SCEJ 80th Annual Meeting (Tokyo, 2015): Session programs

Session programs

Poster session B -Fluid & particle processing, Chemical reaction engineering, Systems, information, and simulation technologies-

XB201-XB257, YB201-YB232

Most recent update: 2015-03-05 09:42:37

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Hall X, Y, Day 2
9:20– 11:20	XB201	Fine particle production and coating using supercritical fluid (Hiroshima Inst. Tech.) *Ikeda M., (U. Tokyo) Tsutsumi A.	fine particle coating supercritical carbon dioxide	2-f	890
9:20– 11:20	XB202	Numerical simulation of dispersion and aggregation behaviors of surface modified nanoparticles in shear flow (Tohoku U.) *Usune S., Kubo M., (Toyama Pref. U.) Sugioka K., (Tohoku U.) Tsukada T., (U. Tokyo) Koike O., (Josai U.) Fujita M., (Tohoku U.) Adschiri T.	surface modified nanoparticles numerical simulation shear flow	2-a	354
9:20– 11:20	XB203	Study on void generation process in wet coagulation of acrylic copolymer resin (Kobe U.) *Yamamoto Kohei, Hidema Ruri, Suzuki Hiroshi, Komoda Yoshiyuki	acrylic copolymer resin wet coagulation	2-a	642
9:20– 11:20	XB204	Experimental study for deformation of viscoelastic fluid surrounding bubble under pressure-oscillating field (Nagoya I. Tech.) *Mizukoshi A., Matsumoto A., Iwata S., Nagumo R., Mori H., (Nagaoka U. Tech.) Takahashi T.	pressure-oscillating deformation viscoelastic fluid	2-a	454
9:20– 11:20	XB205	Numerical study on macroscopic behavior of solid particles during die filling (U. Tokyo) *Hoshino Junpei, Sakai Mikio	DEM die-filling	2-a	536
9:20– 11:20	XB206	Mixing Mechanism of Dished Bottom Vessel with Large Paddle Impeller Based on Streak Line Theory (N.I.T) *Hiramatsu M., Kato Y., Furukawa H., Tada Y.	Mixing Streak Line Dished Bottom Vessel	2-b	10
9:20– 11:20	XB207	Effects of particle properties on defluidization caused by switching of fluidizing gas (Kagoshima U.) *Wada S., Kai T., Nakazato T., Mizuta K.	fluidized bed defluidization gas switching	2-c	552
9:20– 11:20	XB208	Numerical simulation of a rising droplet in another immiscible fluid (Saitama U.) *Sato Taichi, Baba Ryouma, Syaza Hanani, Homma Shunji, Koga Jiro	droplet numerical simulation Front-Tracking	2-e	866
9:20– 11:20	XB209	Effect of impeller setting conditions of double stage paddle on structure of streak lobe in laminar mixing vessel (Yokohama Nat. U.) *Hayashi M., Misumi R., Nishi K., Kaminoyama M.	streak lobe laminar mixing double stage paddle	2-b	209
9:20– 11:20	XB210	Basic characteristics of disc turbine type fractal shaped impellers (Fukuoka U.) *Tomoda K., Miyazaki T., Suzukawa K.	Fractal Power Consumption Mixing time	2-b	422
9:20– 11:20	XB211	Mixing Performance and Power Consumption of Large Asymmetric Impeller (N.I.T.) *Itoh Tomohiro, (N.I.T) Kato Yoshihito, Furukawa Haruki, Tada Yutaka	Mixing Asymmetry Streak Line	2-b	21
9:20– 11:20	XB212	Evaluation of mixing process of a rotationally reciprocating impeller with discoloring and decoloring reactions (Kobe U.) *Yamagami Noriyuki, Komoda Yoshiyuki, (Osaka U.) Hirata Yushi, (Kobe U.) Suzuki Hiroshi, Hidema Ruri	mixing process image analysis discoloring reaction	2-b	848
9:20– 11:20	XB213	Development of HB Impeller with Simple Geometry (NIT) *Ohtani Shota, Kato Yoshihito, Furukawa Haruki, Tada Yutaka	laminar mixing streak line large paddle impeller	2-b	13
9:20– 11:20	XB214	An influence of bubble-interface contamination on a bubble motion, bubble wake and instantaneous mass transfer (Shizuoka U.) *Huang J., Saito T.	Instantaneous mass transfer Bubble wake Contamination	2-e	256
9:20– 11:20	XB215	Effect of gas properties on bubble size in fluidized catalyst beds (Kagoshima U.) *Eto K., Kai T., Nakazato T.	fluidized bed gas properties bubble size	2-c	551
9:20– 11:20	XB216	A Study of Combustion Enhancement by Mineral under Low-Temperature in Continuously Regenerating Type PM Removal Device (Kyushu U.) *Kusu Akitaka, Yamamoto Tsuyoshi, (Adv. Tech. Inst.) Tatebayashi June	PM Fluidized Bed Mineral	2-c	523
9:20– 11:20	XB217	Effects of operational conditions on drying characteristics of slurry in fluidized bed of inert particles under reduced pressure (Shizuoka U.) *Komuro A., Koyanagi K., Tatemoto Y.	fluidized bed slurry reduced pressure	2-c	265
9:20– 11:20	XB218	Effect of Reinforcing Plate on Power Consumption (N.I.T) *Fujii K., Kato Y., Furukawa H., Tada Y.	Mixing Power Consumption Reinforcing Plate	2-b	11
9:20– 11:20	XB219	Degumming of crude vegetable oil by utilization of steam and microbubbles (Keio U.) *Okumura Y., Terasaka K., Fujioka S.	degumming microbubble floc	2-d	41
9:20– 11:20	XB220	Effect of a flow structure on a wastewater treatment system in an ozone contained bubbly flow (Shizuoka U.) *Shinohara D., Wang C., Sato K., Saito T.	Wastewater treatment system Flow structure Ozonation	2-d	257
9:20– 11:20	XB221	Direct numerical simulation of gas-solid-liquid flows by using the DEM-VOF-IB method (U. Tokyo) *Sun Xiaosong, Sakai Mikio	gas-solid-liquid flow direct numerical simulation fluid-particle interaction	2-e	260
9:20– 11:20	XB222	Visualization of luminescence and atomization induced via Ultrasonic Irradiation (Doshisha U.) *Noguchi S., Mori Y., Tsuchiya K.	Ultrasonic atomization Sonochemical luminescence Mist formation	2-e	835
