SCEJ 81st Annual Meeting (2016): Session programs

Session programs

Poster session 3AM -Thermal engineering, Separation processes-

ZAA301-ZAA354, ZBA301-ZBA319, ZCA301-ZCA319

Most recent update: 2016-02-26 18:17:04

Abstract is now open! Click Paper ID.

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Hall ZA, Day 3
9:20– 11:20	ZAA301	Development of reusable draw solution using a stimulus-responsive slurry (Hosei U.) *Kitamura Kenta, Mori Takamasa	desalination forward osmosis Stimuli-responsive polymer	4-a	379
9:20– 11:20	ZAA302	Preparation of palladium thin membrane over porous SUS tube support introduced double intermediate layers with silicalite and alumina (Tokushima U.) *Takatani M., Tenshin A., Katoh M., Nakagawa K., Sugiyama S.	Palladium thin membrane Porous SUS tube support Double intermediate layers	4-a	150
9:20– 11:20	ZAA303	Influence of seed crystals on the perm-selectivity of zeolite membranes synthesized form a clear solution. (Yamaguchi U.) *Saeda Takuya, Hashimoto Koji, Kumakiri Izumi, Tanaka Kazuhiro, Kita Hidetoshi	zeolite membrane pervaporation	4-a	277
9:20– 11:20	ZAA304	The structure and permeation property of MFI type zeolite membranes on the different pore size supports (Yamaguchi U.) *Yamashita Yuta, Kumakiri Izumi, Tanaka Kazuhiro, Kita Hidetoshi	Zeolite membrane gas separation	4-a	259
9:20– 11:20	ZAA305	Improvement of dehydration membrane performance by FAU-type zeolite membrane (Waseda U./JST-CREST) Matsukata Masahiko, (Waseda U.) Seshimo Masahiro, *Nomura Ryunosuke	FAU-type zeolite Membrane Dehydration	4-a	377
9:20– 11:20	ZAA306	Development of tough gel membranes containing amine-functionalized low viscosity ionic liquids to apply CO₂ capture under pressurized conditions (Kobe U./MaF Tech C.) *Matsuki T., Kamio E., Matsuyama H.	gas separation ionic liquid gel	4-a	454
9:20– 11:20	ZAA307	Numerical simulation of cross-flow filtration of particle dispersion (Kobe U./MaF Tech Center) *Nishitani Junta, Mino Yasushi, (Fukuoka U.) Shinto Hiroyuki, (Kobe U./MaF Tech Center) Matsuyama Hideto	lattice Boltzmann method microfiltration cross-flow	4-a	724
9:20– 11:20	ZAA308	Influence of operation conditions on the dehydration performance of zeolite membranes (UNIZAR) *Tovar M., (Yamaguchi U.) Saeda T., Kajimura Y., Kumakiri I., Tanaka K., Kita H.	Zeolite membranes Pervaporation Dehydration	4-a	287
9:20– 11:20	ZAA309	Permeation properties of Mixed Matrix Membrane with zeolites (Yamaguchi U.) *Wu T., Masuda T., Aida S., Kumakiri I., Tanaka K., Kita H.	Mixed Matrix Membrane Gas permeation Zeolite	4-a	499
9:20– 11:20	ZAA310	Molecular simulation of membranes for hydrocarbon gas separation aiming to the distillation substitute (Kogakuin U.) *Takashima Yuki, Takaba Hiromitsu	polyimide membranes 1,3-butaziene Frist principles molecular dynamics	4-a	601
9:20– 11:20	ZAA311	Permeability evaluation of the separation membrane with ceramic-metal composite structure by ultrasonic spray sintering method (Yokohama Nat. U.) *Tanao K., Hirayama D., Wada A., Aihara M.	separation membrane ultrasonic spray sintering ceramic-metal composite	4-a	829
9:20– 11:20	ZAA312	Analysis for constant-pressure expression of power-law fluid/solid mixture considering creep effect (Osaka Pref. U.) *Shimo T., Tanaka T., Iwata M.	non-Newtonian fluids expression analytical solution	4-b	47
