catalyst phase on phenyl benzonate production in three liquid phases microreactor
(Nagoya U.) *(Stu)Nukushina Tetsuhiro, (Ful)Yamada Hiroshi, (Ful)Tagawa Tomohiko
Microreactor
Phase transfer catalyst
Mass transfer
5-f571
PE364Basic catalysis of activated carbon bearing quaternary ammonium groups
(Tokyo City U.) *(Stu)Fukuda Ryo, (Stu)Sato Ryosuke, Urakami Yutaka, (Ful)Kouzu Masato
Solid base catalyst
Activated carbon
Quaternary ammonium group
5-g708
PE365Continuous Production of Single-Wall Carbon Nanotubes and Their Fibers by Floating Catalyst Chemical Vapor Deposition
(Waseda U.) *(Stu)Namiki Katsuya, (Ful)Sugime Hisashi, (Ful)Osawa Toshio, (Ful)Noda Suguru
single-wall carbon nanotubes
floating catalyst chemical vapor deposition
reaction field control
5-h273
PE366The study on reaction field study in the reaction separation system of benzene partial oxidation
(Nagoya U.) *(Stu)Fukuyasu Koki, (Ful)Yamada Hiroshi, (Ful)Tagawa Tomohiko
Bi-phase system
Partial oxidation of benzene
Reaction separation system
5-d576
PE367The development of microreactor using etching aluminum foil
(TUAT) *(Stu)Sasagawa Hironari, (Ful)Sakurai Makoto, (Stu)Hiramatsu Hiromi
microreactor
etching
methanol steam reforming
5-f369
PE368Utilization of hydrous ethanol in ester production process with strongly basic resin
(Tohoku U.) *(Stu·PCEF)Kabu Kazunori, (Ful)Fukushima Yasuhiro, (Ful)Shibasaki-Kitakawa Naomi
fatty acid ethyl ester
hydrous ethanol
resin catalyst
5-g648
PE369Extraction of polysaccharides from woods by protic ionic liquids
(Doshisha U.) *(Stu)Yoshida K., (Ful)Matsumoto M., (Ful)Kondo K.
Polysaccharide
protic ionic liquid
extraction
5-g166
PE370Continuous production of biodiesel by CaO-catalyzed transesterification
(Tokyo City U.) *(Stu)Fujimori Akitoshi, (Ful)Kouzu Masato, Fukakusa Ryota, Satomi Naoya
Transesterification
CSTR
Solid base catalyst
5-g537
PE371Stabilizing carbon nanotube synthesis by oxidizing additives: H2O vs CO2
(Waseda U.) *(Stu)Sato Toshihiro, (Ful)Sugime Hisashi, (Ful)Noda Suguru
carbon nanotubes
catalytic chemical vapor deposition
oxidizing additives
5-h211
PE372Additional effect of plastics on direct liquefaction process of woody biomass using circulating solvent
(Nihon U.) *(Stu)Ebato Makoto, (Seikei U.) (Ful)Ito Takuya, (Nihon U.) (Ful)Kakuta Yusuke
woody biomass
direct liquefaction
circulating solvent
5-g371
PE373Hydrolysis reaction of rutin by using microwave heating and graphene oxide catalyst
(Kumamoto U. GSST) *(Stu)Hobo Takuto, (Ful)Quitain Armando, (Ful)Kida Tetsuya, (Kumamoto U. IPPS) (Ful)Sasaki Mitsuru
graphene oxide
hydrolysis
microwave heating
5-g744
PE374Promoting effect of applied energy by pulsed power discharge on seed germination of rice
(Chiba Inst. Tech.) *(Stu)Kamisaka Shinji, (Aura Tech) Eguchi Toshihiko, (Chiba Inst. Tech.) (Ful)Yazawa Yuuki
Biomass
Surface improvement