9:20– 11:20	XB223	Fabrication of monodisperse microbubbles using glass capillary microfluidic devices (Yokohama Nat. U.) *Matsuo A., Kanai T.	Microbubble Microfluidics	2-e	438
9:20– 11:20	XB224	Fabrication of Cyanoacrylate Hollow Particles Using Ultrasonically Generated Microbubbles (Yamagata U.) *Sutoh T., Yoshihiro Y., Makuta T.	Microbubble Cyanoacrylate Hollow particle	2-e	735
9:20– 11:20	XB225	Investigation of Turbulent Spray Flows in a Rotary Bell-Cup Atomizer using Large Eddy Simulation on an Unstructured Finite Volume Method (Tohoku U.) *Katayama Tomoyuki, Amemiya Shun, Soma Tatsuya, Saito Yasuhiro, Matsushita Yohsuke, Aoki Hideyuki, (Hirosaki U.) Sakabe Ryota, Inamura Takao, (Hachinohe Inst. Tech.) Daikoku Masatoshi, (Honda) Fukuno Junichi	Rotary bell-cup atomizer Large Eddy Simulation Computational fluid dynamics	2-e	559
9:20– 11:20	XB226	Application and validation of the wall boundary model using SDF in die (Waseda U.) *Tsunazawa Yuki, (U. Tokyo) Shigeto Yusuke, (Waseda U.) Tokoro Chiharu, (U. Tokyo) Sakai Mikio	Discrete Element Method Signed Distance Function die filling process	2-f	180
9:20– 11:20	XB227	A newly foam measurement technique by single-tip optical fiber probe for the dense ozonid foam (Shizuoka U.) *Nihei A., Saito T.	single-tip optical fiber probe foam measurement 3D ray tracing simulation	2-e	258
9:20– 11:20	XB228	Convection of Fine Particles Caused by two-dimensional Vibration (Kyoto U.) *Sato Sho, Yasuda Masatoshi, Matsusaka Shuji	fine particle convection vibration	2-f	428
9:20– 11:20	XB229	Development of a simultaneous processing of glass and PVC by water jet mill (Gunma U.) *Haruyama K., Noda R.	jet mill PVC glass	2-f	762
9:20– 11:20	XB230	Hollow Chloroprene Rubber Particles Fabricated by Solvent Evaporation Method (Yamagata U.) *Yoneyama F., Makuta T.	Hollow particle Solvent evaporation method Chloroprene rubber	2-f	483
9:20– 11:20	XB231	Fabrication of Ni/SiO₂ composite particles in organic solvents and their stability in dense suspensions (Yokohama Nat. U.) *Morita S., Tatami J., Iijima M.	Composite particle Organic solvent Dense suspension	2-f	741
9:20– 11:20	XB232	Evaluation of surface grinding intended to Mn removal from spent filter sand by application of comminution kinetics (Waseda U.) *Okada Shintaro, Fujihashi Daiki, Tsunazawa Yuki, Tokoro Chiharu	Surface grinding Filter sand Comminution kinetics	2-f	244
9:20– 11:20	XB233	Analysis of a particle packing process during drying of a colloidal suspension (TUAT BASE) *Oshimi Yu, Inasawa Susumu, Kamiya Hidehiro	particle packing drying process film formation	2-g	673
9:20– 11:20	XB234	Mixing Performance and Power Consumption of BENDREAF (N.I.T) *Oguri Y., (Hakko Sangyo) Sakakura K., Matuno M., (N.I.T) Kato Y., Furukawa H., Tada Y.	Mixing Large Paddle Impeller Streak Line	2-b	26
9:20– 11:20	XB235	Flow characteristics of a droplet on a vibrating plate (Kobe U.) *Taniguchi Hidetoshi, Horie Takafumi, Ohmura Naoto	Microfluid Droplet reactor MPS	2-b	709
9:20– 11:20	XB236	Effect of oxygen-pretreatment and Re addition on methylcyclohexane dehydrogenation over Pt/TiO₂ catalyst (Shizuoka U.) *Yamamoto K., Bandai Y., Kohno Y., Watanabe R., Fukuhara C.	Organic chemical hydride Methylcyclohexane Pt-based catalyst	5-a	171
9:20– 11:20	XB237	Production of Phenolic compounds from Lignin-derived slurry liquid by catalytic cracking using Iron oxide catalyst (Hokkaido U.) *Konishi Ryota, Kawamata Yuki, Shinohara Satoshi, Yagi Taichi, (Idemitsu Kosan Co.,Ltd) Koyama Yoshihito, (Hokkaido U.) Nakasaka Yuta, Tago Teruoki, Masuda Takao	Lignin Phenolic compounds Iron Oxide	5-a	287
9:20– 11:20	XB238	Direct formation and structure control of few-layer graphene on dielectric substrates by etching-precipitation method (Waseda U.) *Akiba Sachie, (U. Tokyo) Kosaka Masaki, (Waseda U.) Hasegawa Kei, Noda Suguru	graphene crystal growth dry-etching	5-h	175
9:20– 11:20	XB239	Selective oxidation of alcohols by PEFC reactor (Nagoya U.) *Funahashi K., Miyata Y., Yamada H., Tagawa T.	fuel cell reactor selective oxidation cyclic voltammetry	5-a	284
9:20– 11:20	XB240	Quantitative Evaluation of Micromixing and Design Concept of a Micromixer (Kyoto U.) *Asano Shusaku, Maki Taisuke, Mae Kazuhiro	Microreactor Fluid Segment Size Mixing	5-f	185
9:20– 11:20	XB241	Time control and kinetic evaluation of microfluidic droplet-based liquid-liquid extraction (Chiba U.) *Nakajima N., Yamada M., Seki M.	Liquid-liquid extraction Microchannel Droplet	5-f	705
9:20– 11:20	XB242	Synthesis of P-Xylene using MFI zeolite with gradient composition (Osaka U.) *Yamada M., Uchida Y., Nishiyama N.	zeolite MFI para-xylene	5-a	239
9:20– 11:20	XB243	Reaction analysis of InGaN-MOVPE using the new nitride precursor (U. Tokyo) *Suzuki Y., Momose T., (ALL) Teramoto T., Dussarrat C., (U. Tokyo) Sugiyama M., Shimogaki Y.	InGaN reaction analysis Qmass	5-h	838
9:20– 11:20	XB244	Characterization and catalytic activity for oxidative dehydrogenation of isobutane on Cr-FSM-16 catalyst prepared using ion exchange method (U. Tokushima) *Itagaki A., Kurashina M., Nakagawa K., Katoh M., Sugiyama S., (Mitsubishi Rayon) Katou Y., Ninomiya W.	Isobutane Oxidative dehydrogenation FSM-16	5-a	39
9:20– 11:20	XB245	Appropriate catalysts for methanol synthesis from biomass in Indonesia (Gunma U.) *Iguchi S., Noda R.	catalyst methanol synthesis	5-a	739