9:20– 11:20	ZAA313	Fundamental investigation on the gas absorbability of newly developed metal complex-based ionic liquids (Kobe U.) *Matsuoka A., (Kobe U./MaF Tech Center) Kamio E., Matsuyama H.	ionic liquid gas absorption metal complex	4-a	733
9:20– 11:20	ZAA314	Theoretical and experimental study of hollow fiber membrane module in pressure-retarded osmosis (Kobe U./MaF Tech Center) *Tanaka Yasuhiro, Yasukawa Masahiro, (TOYOBO) Goda Shohei, (Kobe U./MaF Tech Center) Shibuya Masafumi, Mishima Shoji, Takahashi Tomoki, Higa Mitsuru, Matsuyama Hideto	Osmotic power generation Hollow fiber module Pressure retarded osmosis	4-a	506
9:20– 11:20	ZAA315	Permeation properties of Mixed Matrix Membrane with cyclodextrin (Yamaguchi U.) *Masuda T., Wu T., Aida S., (NIT Ube) Yamasaki H., (Yamaguchi U.) Kumakiri I., Tanaka K., Kita H.	Cyclodextrin Mixed Matrix Membrane Gas separation	4-a	517
9:20– 11:20	ZAA316	Ultrasonic irradiation on freeze concentration characteristics -Effect of dissolved oxygen concentration- (Ehime U.) *Nasu Y., Kawasaki K., (Yamaguchi U.) Nakakura H.	Ultrasonic irradiation Freeze concentration characteristics Dissolved oxygen concentration	4-b	514
9:20– 11:20	ZAA317	Constant-rate Filtration of Dilute Colloidal Suspension by Using Quantitative Filter Paper (Osaka Pref. U.) *Manabe M., Shiomi S., Tanaka T., Iwata M.	Internal filtration Quantitative filter paper Constant-rate filtration	4-b	735
9:20– 11:20	ZAA318	Influence of sodium hypochlorite addition and/or freezing and thawing operation to neutralization treatment of wastewater containing nickel ion (Ehime U.) *Yamamoto T., Kawasaki K.	Nickel Ion Concentration Neutralization Treatment Solid Liquid Separation Characteristic	4-b	282
9:20– 11:20	ZAA319	Development of floccuration tequnique by using D.C. electric field ~Effect of particle type on flocculation~ (Hosei U.) *Era Yusuke, Nagashima Hirotaka, Mori Takamasa	D.C. electric field slurry floccuration	4-b	731
9:20– 11:20	ZAA320	Ceramic Membrane Filtration of Humic Acid Solution Applying the Calcium Ion Dissociated into Ions from the Calcium Carbonate Particles (Yamaguchi U.) *Satoh Takuma, Watanabe Tomoaki, Nakakura Hideo, Kobuchi Shigetoshi, (Ehime U.) Kawasaki Kenji	humic acid calcium ion ceramic membrane	4-b	694
9:20– 11:20	ZAA321	Fundamental study on CO₂ responsive phase transition materials as draw solution for forward osmosis (Kobe U./MaF Tech Center) *Nishimori Shihomi, Oishi Izumi, Takahashi Tomoki, (Daicel, R&D Headquarters Corporate Res. Center) Hamada Toyozo, (Kobe U./MaF Tech Center) Matsuyama Hideto	forward osmosis draw solute carbon dioxide	4-a	804
9:20– 11:20	ZAA322	Study on driving force of solid-liquid separation using electric force (Osaka Pref. U.) *Ito K., Sadai H., Tanaka T., Iwata M.	solid-liquid separation electroforced sedimentation electroosmotic dewatering	4-b	736
9:20– 11:20	ZAA323	Adsorption Behavior of Cationic Polymeric Flocculant on PMMA Colloidal Particle under Intermittent Addition (Osaka Pref. U.) *Miyajima T., Fujiwara R., Tanaka T., Iwata M.	Flocculation Adsorption Polyelectrolyte	4-b	821