Water absorption
5-g836
PE375Converting metal to graphene films on insulating substrates by reaction with CHCl3
(Waseda U.) *(Stu)Ohashi Kei, (Stu)Akiba Sachie, (Ful)Sugime Hisashi, (Ful)Osawa Toshio, (Ful)Noda Suguru
graphene films
dry-etching
chloroform
5-h209
PE376Efficient production of carbonized/torrefied solid fuel from woody biomass with tar recovery
(Shinshu U.) *(Stu)Satomi Hiroki, (Ful)Shimada Iori, (Ful)Osada Mitsumasa, (Ful)Fukunaga Hiroshi, (Ful)Takahashi Nobuhide
co-firing
torrefaction
secondary reaction
5-g784
PE377Production of carbon materials from seaweeds and application of solid acid catalysts
(Kumamoto U. GSST) *(Stu)Ninomiya Shohei, (Ful)Quitain Armando, (Ful)Kida Tetsuya, (Kumamoto U. IPPS) (Ful)Sasaki Mitsuru, (U. Alberta) Saldana Marleny
Carbon materials
Biomass
Solid acid catalysts
5-g787
PE378Additional effect of carbon-supported Nickel catalyst for production of an alternative diesel fuel from animal fats by pyrolysis
(Nihon U.) *(Stu)Iso Terumasa, Taguchi Masato, (Seikei U.) (Ful)Ito Takuya, (Nihon U.) (Ful)Kakuta Yusuke
Ni/C catalyst
Pyrolysis
Animal fats
5-g625
PE379Preparation of Catalysts on Ceramic Beads by Dry Process and Fluidized-Bed Synthesis of Long Carbon Nanotubes
(Waseda U.) *(Stu)Yoshida Masahiro, (Ful)Osawa Toshio, (Ful)Sugime Hisashi, (Ful)Noda Suguru
carbon nanotubes
fluidized bed
chemical vapor deposition
5-h251
PE380Study of steam reforming of methane in a microreactor
(TUAT) *(Stu)Ito S., (Ful)Sakurai M.
steam reforming of methane
almite
microreactor
5-f639
PE381Generation characteristics of solid-phase radicals within the organic matter residue with regard to change in elemental composition -Influence of O / C ratio in material-
(Chiba Inst. Tech.) *(Stu)Takeshita Asuka, (Petronas Inst. Tech.) (Ful)Uemura Yoshimitu, (Chiba Inst. Tech.) (Ful)Onoe Kaoru
solid-phase radical
elemental composition
dry distillation
5-g165
PE382Development of decomposition process of formaldehyde by UV irradiation with hydrogen peroxide
(Akita U.) *(Stu)Sugawara Y., (Ful)Kato T., Okawa H., (Ful)Sugawara K.
Formaldehyde
Hydrogen peroxide
Photodecomposition
5-c448
PE383Effects of HCl gas addition and high concentration precursor supply to SiC-CVI process aiming for uniform growth in multi-scale
(U. Tokyo) *(Stu)Naka Tomoaki, (Stu)Shima Kohei, (Stu)Sato Noboru, (Stu)Funato Yuichi, (IHI) (Ful)Fukushima Yasuyuki, (U. Tokyo) (Ful)Momose Takeshi, (Ful)Shimogaki Yukihiro
CVD
SiC
5-h478
PE384Direct Synthesis of Millimeter-tall Carbon Nanotube Arrays on Aluminum foils
(Waseda U.) *(Stu)Miura Shota, (Ful)Sugime Hisashi, (DENSO) (Cor)Ota Aun, (Cor)Oshima Hisayoshi, (Waseda U.) (Ful)Noda Suguru
carbon nanotubes
aluminum substrate
chemical vapor deposition
5-h589
PE385Synthesis of CNTs directly on inner wall of narrow stainless steel tube
(Kyoto U.) *(Stu)Hirai D., (Ful)Sano N., (Ful)Tamon H.