9:20– 11:20	XB246	Effects of Irradiation of Ultrasound with Dual Frequency on Behavior of Microcapsules (Tokyo Tech.) *Hasegawa T., Furuya T., Matsumoto H., (Tokyo U. Sci.) Kobayashi D., Shono A.	ultrasound microcapsule dual frequency	5-b	565
9:20– 11:20	XB247	Preparation of zinc oxide thin film by the CVD method using the zinc acetylacetonate. (Tokai U.) *Misawa Kyosuke, Nakamura Yusuke, Tazawa Takumi, Morita Masahito, Akiyama Yasunobu	CVD thin film zinc oxide	5-h	462
9:20– 11:20	XB248	Antisolvent crystallization of glycine under ultrasonic irradiation (Nagoya U.) *Osawa K., Nii S.	ultrasound crystallization high frequency	5-b	688
9:20– 11:20	XB249	Direct deposition of Si particle films on current collectors for lithium secondary batteries (Waseda U.) *Morikawa Yusuke, Hasegawa Kei, Osawa Toshio, Monma Toshiyuki, Osaka Tetsuya, Noda Suguru	Lithium secondary battery Evaporation Silicon	5-h	616
9:20– 11:20	XB250	Controls of diamond growth rate ratio ([100]/[111]) and morphology by direct current plasma chemical vapor deposition (Osaka Pref. U.) *Yukawa H., Nezaki M., Nakata K., Okamoto N., Saito T., Kondo K., (AIST) Yamasaki S., Okushi H.	CVD diamond plasma	5-h	747
9:20– 11:20	XB251	CO₂ Reforming Performances of Fe/TiO₂ and Cu/TiO₂ Photocatalysts Coated on Different Substrates (Mie U.) *Zhao Xuyan, Hayakawa Takuya, Kitazumi Taiga, Nishimura Akira, Hirota Masafumi	Visible-light Driven Photocatalyst CO2 Reforming Different Substrates Combination	5-c	150
9:20– 11:20	XB252	Preparation of the WO₃/apatite complex and its adsorption and catalytic characterization (Waseda U.) *Ii J., (JNIOSH) Hongo T., (Waseda U.) Yamazaki A.	visible-light-response photocatalyst apatite	5-d	254
9:20– 11:20	XB253	Preparation of liposome and metal compound catalyst and reaction characterization (Okayama U.) *Takahashi Yuki, Shimanouchi Toshinori, Deguchi Koji, Kimura Yukitaka	liposome catalyst	5-a	475
9:20– 11:20	XB254	Effects of reaction media formed by ionic liquids on lipase hydrolysis (Kyushu U.) *Kawanami T., Baba Y., Goto M., Kamiya N.	ionic liquids enzymatic reaction lipase hydrolysis	5-a	526
9:20– 11:20	XB255	BDF production process using bio alcohol (Nagoya U.) *Hori Yasushi, Yamada Hiroshi, Tagawa Tomohiko	Bio diesel fuel Lipase Bio alcohol	5-g	801
9:20– 11:20	XB256	Solid phase conversion from biomass utilizing plasma generation technique by microwave irradiation (Chiba Inst. Tech.) *Takeshita Asuka, Nishiyama Hiromasa, Wada Yoshinari, Onoe Kaoru	Microwave Biomass Solid-phase conversion	5-g	889
9:20– 11:20	XB257	Synthesis of carbon nanotubes on powders by fluidized bed and their total collection by gas flow (Waseda U.) *Hachiya Soichiro, Kawabata Kosuke, Chen Zhongming, Hasegawa Kei, Osawa Toshio, Noda Suguru	carbon nanotubes fluidized bed chemical vapor deposition	5-h	302
Hall X, Y, Day 2
9:20– 11:20	YB201	Methylcyclohexane dehydrogenation over spiral-type Pt/TiO₂ structured catalyst (Shizuoka U.) *Tanaka K., Hisamatu Y., Yamamoto K., Kohno Y., Watanabe R., Fukuhara C.	methylcyclohexane dehydrogenation spiral-type structured catalyst	5-a	169
9:20– 11:20	YB202	Studies on the cellulolytic enzyme from the white rot fungus (Muroran Inst. Tech.) *Sakamoto Naoki, Yasui M.	White rot fungus Cellulolytic enzyme Biomass	5-g	430
9:20– 11:20	YB203	Development of Lipids and Nutrients Recovery Technology from Microalgae in Hydrothermal Liquefaction by using Solid Products (TUAT) *Kakimura Mai, Fushimi Chihiro	Microalgae Hydrothermal liquefaction Activated carbon	5-g	491
9:20– 11:20	YB204	Doping and de-doping processes of various carbon nanomaterials with Br₂ for their resistivity control (Waseda U.) *Takabatake Mami, Hasegawa Kei, Osawa Toshio, Noda Suguru	graphene carbon nanotube doping	5-h	305
9:20– 11:20	YB205	The effect of supported catalyst preparation for the reactivity with the silicon micro reactor (Nagoya U.) *Yamazaki T., Yamada H., Tagawa T.	micro reactor catalyst silicon	5-a	797
9:20– 11:20	YB206	Evaluation of the step coverage of the ZnO thin films prepared by using the APCVD method (Tokai U.) *Hayakawa Hisashi, Yamanashi Toshihiro, Kataoka Takahiro, Kanamori Mizuya, Akiyama Yasunobu	CVD Zinc oxide Thin film	5-h	465
9:20– 11:20	YB207	Rapid vapor deposition of Cu films and application to electrodes for lithium secondary batteries (Waseda U.) *Aoi Shigeki, Hasegawa Kei, Osawa Toshio, Monma Toshiyuki, Osaka Tetsuya, Noda Suguru	Rapid vapor deposition Cu lithium secondary batteries	5-h	510
9:20– 11:20	YB208	Contact resistance evaluation of electron beam evaporated TiCN/Pt/Au electrode on p-type diamond by transmission line model (Osaka Pref. U.) *Suzuki S., Nezaki M., Okamoto N., Saito T., Kondo K., (AIST) Matsumoto T., Makino T., Ogura M., Kato H., Takeuchi D., Yamasaki S., Okushi H.	diamond contact resistance electron beam evaporated	5-h	785
9:20– 11:20	YB209	Improvement of the catalytic activity on MCM-41 for oxidative dehydrogenation of isobutane (U. Tokushima) *Ehiro T., Misu H., Kurashina M., Nakagawa K., Katoh M., Sugiyama S., (Mitsubishi Rayon) Katou Y., Ninomiya W.	Oxidative dehydrogenation isobutane MCM-41	5-a	40
9:20– 11:20	YB210	Gass-phase synthesis of Si nanoparticles and fabrication of three-dimensional thick electrodes for lithium secondary batteries (Waseda U.) *Kowase Takayuki, Hasegawa Kei, Osawa Toshio, Monma Toshiyuki, Osaka Tetsuya, Noda Suguru	Lithium secondary battery Evaporation Silicon	5-h	518