carbon nanotube
stainless steel
chemical vapor deposition
5-h557
PE386Synthesis and characterization of Ti1-xAlxN films by thermal CVD
(U. Tokyo) *(Stu)Sato Hiroki, Hirabaru Tomoko, (Kyocera) Kubo Hayato, (U. Tokyo) (Ful)Momose Takeshi, (Kyocera) Tanibuchi Takahito, (U. Tokyo) (Ful)Shimogaki Yukihiro
CVD
coating
TiAlN
5-h321
PE387Kinetic analysis of the rate-determining step for ammonia synthesis over electride-supported Ru catalysts
(Tokyo Tech) *(Ful)Kobayashi Yasukazu, Kitano Masaaki, Kawamura Shigeki, Yokoyama Toshiharu, Hosono Hideo
Ammonia synthesis
Rate-determining step
Electride-supported Ru catalysts
5-a173
PE388Relationship of Particle Morphology and Rotation Speed on Rotary Atomizer for Spray Drying Using Particle Image Analysis.
(Malvern Instruments A division of Spectris) *(Ful)Sasakura Daisuke, (PRECI) (Ful)Kawaguchi Shinya, (Malvern Instruments A division of Spectris) Sato Fumiaki, (PRECI) Misumi Yuichi, Kato Hayato, Kato Shinsuke
Spray Drying
Particle Image Analysis
Particle Morphology
2-f258
PE389Inline monitoring of the particle size distribution for jet milling
(Malvern Instruments) *(Ful)Sato Fumiaki, (Ful)Ikeda Hideyuki, (SEISHIN ENTERPRISE) Osumi Michio, Minami Isamu, Fujita Yasuyuki
Particle size
Inline
Measurement
2-f508
PE390The role of solvation structure on the cyclization of alanine dimer in hydrothermal conditions
(NIT Hachinohe) *(Ful)Honma Tetsuo, (Nagasaki U.) Furusato Tomohiro, (Kumamoto U.) (Stu)Miyanomae Ryota, (Ful)Sasaki Mitsuru
alanine anhydride
molecular simulation
solvation free energy
1-a519
Hall X(Kyoshitsu-to 4F 403)
HQ-21 [Session organized by Headquarters/Branches]
 How Young Researchers Are Thinking about Future Research on Chemical Engineering (Poster)
(13:00–13:05)
13:00– 13:05Opening remark
(13:05–13:55) (Chair: Kobayashi Daisuke)
13:05– 13:55X301Separation of biomass using water/organic mixed solution and the production of useful chemicals from lignin-derived liquid
(Hokkaido U.) *(Ful)Yoshikawa Takuya, Kawamata Yuki, Yamaguchi Kanta, Aoki Hiromi, Ohtsuki Satoru, (Ful)Nakasaka Yuta, (Idemitsu Kosan) (Cor)Koyama Yoshihito, (AIST) Sato Shinya, (Tokyo Tech) (Ful)Tago Teruoki, (Hokkaido U.) (Ful)Masuda Takao
Lignin
Phenol
Water/1-butanol mixed-solvent
HQ-21840
X302Licenser's work and process development of H2S and NaSH production process
(JGC) (Cor)Hatayama Mikiko
Process development
Process license
HQ-21690
X303Suggestion of observation example and utilization of microwave special effect
(U. Hyogo) (Stu)Tanaka Kenya, (Stu)Nishijima Shunsuke, *(Ful)Asakuma Yusuke
Microwave
non-thermal effect
Non-equilibrium heating
HQ-2192
X304Effective Impeller Design for Solid-Liquid Mixing Based on A Model for Estimation of Just Suspension Speed
(SATAKE Chemical Equipment MFG.) (Cor·APCE)Zamzam Zauyah
Solid-Liquid Mixing
Lift Force
SATAKE Supermix Impeller
HQ-21391
X305Development of the process for FCA (Fluid Catalytic Aromaforming)
(JX Nippon Oil & Energy) *(Cor)Ichijo Tatsuya, (Cor)Iwasa Yasuyuki
Fluid bed
Aromaforming
Process development
HQ-21216
X306Design of biomaterials to mimic cell surface
(Fukuoka U.) (Ful)Seto H.
saccharides
biomaterials
biomimetic
HQ-21116
(14:05–14:55) (Chair: Teratani Shogo)
14:05– 14:55X307One-pot formation of surface-functionalized particles
(NIT Fukushima) (Ful)Yamauchi N.
surface-functionalized particle
simultaneous immobilization
one-pot formation
HQ-21598
X308Large Scale Computer Experiments of MAXBLEND Mixing Vessel by Renormalization Molecular Dynamics Method
(SHI-PE) *(Ful)Yajima T., (SHI) Hirose R., Kobayashi Y., Ichishima D., Sasaki Y., (SHI-PE) (Cor)Esaki K.
Renormalization Molecular Dynamics
MixingVessel
MAXBLEND
HQ-2170
X309Conceptual design and feasibility evaluation of a new pathway producing tetraethoxysilane from silica
(AIST) *(Ful)Nguyen Thuy, (Ful)Kataoka Sho, Fukaya Norihisa, Sato Kazuhiko, Choi Jun-Chul, (Ful)Endo Akira
Conceptual design
TEOS from silica
Feasibility study
HQ-21688
X310High speed silicon deposition in PE-CVD using a high speed jet.
(Gifu U.) (Ful)Nishida Satoshi
CVD
silicon
high deposition rate
HQ-21109
X311Demonstration of high efficient fuel cell power generating system using fuel reusing system
(Tokyo Gas) *(Cor)Shirai Marie, (Cor)Nakajima Tatsuya, (Cor)Dohkoh Tatsuki, (Cor)Taku Shumpei, (Cor)Isshiki Kazuki, (Cor)Ide Takahiro, (Cor)Nakamura Kazuo, (Cor)Ogasawara Kei, (Cor)Fujita Kenjiro
SOFC
fuel reusing system
two-stage stack
HQ-21153
X312Intensification of Hollow Fiber Membrane Process for Water Purification Using Oscillatory Flow and Vortex motion
(Kobe U.) (Ful)Horie Takafumi
Process Intensification
Membrane separation
Oscillatory flow
HQ-21717
(15:05–15:55) (Chair: Oshiba Yuhei)
15:05– 15:55X313Characteristic of power consumption of rotational impellers
(NITech) (Ful)Furukawa Haruki
mixing
power consumption
correlation
HQ-21126
X314Feasibility study on CO2-free methanol production, delivery, and supply
(Tokyo Gas) *(Cor)Miyazaki Azusa, (Cor)Haneda Takahide, (Cor)Fukuda Ichiro, (Cor·PCE)Takahashi Tohru
CO2 hydrogenation
process simulation
feasibility study
HQ-21721
X315Quality by design for food processing: A case study on food drying
(Kyoto U.) (Ful)Nakagawa Kyuya
food engineering
drying
quality by design
HQ-2136
X316Study of the Incorporation Behavior of Analogue and its Enantiomer in L-Val Crystallization
(Ajinomoto) *(Cor)Sen Jun, (Cor)Kokubun Norimoto, (Cor)Omori Kazushige, (Iwate U.) (Ful)Doki Norihito, (Ful)Yokota Masaaki
Crystallization
Branched Chain Amino Acid
Solid Solution
HQ-21175
X317Development of continuous synthesis process of metal-organic frameworks for scale-up
(Hiroshima U.) (Ful)Kubo Masaru
High throughput process
Metal-organic frameworks
Spray-drying
HQ-21271
X318Monte Carlo simulation for aggregation of carbon nanoparticles
(ASAHI CARBON) *(Cor)Era Koki, (Cor)Aoki Takayuki, (Ful)Yamaguchi Togo, (Tohoku U.) (Stu)Matsukawa Yoshiya, (Stu)Takahashi Kaname, Kaga Keiichi, (Ful)Saito Yasuhiro, (Ful)Matsushita Yohsuke, (Ful)Aoki Hideyuki
Soot
Morphology
Cluster-Cluster aggregation
HQ-21826
X319Structural and biological characterization of iron oxide nano magnetic materials for use in magnetic drug targeting
(Sojo U.) *(Ful)Sakuragi Mina, Murayama Hironobu, Zushi Takuya, Seguchi Risako, Taguchi Kazuaki, (Ful)Kusakabe Katsuki
magnetic nanoparticles
drug delivery systems
x-ray scattering
HQ-2137
(15:55–16:00)
15:55– 16:00Closing remark
Hall Y(Kyoshitsu-to 1F Lounge)
SP-8 [Session organized by Industry (Poster)]
 Poster Session/ Actions for Secure Safety and Upkeeping the on-Site Capabilities
(16:00–17:20) (Chair: Yokoyama Tetsuo)
16:00– 17:20Y351(machine translation) Piping Scale Adhesion Prevention Device
(Pneumatic) Shibata Akimasa

SP-852
Y352Practical Safety Seminar to be a Trainer