9:20– 11:20	YB211	The ferroelectric and piezoelectric properties of ferroelectric films by PLD (Osaka Pref. U.) *Amano T., Takada Y., Okamoto N., Saito T., Kondo K., Yoshimura T., Fujimura N., (ISIR, Osaka U.) Higuchi K., Kitajima A.	ferroelectric properties pulsed laser deposition piezoelectric properties	5-h	809
9:20– 11:20	YB212	CNTs support catalyst for fluidized bed catalytic decomposition of ammonia (Gunma U.) *Wanibuchi K., Atsumi R., Noda R.	NH3 decomposition CNTs fluidized-bed	5-a	819
9:20– 11:20	YB213	Chemical vapor deposition rate of pyrolytic carbon from aromatic hydrocarbons (Kyoto U.) *Baba S., Iwai T., Nagata K., Kawase M.	Chemical vapor deposition Pyrolysis Carbon	5-h	450
9:20– 11:20	YB214	Continuous Plasma Generation by Using Gas-Liquid Slug Flow (Nagoya U.) *Mano Kakeru, Hayashi Yui, Takada Noriharu, Kanda Hideki, Goto Motonobu	plasma slug flow hydroxyl radical	5-c	859
9:20– 11:20	YB215	Multi-scale analysis of SiC-CVD from trimethylchlorosilane (U. Tokyo) *Sugiura Hidetoshi, Shima Kohei, Sato Noboru, Funato Yuichi, (IHI) Fukushima Yasuyuki, (U. Tokyo) Momose Takeshi, Shimogaki Yukihiro	SiC CVD trimethylchlorosilane	5-h	564
9:20– 11:20	YB216	Synthesis of graphene by hydrothermal electrolysis (IMRAM, Tohoku U.) *Okamura Yusuke, Tomai Takaaki, Honma Itaru	hydrothermal graphene electrolysis	5-i	643
9:20– 11:20	YB217	A gas-liquid-solid reaction in a reactor system consisting of microchannel and stirred tank (U. Tokushima) *Kume K., Sotowa K.-I., Horikawa T., Alcantara-Avila J. R.	microchannel gas-liquid-solid reaction gas absorption	5-f	885
9:20– 11:20	YB218	Application Method for Simulation of Phase Transfer Catalysis by Using Rate-Based Model for Mass Transfer (Tokyo Tech.) *Mizutani A., Hayashi M., Matsumoto H.	phase transfer catalysis numerical simulation mass transfer model	6-c	561
9:20– 11:20	YB219	Design support for the production of biomass-derived polypropylene based on environmental assessment (U. Tokyo) *Abe M., Uehara E., Sugiyama H., Hirao M.	biomass-derived plastic life cycle assessment feasibility study	6-b	557
9:20– 11:20	YB220	Retrofitting methodology for pharmaceutical drug purification processes using simulation technologies (U. Tokyo/ETHZ) *Casola Gioele, (U. Tokyo) Sugiyama Hirokazu, (Shionogi) Yoshikawa Satoshi, Nakanishi Hayao, (U. Tokyo) Hirao Masahiko	MINLP Degradation Industrial case study	6-e	365
9:20– 11:20	YB221	PF-GMM:Fault Detection based on probability distributions (TUAT) *Ide Mizuki, Yamashita Yoshiyuki	Process Monitoring Particle Filter Fault Detection	6-a	292
9:20– 11:20	YB222	Modeling and avoidance of abnormal behaviors of chemical processes by Petri nets (Nagoya U.) *Imaizumi Y., Yamakawa T., Hashizume S., Hashizume S., Yajima T., Onogi K.	abnormal behavior fault avoidance control Petri net	6-a	628
9:20– 11:20	YB223	Multiobjective Design Method for Use Processes of Pharmaceutical Ingredients Considering Quality and Cost-Effectiveness (U. Tokyo) *Iida Takayuki, Ota Kosuke, Sasozaki Tomohito, Sugiyama Hirokazu	Excipients Degradation Materials management	6-e	246
9:20– 11:20	YB224	Supporting method for the choice between single-and multi-use technologies in manufacturing sterile drug products (U. Tokyo) *Shirahata Haruku, Sugiyama Hirokazu, Hirao Masahiko	Pharmaceutical manufacturing Life cycle assessment Decision-making	6-e	251
9:20– 11:20	YB225	Controller design for a plant having jump in manipulated variable (NITech) *Sato R., Yoneya A.	controller design discontinuity limit cycle	6-d	234
9:20– 11:20	YB226	Control of discrete manufacturing system with uncertainty using Bayesian inference (Nagoya U.) *Tanabashi Y., Yajima T., Hashizume S., Onogi K.	Bayesian inference control of discrete manufacturing system uncertainty	6-d	414
9:20– 11:20	YB227	Construction of mathematical model for pharmaceutical batch processes (U. Tokyo) *Yabuta Keisho, Sugiyama Hirokazu, Hirao Masahiko	Process modeling Fault Tree Analysis Process improvement	6-e	252
9:20– 11:20	YB228	Method for reducing environmental, health and safety (EHS) risks in pharmaceutical drug substance manufacturing based on multiobjective evaluation (U. Tokyo) *Segawa Akiko, Sugiyama Hirokazu, (Shionogi) Yoshikawa Satoshi, Toyama Takayuki, Nakanishi Hayao, (U. Tokyo) Hirao Masahiko	Process hazard Batch process Industrial case study	6-e	364
9:20– 11:20	YB229	Procedure for Optimal Structure Determination of Ternary Distillation Processes (Kyoto U.) *Takase Hiroshi, Hasebe Shinji	Process synthesis Ternary distillation Linear Programming	6-e	457
9:20– 11:20	YB230	Construction of process model for carbon resources utilization considering non-conventional resources (U. Tokyo) *Tamura H., Uehara E., Sugiyama H., Hirao M.	scenario analysis shale gas biomass	6-b	485
9:20– 11:20	YB231	Design and optimization of the cascaded binary cycle power generation system (Yamagata U.) *Dohmori Yuki, Yamaki Takehiro, Matsuda Keigo	power generation system combined cycle optimization	6-b	620
9:20– 11:20	YB232	Establishment of social acceptability evaluation method of general waste incineration facility (Gifu U.) *Hoshino T., Moritomi H., Kumabe K., (Ebara C.) Miyoshi T., Noguchi M.	Waste processing Vensim System dynamics	6-b	882

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

Hall X, Y, Day 2

9:20– 11:20

XB201

Fine particle production and coating using supercritical fluid

(Hiroshima Inst. Tech.) *Ikeda M., (U. Tokyo) Tsutsumi A.

fine particle
coating
supercritical carbon dioxide

2-f

890

9:20– 11:20

XB202

Numerical simulation of dispersion and aggregation behaviors of surface modified nanoparticles in shear flow

(Tohoku U.) *Usune S., Kubo M., (Toyama Pref. U.) Sugioka K., (Tohoku U.) Tsukada T., (U. Tokyo) Koike O., (Josai U.) Fujita M., (Tohoku U.) Adschiri T.

surface modified nanoparticles
numerical simulation
shear flow

2-a

354

9:20– 11:20

XB203

Study on void generation process in wet coagulation of acrylic copolymer resin

(Kobe U.) *Yamamoto Kohei, Hidema Ruri, Suzuki Hiroshi, Komoda Yoshiyuki

acrylic copolymer resin
wet coagulation

2-a

642

9:20– 11:20

XB204

Experimental study for deformation of viscoelastic fluid surrounding bubble under pressure-oscillating field

(Nagoya I. Tech.) *Mizukoshi A., Matsumoto A., Iwata S., Nagumo R., Mori H., (Nagaoka U. Tech.) Takahashi T.

pressure-oscillating
deformation
viscoelastic fluid

2-a

454

9:20– 11:20

XB205

Numerical study on macroscopic behavior of solid particles during die filling

(U. Tokyo) *Hoshino Junpei, Sakai Mikio

DEM
die-filling

2-a

536

9:20– 11:20

XB206

Mixing Mechanism of Dished Bottom Vessel with Large Paddle Impeller Based on Streak Line Theory

(N.I.T) *Hiramatsu M., Kato Y., Furukawa H., Tada Y.

Mixing
Streak Line
Dished Bottom Vessel

2-b

9:20– 11:20

XB207

Effects of particle properties on defluidization caused by switching of fluidizing gas

(Kagoshima U.) *Wada S., Kai T., Nakazato T., Mizuta K.

fluidized bed
defluidization
gas switching

2-c

552

9:20– 11:20

XB208

Numerical simulation of a rising droplet in another immiscible fluid

(Saitama U.) *Sato Taichi, Baba Ryouma, Syaza Hanani, Homma Shunji, Koga Jiro

droplet
numerical simulation
Front-Tracking

2-e

866

9:20– 11:20

XB209

Effect of impeller setting conditions of double stage paddle on structure of streak lobe in laminar mixing vessel

(Yokohama Nat. U.) *Hayashi M., Misumi R., Nishi K., Kaminoyama M.

streak lobe
laminar mixing
double stage paddle

2-b

209

9:20– 11:20

XB210

Basic characteristics of disc turbine type fractal shaped impellers

(Fukuoka U.) *Tomoda K., Miyazaki T., Suzukawa K.

Fractal
Power Consumption
Mixing time

2-b

422

9:20– 11:20

XB211

Mixing Performance and Power Consumption of Large Asymmetric Impeller

(N.I.T.) *Itoh Tomohiro, (N.I.T) Kato Yoshihito, Furukawa Haruki, Tada Yutaka

Mixing
Asymmetry
Streak Line

2-b

9:20– 11:20

XB212

Evaluation of mixing process of a rotationally reciprocating impeller with discoloring and decoloring reactions

(Kobe U.) *Yamagami Noriyuki, Komoda Yoshiyuki, (Osaka U.) Hirata Yushi, (Kobe U.) Suzuki Hiroshi, Hidema Ruri

mixing process
image analysis
discoloring reaction

2-b

848

9:20– 11:20

XB213

Development of HB Impeller with Simple Geometry

(NIT) *Ohtani Shota, Kato Yoshihito, Furukawa Haruki, Tada Yutaka

laminar mixing
streak line
large paddle impeller

2-b

9:20– 11:20

XB214

An influence of bubble-interface contamination on a bubble motion, bubble wake and instantaneous mass transfer

(Shizuoka U.) *Huang J., Saito T.

Instantaneous mass transfer
Bubble wake
Contamination

2-e

256

9:20– 11:20

XB215

Effect of gas properties on bubble size in fluidized catalyst beds

(Kagoshima U.) *Eto K., Kai T., Nakazato T.

fluidized bed
gas properties
bubble size

2-c

551

9:20– 11:20

XB216

A Study of Combustion Enhancement by Mineral under Low-Temperature in Continuously Regenerating Type PM Removal Device

(Kyushu U.) *Kusu Akitaka, Yamamoto Tsuyoshi, (Adv. Tech. Inst.) Tatebayashi June

PM
Fluidized Bed
Mineral

2-c

523

9:20– 11:20

XB217

Effects of operational conditions on drying characteristics of slurry in fluidized bed of inert particles under reduced pressure

(Shizuoka U.) *Komuro A., Koyanagi K., Tatemoto Y.

fluidized bed
slurry
reduced pressure

2-c

265

9:20– 11:20

XB218

Effect of Reinforcing Plate on Power Consumption

(N.I.T) *Fujii K., Kato Y., Furukawa H., Tada Y.

Mixing
Power Consumption
Reinforcing Plate

2-b

9:20– 11:20

XB219

Degumming of crude vegetable oil by utilization of steam and microbubbles

(Keio U.) *Okumura Y., Terasaka K., Fujioka S.

degumming
microbubble
floc

2-d

9:20– 11:20

XB220

Effect of a flow structure on a wastewater treatment system in an ozone contained bubbly flow

(Shizuoka U.) *Shinohara D., Wang C., Sato K., Saito T.

Wastewater treatment system
Flow structure
Ozonation

2-d

257

9:20– 11:20

XB221

Direct numerical simulation of gas-solid-liquid flows by using the DEM-VOF-IB method

(U. Tokyo) *Sun Xiaosong, Sakai Mikio

gas-solid-liquid flow
direct numerical simulation
fluid-particle interaction

2-e

260

9:20– 11:20

XB222

Visualization of luminescence and atomization induced via Ultrasonic Irradiation

(Doshisha U.) *Noguchi S., Mori Y., Tsuchiya K.

Ultrasonic atomization
Sonochemical luminescence
Mist formation

2-e

835

9:20– 11:20

XB223

Fabrication of monodisperse microbubbles using glass capillary microfluidic devices

(Yokohama Nat. U.) *Matsuo A., Kanai T.

Microbubble
Microfluidics

2-e

438

9:20– 11:20

XB224

Fabrication of Cyanoacrylate Hollow Particles Using Ultrasonically Generated Microbubbles

(Yamagata U.) *Sutoh T., Yoshihiro Y., Makuta T.