(Incident Analysis & Communication Inst.) (Ful)Takeuchi Akira
Chemical Process Safety
Trainer
Safety Training
SP-853
Y353Safety Maintenance Mechanism of Agitator Mixing Shaft Sealing Section
(Satake Chemical Equipment MFG.) (Cor)Yasuhara Yamato
Agitator
Safety
Maintenance
SP-854
Y354(machine translation) Web Compatible Main Function Distributed Remote Monitoring Control System
(Kushida) Takazakura Naoya
monitoring system
control
logger
SP-855
Y355(machine translation) Heat Balance Solution for Work Site
(Etech Consulting) (Ful)Honda Tatsuho
enthalpy
heat balance
performance monitoring
SP-856
Y356(machine translation) Approach to IoT Solutions for Manufacturing Sites
(Mitsubishi Chemical Engineering) (Ful)Kawano Kouji

SP-857
Y357(machine translation) Application of Drone to Manufacturing Site
(Deloitte Tohmatsu Consulting LLC) Yashiro Toshiyuki
Drone
Plant Maintenance
Safety
SP-859
Y358Action to X-ray and Neutron technology advancement of the industry plant
(Mitsubishi Chemical) (Cor)Miura Itaru
X-ray
Neutron
Robot
SP-858
Y359(machine translation) Introduction of Technical Training Center (Nagoya) Featuring Experience Learning -- Resin Processing System
(Mitsui Chemicals) *(Cor)Takeuchi Sakio, (Cor)Shinto Kazumi
Experience-Based Education
Polymer Processing
SP-860
Y360(machine translation) Technology Tradition in Equipment Materials
(SCE・Net) (Ful)Umemura Fumio
Plant material
Failure mechanism
Maintenance
SP-861
Y361(machine translation) Introduction of Soken Chemical & Engineering's Analysis Service
(Soken Chemical & Engineering) (Cor)Eitoku Keiichi
Analysis
Service
SP-862
Y362(machine translation) Wide Area Gas Monitoring System
(Konica Minolta) (Cor)Imade Kyuichiro, (Chiyoda) *(Cor)Kai Daisuke
Gas
Wide area
Visualization
SP-863
Y363(machine translation) Overseas Version Plan Maintenance and Support System TMQ-W
(Asahi Kasei Eng. Corp.) Nishimoto Hiroshi
Maintenance Quality
Stable Operation
Multilingual
SP-864
Y364(machine translation) Introduction of Safety Activities by Improving Both Hard / Soft and Climate
(Sumitomo Bakelite) (Cor)Oka Hideki
No Industrial accident
Safety activities on the hardware and software side
Safety climate improvement
SP-865
Y365(machine translation) Concrete Example of Process Safety Engineer Education at Mitsubishi Chemical Holdings
(MCHC R&D Synergy Center) Nitta Makoto
Chemical Process
Safety Engineer
SP-896
Y366(machine translation) Safety Culture Is Connected with People "Good Contact Movement"
(JGC) (Cor)Nishiyama Fumio

SP-898
Y367(machine translation) Verification of Usefulness of New Glass Equipment and Seminar on Practical Chemistry Engineering
(Itakura Consulting Engineer Office) Itakura Keisuke

SP-8140
Y368(machine translation) Development of High-Speed Inspection Technology for Carbon Steel Pipe
(Sumitomo Chemical) (Cor)Tada Toyokazu
Carbon steel heat exchanger tubes
Maintenance inspection
SP-8141
Y369(machine translation) Cooling Water Management for Extension of Life of Heat Exchanger
(Kurita Water Industries) (Cor)Sasaki Kaori
Cooling Water
Water quality control
Monitoring
SP-8142
Y370(machine translation) What Is Spray Dryer?