Microbubble
Cyanoacrylate
Hollow particle

2-e

735

9:20– 11:20

XB225

Investigation of Turbulent Spray Flows in a Rotary Bell-Cup Atomizer using Large Eddy Simulation on an Unstructured Finite Volume Method

(Tohoku U.) *Katayama Tomoyuki, Amemiya Shun, Soma Tatsuya, Saito Yasuhiro, Matsushita Yohsuke, Aoki Hideyuki, (Hirosaki U.) Sakabe Ryota, Inamura Takao, (Hachinohe Inst. Tech.) Daikoku Masatoshi, (Honda) Fukuno Junichi

Rotary bell-cup atomizer
Large Eddy Simulation
Computational fluid dynamics

2-e

559

9:20– 11:20

XB226

Application and validation of the wall boundary model using SDF in die

(Waseda U.) *Tsunazawa Yuki, (U. Tokyo) Shigeto Yusuke, (Waseda U.) Tokoro Chiharu, (U. Tokyo) Sakai Mikio

Discrete Element Method
Signed Distance Function
die filling process

2-f

180

9:20– 11:20

XB227

A newly foam measurement technique by single-tip optical fiber probe for the dense ozonid foam

(Shizuoka U.) *Nihei A., Saito T.

single-tip optical fiber probe
foam measurement
3D ray tracing simulation

2-e

258

9:20– 11:20

XB228

Convection of Fine Particles Caused by two-dimensional Vibration

(Kyoto U.) *Sato Sho, Yasuda Masatoshi, Matsusaka Shuji

fine particle
convection
vibration

2-f

428

9:20– 11:20

XB229

Development of a simultaneous processing of glass and PVC by water jet mill

(Gunma U.) *Haruyama K., Noda R.

jet mill
PVC
glass

2-f

762

9:20– 11:20

XB230

Hollow Chloroprene Rubber Particles Fabricated by Solvent Evaporation Method

(Yamagata U.) *Yoneyama F., Makuta T.

Hollow particle
Solvent evaporation method
Chloroprene rubber

2-f

483

9:20– 11:20

XB231

Fabrication of Ni/SiO₂ composite particles in organic solvents and their stability in dense suspensions

(Yokohama Nat. U.) *Morita S., Tatami J., Iijima M.

Composite particle
Organic solvent
Dense suspension

2-f

741

9:20– 11:20

XB232

Evaluation of surface grinding intended to Mn removal from spent filter sand by application of comminution kinetics

(Waseda U.) *Okada Shintaro, Fujihashi Daiki, Tsunazawa Yuki, Tokoro Chiharu

Surface grinding
Filter sand
Comminution kinetics

2-f

244

9:20– 11:20

XB233

Analysis of a particle packing process during drying of a colloidal suspension

(TUAT BASE) *Oshimi Yu, Inasawa Susumu, Kamiya Hidehiro

particle packing
drying process
film formation

2-g

673

9:20– 11:20

XB234

Mixing Performance and Power Consumption of BENDREAF

(N.I.T) *Oguri Y., (Hakko Sangyo) Sakakura K., Matuno M., (N.I.T) Kato Y., Furukawa H., Tada Y.

Mixing
Large Paddle Impeller
Streak Line

2-b

9:20– 11:20

XB235

Flow characteristics of a droplet on a vibrating plate

(Kobe U.) *Taniguchi Hidetoshi, Horie Takafumi, Ohmura Naoto

Microfluid
Droplet reactor
MPS

2-b

709

9:20– 11:20

XB236

Effect of oxygen-pretreatment and Re addition on methylcyclohexane dehydrogenation over Pt/TiO₂ catalyst

(Shizuoka U.) *Yamamoto K., Bandai Y., Kohno Y., Watanabe R., Fukuhara C.

Organic chemical hydride
Methylcyclohexane
Pt-based catalyst

5-a

171

9:20– 11:20

XB237

Production of Phenolic compounds from Lignin-derived slurry liquid by catalytic cracking using Iron oxide catalyst

(Hokkaido U.) *Konishi Ryota, Kawamata Yuki, Shinohara Satoshi, Yagi Taichi, (Idemitsu Kosan Co.,Ltd) Koyama Yoshihito, (Hokkaido U.) Nakasaka Yuta, Tago Teruoki, Masuda Takao

Lignin
Phenolic compounds
Iron Oxide

5-a

287

9:20– 11:20

XB238

Direct formation and structure control of few-layer graphene on dielectric substrates by etching-precipitation method

(Waseda U.) *Akiba Sachie, (U. Tokyo) Kosaka Masaki, (Waseda U.) Hasegawa Kei, Noda Suguru

graphene
crystal growth
dry-etching

5-h

175

9:20– 11:20

XB239

Selective oxidation of alcohols by PEFC reactor

(Nagoya U.) *Funahashi K., Miyata Y., Yamada H., Tagawa T.

fuel cell reactor
selective oxidation
cyclic voltammetry

5-a

284

9:20– 11:20

XB240

Quantitative Evaluation of Micromixing and Design Concept of a Micromixer

(Kyoto U.) *Asano Shusaku, Maki Taisuke, Mae Kazuhiro

Microreactor
Fluid Segment Size
Mixing

5-f

185

9:20– 11:20

XB241

Time control and kinetic evaluation of microfluidic droplet-based liquid-liquid extraction

(Chiba U.) *Nakajima N., Yamada M., Seki M.

Liquid-liquid extraction
Microchannel
Droplet

5-f

705

9:20– 11:20

XB242

Synthesis of P-Xylene using MFI zeolite with gradient composition

(Osaka U.) *Yamada M., Uchida Y., Nishiyama N.

zeolite
MFI
para-xylene

5-a

239

9:20– 11:20

XB243

Reaction analysis of InGaN-MOVPE using the new nitride precursor

(U. Tokyo) *Suzuki Y., Momose T., (ALL) Teramoto T., Dussarrat C., (U. Tokyo) Sugiyama M., Shimogaki Y.

InGaN
reaction analysis
Qmass

5-h

838

9:20– 11:20

XB244

Characterization and catalytic activity for oxidative dehydrogenation of isobutane on Cr-FSM-16 catalyst prepared using ion exchange method

(U. Tokushima) *Itagaki A., Kurashina M., Nakagawa K., Katoh M., Sugiyama S., (Mitsubishi Rayon) Katou Y., Ninomiya W.

Isobutane
Oxidative dehydrogenation
FSM-16

5-a

9:20– 11:20

XB245

Appropriate catalysts for methanol synthesis from biomass in Indonesia

(Gunma U.) *Iguchi S., Noda R.

catalyst
methanol synthesis

5-a

739

9:20– 11:20

XB246

Effects of Irradiation of Ultrasound with Dual Frequency on Behavior of Microcapsules

(Tokyo Tech.) *Hasegawa T., Furuya T., Matsumoto H., (Tokyo U. Sci.) Kobayashi D., Shono A.

ultrasound
microcapsule
dual frequency

5-b

565

9:20– 11:20

XB247

Preparation of zinc oxide thin film by the CVD method using the zinc acetylacetonate.