(Ohkawara Kakohki) (Cor)Koganei Toshiyuki
Spray Dryer
Atomization
Particle size control
SP-8207
Y371(machine translation) What Is "Onsite Force" of Kiriyama Plant?
(Kiriyama Grass) Kiriyama Tokio
distillation
extraction
sublimation
SP-8646
Y372(machine translation) 3D Printer "Nt 100" and Laminated Molding Service
(SmileLink) Obayashi Mariko
X-ray
Neutron
Robot
SP-8649
SP-9 [Session organized by Industry (Poster)]
 Poster Session/ Unforgettable Unit Operation - Environmentally Friendly Separation Process (Distillation, Adsorption, Membrane Separation) -
(16:00–17:20) (Chair: Hiraoka Shouji)
16:00– 17:20Y381Effect of UF pretreatment on RO membrane fouling mitigation in sewage reclamation process
(Toray Industries) (Cor)Hanada S.
Wastewater reuse
UF membrane
RO membrane
SP-966
Y382Recovery of solvent by solid-liquid separation , using Heat-conducting dryer "CD-dryer"
(Soken Tecnix) (Cor)Shibata Hideyuki
solvent recovery
CD Dryer
heat conduction
SP-967
Y383(machine translation) Solvent Adsorption Combustion System
(Kurimoto) (Cor)Matsuoka Akio
VOC regulations
Solvent adsorption
No need for steam sources
SP-968
Y384(machine translation) Introduction of Asahi Kasei Filter Products
(Asahi Kasei) (Cor)Yamamoto Kohei
Filtration
Coalescer
Meltblown
SP-969
Y385(withdrawn)

10071
Y386Technological development of hybrid process of distillation and membrane
(Mitsubishi Chemical Engineering) *(Cor)Yamazaki Koichi, (Cor)Baba Natsuki
Distillation
Membrane
Energy saving
SP-972
Y387Development of a continuous dehydration process for phenolic resin
(Sumitomo Bakelite) *(Cor·PCEF)Tsubomoto Yamato, (Cor)Motokawa Toshiyuki, (Cor)Kobayashi Mariko, (Cor)Ishikawa Eiji
phenolic resin
continuous process
dehydration
SP-973
Y388(machine translation)Application of Ultrasonic Atomization Separation Method to Wastewater Treatment
(Nanomisttechnologies Co.,Ltd) *Shimizu Tetsuya, (Ful)Matsuura Kazuo, (Tokyo Electron) Tsuchie Masato, Miyairi Satoshi
Ultrasonic separator
Atomization
Waste water treatment
SP-974
Y389(machine translation) High Efficiency Separation Process of Acetic Acid and Water by Combination of Distillation and Membrane Separation
(Mitsui Chemicals) (Cor)Kozukuri Takao
terephthalic acid
reverse osmosis
distillation
SP-975
Y390Enrichment process of Oxygen-18 by cryogenic distillation
(Taiyo Nippon Sanso) (Ful)Igarashi Takehiro
oxygen-18
cryogenic distillation
isotope separation
SP-999
Y391(machine translation) Recent Distillation Technology
(Toyo Eng. Corp.) (Cor)Wakabayashi Toshihiro
Energy conservation
HIDiC
SP-9100
Y392(machine translation) Evaluation of Distillation Safety in Waste Solvent Recycling
(Nippon Refine) (Cor)Kono Masafumi
DISTILLATION
SAFTY
ARC
SP-9101
Y393(machine translation) Development of Hydrogen PSA Device at Kobe Steel
(Kobe Steel) (Ful)Hangai Hiroo
adsorption
CO adsorbent
H2 PSA
SP-9103

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SCEJ 82nd Annual Meeting (Tokyo, 2017)

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