(Tokai U.) *Misawa Kyosuke, Nakamura Yusuke, Tazawa Takumi, Morita Masahito, Akiyama Yasunobu

CVD
thin film
zinc oxide

5-h

462

9:20– 11:20

XB248

Antisolvent crystallization of glycine under ultrasonic irradiation

(Nagoya U.) *Osawa K., Nii S.

ultrasound
crystallization
high frequency

5-b

688

9:20– 11:20

XB249

Direct deposition of Si particle films on current collectors for lithium secondary batteries

(Waseda U.) *Morikawa Yusuke, Hasegawa Kei, Osawa Toshio, Monma Toshiyuki, Osaka Tetsuya, Noda Suguru

Lithium secondary battery
Evaporation
Silicon

5-h

616

9:20– 11:20

XB250

Controls of diamond growth rate ratio ([100]/[111]) and morphology by direct current plasma chemical vapor deposition

(Osaka Pref. U.) *Yukawa H., Nezaki M., Nakata K., Okamoto N., Saito T., Kondo K., (AIST) Yamasaki S., Okushi H.

CVD
diamond
plasma

5-h

747

9:20– 11:20

XB251

CO₂ Reforming Performances of Fe/TiO₂ and Cu/TiO₂ Photocatalysts Coated on Different Substrates

(Mie U.) *Zhao Xuyan, Hayakawa Takuya, Kitazumi Taiga, Nishimura Akira, Hirota Masafumi

Visible-light Driven Photocatalyst
CO2 Reforming
Different Substrates Combination

5-c

150

9:20– 11:20

XB252

Preparation of the WO₃/apatite complex and its adsorption and catalytic characterization

(Waseda U.) *Ii J., (JNIOSH) Hongo T., (Waseda U.) Yamazaki A.

visible-light-response photocatalyst
apatite

5-d

254

9:20– 11:20

XB253

Preparation of liposome and metal compound catalyst and reaction characterization

(Okayama U.) *Takahashi Yuki, Shimanouchi Toshinori, Deguchi Koji, Kimura Yukitaka

liposome
catalyst

5-a

475

9:20– 11:20

XB254

Effects of reaction media formed by ionic liquids on lipase hydrolysis

(Kyushu U.) *Kawanami T., Baba Y., Goto M., Kamiya N.

ionic liquids
enzymatic reaction
lipase hydrolysis

5-a

526

9:20– 11:20

XB255

BDF production process using bio alcohol

(Nagoya U.) *Hori Yasushi, Yamada Hiroshi, Tagawa Tomohiko

Bio diesel fuel
Lipase
Bio alcohol

5-g

801

9:20– 11:20

XB256

Solid phase conversion from biomass utilizing plasma generation technique by microwave irradiation

(Chiba Inst. Tech.) *Takeshita Asuka, Nishiyama Hiromasa, Wada Yoshinari, Onoe Kaoru

Microwave
Biomass
Solid-phase conversion

5-g

889

9:20– 11:20

XB257

Synthesis of carbon nanotubes on powders by fluidized bed and their total collection by gas flow

(Waseda U.) *Hachiya Soichiro, Kawabata Kosuke, Chen Zhongming, Hasegawa Kei, Osawa Toshio, Noda Suguru

carbon nanotubes
fluidized bed
chemical vapor deposition

5-h

302

Hall X, Y, Day 2

9:20– 11:20

YB201

Methylcyclohexane dehydrogenation over spiral-type Pt/TiO₂ structured catalyst

(Shizuoka U.) *Tanaka K., Hisamatu Y., Yamamoto K., Kohno Y., Watanabe R., Fukuhara C.

methylcyclohexane
dehydrogenation
spiral-type structured catalyst

5-a

169

9:20– 11:20

YB202

Studies on the cellulolytic enzyme from the white rot fungus

(Muroran Inst. Tech.) *Sakamoto Naoki, Yasui M.

White rot fungus
Cellulolytic enzyme
Biomass

5-g

430

9:20– 11:20

YB203

Development of Lipids and Nutrients Recovery Technology from Microalgae in Hydrothermal Liquefaction by using Solid Products

(TUAT) *Kakimura Mai, Fushimi Chihiro

Microalgae
Hydrothermal liquefaction
Activated carbon

5-g

491

9:20– 11:20

YB204

Doping and de-doping processes of various carbon nanomaterials with Br₂ for their resistivity control

(Waseda U.) *Takabatake Mami, Hasegawa Kei, Osawa Toshio, Noda Suguru

graphene
carbon nanotube
doping

5-h

305

9:20– 11:20

YB205

The effect of supported catalyst preparation for the reactivity with the silicon micro reactor

(Nagoya U.) *Yamazaki T., Yamada H., Tagawa T.

micro reactor
catalyst
silicon

5-a

797

9:20– 11:20

YB206

Evaluation of the step coverage of the ZnO thin films prepared by using the APCVD method

(Tokai U.) *Hayakawa Hisashi, Yamanashi Toshihiro, Kataoka Takahiro, Kanamori Mizuya, Akiyama Yasunobu

CVD
Zinc oxide
Thin film

5-h

465

9:20– 11:20

YB207

Rapid vapor deposition of Cu films and application to electrodes for lithium secondary batteries

(Waseda U.) *Aoi Shigeki, Hasegawa Kei, Osawa Toshio, Monma Toshiyuki, Osaka Tetsuya, Noda Suguru

Rapid vapor deposition
Cu
lithium secondary batteries

5-h

510

9:20– 11:20

YB208

Contact resistance evaluation of electron beam evaporated TiCN/Pt/Au electrode on p-type diamond by transmission line model

(Osaka Pref. U.) *Suzuki S., Nezaki M., Okamoto N., Saito T., Kondo K., (AIST) Matsumoto T., Makino T., Ogura M., Kato H., Takeuchi D., Yamasaki S., Okushi H.

diamond
contact resistance
electron beam evaporated

5-h

785

9:20– 11:20

YB209

Improvement of the catalytic activity on MCM-41 for oxidative dehydrogenation of isobutane

(U. Tokushima) *Ehiro T., Misu H., Kurashina M., Nakagawa K., Katoh M., Sugiyama S., (Mitsubishi Rayon) Katou Y., Ninomiya W.

Oxidative dehydrogenation
isobutane
MCM-41

5-a

9:20– 11:20

YB210

Gass-phase synthesis of Si nanoparticles and fabrication of three-dimensional thick electrodes for lithium secondary batteries

(Waseda U.) *Kowase Takayuki, Hasegawa Kei, Osawa Toshio, Monma Toshiyuki, Osaka Tetsuya, Noda Suguru

Lithium secondary battery
Evaporation
Silicon

5-h

518

9:20– 11:20

YB211

The ferroelectric and piezoelectric properties of ferroelectric films by PLD

(Osaka Pref. U.) *Amano T., Takada Y., Okamoto N., Saito T., Kondo K., Yoshimura T., Fujimura N., (ISIR, Osaka U.) Higuchi K., Kitajima A.

ferroelectric properties
pulsed laser deposition
piezoelectric properties

5-h

809

9:20– 11:20

YB212

CNTs support catalyst for fluidized bed catalytic decomposition of ammonia

(Gunma U.) *Wanibuchi K., Atsumi R., Noda R.

NH3 decomposition
CNTs
fluidized-bed

5-a

819

9:20– 11:20

YB213

Chemical vapor deposition rate of pyrolytic carbon from aromatic hydrocarbons

(Kyoto U.) *Baba S., Iwai T., Nagata K., Kawase M.

Chemical vapor deposition
Pyrolysis
Carbon

5-h

450

9:20– 11:20

YB214

Continuous Plasma Generation by Using Gas-Liquid Slug Flow

(Nagoya U.) *Mano Kakeru, Hayashi Yui, Takada Noriharu, Kanda Hideki, Goto Motonobu

plasma
slug flow
hydroxyl radical

5-c

859

9:20– 11:20

YB215

Multi-scale analysis of SiC-CVD from trimethylchlorosilane

(U. Tokyo) *Sugiura Hidetoshi, Shima Kohei, Sato Noboru, Funato Yuichi, (IHI) Fukushima Yasuyuki, (U. Tokyo) Momose Takeshi, Shimogaki Yukihiro

SiC
CVD
trimethylchlorosilane

5-h

564

9:20– 11:20

YB216

Synthesis of graphene by hydrothermal electrolysis

(IMRAM, Tohoku U.) *Okamura Yusuke, Tomai Takaaki, Honma Itaru

hydrothermal
graphene
electrolysis

5-i

643

9:20– 11:20

YB217

A gas-liquid-solid reaction in a reactor system consisting of microchannel and stirred tank

(U. Tokushima) *Kume K., Sotowa K.-I., Horikawa T., Alcantara-Avila J. R.

microchannel
gas-liquid-solid reaction
gas absorption

5-f

885

9:20– 11:20

YB218

Application Method for Simulation of Phase Transfer Catalysis by Using Rate-Based Model for Mass Transfer

(Tokyo Tech.) *Mizutani A., Hayashi M., Matsumoto H.

phase transfer catalysis
numerical simulation
mass transfer model

6-c

561

9:20– 11:20

YB219

Design support for the production of biomass-derived polypropylene based on environmental assessment

(U. Tokyo) *Abe M., Uehara E., Sugiyama H., Hirao M.

biomass-derived plastic
life cycle assessment
feasibility study

6-b

557

9:20– 11:20

YB220

Retrofitting methodology for pharmaceutical drug purification processes using simulation technologies

(U. Tokyo/ETHZ) *Casola Gioele, (U. Tokyo) Sugiyama Hirokazu, (Shionogi) Yoshikawa Satoshi, Nakanishi Hayao, (U. Tokyo) Hirao Masahiko

MINLP
Degradation
Industrial case study

6-e

365

9:20– 11:20

YB221

PF-GMM:Fault Detection based on probability distributions

(TUAT) *Ide Mizuki, Yamashita Yoshiyuki

Process Monitoring
Particle Filter
Fault Detection

6-a

292

9:20– 11:20

YB222

Modeling and avoidance of abnormal behaviors of chemical processes by Petri nets

(Nagoya U.) *Imaizumi Y., Yamakawa T., Hashizume S., Hashizume S., Yajima T., Onogi K.

abnormal behavior
fault avoidance control
Petri net

6-a

628

9:20– 11:20

YB223

Multiobjective Design Method for Use Processes of Pharmaceutical Ingredients Considering Quality and Cost-Effectiveness

(U. Tokyo) *Iida Takayuki, Ota Kosuke, Sasozaki Tomohito, Sugiyama Hirokazu

Excipients
Degradation
Materials management

6-e

246

9:20– 11:20

YB224

Supporting method for the choice between single-and multi-use technologies in manufacturing sterile drug products

(U. Tokyo) *Shirahata Haruku, Sugiyama Hirokazu, Hirao Masahiko

Pharmaceutical manufacturing
Life cycle assessment
Decision-making

6-e

251

9:20– 11:20

YB225

Controller design for a plant having jump in manipulated variable

(NITech) *Sato R., Yoneya A.

controller design
discontinuity
limit cycle

6-d

234

9:20– 11:20

YB226

Control of discrete manufacturing system with uncertainty using Bayesian inference

(Nagoya U.) *Tanabashi Y., Yajima T., Hashizume S., Onogi K.

Bayesian inference
control of discrete manufacturing system
uncertainty

6-d

414

9:20– 11:20

YB227

Construction of mathematical model for pharmaceutical batch processes

(U. Tokyo) *Yabuta Keisho, Sugiyama Hirokazu, Hirao Masahiko

Process modeling
Fault Tree Analysis
Process improvement

6-e

252

9:20– 11:20

YB228

Method for reducing environmental, health and safety (EHS) risks in pharmaceutical drug substance manufacturing based on multiobjective evaluation

(U. Tokyo) *Segawa Akiko, Sugiyama Hirokazu, (Shionogi) Yoshikawa Satoshi, Toyama Takayuki, Nakanishi Hayao, (U. Tokyo) Hirao Masahiko

Process hazard
Batch process
Industrial case study

6-e

364

9:20– 11:20

YB229

Procedure for Optimal Structure Determination of Ternary Distillation Processes

(Kyoto U.) *Takase Hiroshi, Hasebe Shinji

Process synthesis
Ternary distillation
Linear Programming

6-e

457

9:20– 11:20

YB230

Construction of process model for carbon resources utilization considering non-conventional resources

(U. Tokyo) *Tamura H., Uehara E., Sugiyama H., Hirao M.

scenario analysis
shale gas
biomass

6-b

485

9:20– 11:20

YB231

Design and optimization of the cascaded binary cycle power generation system

(Yamagata U.) *Dohmori Yuki, Yamaki Takehiro, Matsuda Keigo

power generation system
combined cycle
optimization

6-b

620

9:20– 11:20

YB232

Establishment of social acceptability evaluation method of general waste incineration facility

(Gifu U.) *Hoshino T., Moritomi H., Kumabe K., (Ebara C.) Miyoshi T., Noguchi M.

Waste processing
Vensim
System dynamics

6-b

882

Technical program

SCEJ 80th Annual Meeting (Tokyo, 2015)

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Most recent update: 2015-03-05 09:42:37
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E-mail: inquiry-80a

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