9:20– 11:20	ZAA324	Cross-flow Membrane Filtration Characteristics of Humic Acid Solution by Ceramic Membrane Applying the Calcium Carbonate Particles (Yamaguchi U.) *Tokito Taturo, Watanabe Tomoaki, Yanagi Ryousuke, Nakakura Hideo	humic acid crssflow filtration calcium ion	4-b	709
9:20– 11:20	ZAA325	Development of flow small-particle separator by dielectrophoresis (Kyoto U.) *Tsubouchi K., Sano N., Tamon H.	particle separation dielectrophoresis silica particle	4-b	665
9:20– 11:20	ZAA326	Effect of residence time distribution of water and gas in the absorption equipment having glass fiber filter on NOx absorption efficiency (Osaka Pref. U.) *Daiyasu Akira, (Pollusion Prevention Apparatus Laboratory) Asano Hideaki, (Tada electric) Yamauchi Siro, (Osaka Pref. U.) Yasuda Masahiro, Ogino Hiroyasu	Residence time distribution of aqueous and gas phases NOx absorption equipment NOx removing efficiency	4-d	320
9:20– 11:20	ZAA327	Relationships between CO₂ absorption performance and shell-side convective mass transfer in a cross-flow structured hollow fiber membrane contactor (Shinshu U.) *Takeuchi K., Shimada I., Osada M., Fukunaga H., Takahashi N.	chemical absorption porous membrane mass transfer coefficient	4-d	871
9:20– 11:20	ZAA328	Effects of CO₂ partial pressure on CO₂ reversible absorption behavior of films of amine-containing gel particle (Kyushu U.) *Hamasaki Akira, Yue Mengchen, Hoshino Yu, Miura Yoshiko	CO2 absorption pKa gel particle	4-d	765
9:20– 11:20	ZAA329	Mechanochemical synthesis and granulation of ZIF-8 MOF (Kansai U.) *Taniguchi T., Sakatoku T., Nishiyama T., Miyake Y., Tanaka S.	ZIF-8 mechanochemical synthesis granulation	4-e	706
9:20– 11:20	ZAA330	Ion exchange of Cs ion with Merlinoite (Kansai U.) *Kakutani Yuki, Sano Makoto, Suzuki Toshimitu, Miyake Takanori	Cs removal Merlinoite Ion exchange	4-e	745
9:20– 11:20	ZAA331	Preparation of adsorptive fiber for polyphenol and its performance evaluation (Chiba U.) *Goto S., Kawamura R., Kawai-Noma S., Umeno D., Saito K., (KJK) Fujiwara K., Sugo T., (Kirin) Kudo A., Hioki J., Wakabayashi H.	adsorptive fiber polyphenol	4-e	750
9:20– 11:20	ZAA332	Preparation and Characterization of Porous Monolith for Palladium-Loaded Reactor (Kyushu U.) *Matsumoto H., Seto H., Hoshino Y., Miura Y.	porous monolith NIPAm gel palladium	4-e	472
9:20– 11:20	ZAA333	Continuous separation of phenol and dyes using carbon cryogels with a microhoneycomb structure (Hokkaido U.) *Yoshida S., Iwamura S., Ogino I., Mukai S.	ice templating method phenol separation dye separation	4-e	431
9:20– 11:20	ZAA334	Separation and recovery of tin and nickel from polishing sludge using ion exchange fiber (NIT Nara) *Ameta Naoya, Hayashi Keita, Nakamura Hidemi	adsorption ion exchange metal recovery	4-e	721
9:20– 11:20	ZAA335	Enhancement of amine density on amine-modified mesoporous materials for CO₂ adsorption (NAIST) *Tojo A., (RITE) Numaguchi R., Yamada H., Yogo K.	CO2 capture amine adsorption	4-e	748
9:20– 11:20	ZAA336	Preparation of activated carbon by one-step carbonization / activation using superheated steam: application to Cs adsorbent (NIT Wakayama) *Itani Shin, Kishimoto Noboru	superheated steam activated carbon cesium adsorption	4-e	298
9:20– 11:20	ZAA337	Adsorption of Cs by Iron(III) Ferrocyanide Granulated by Thin-film Gel Coating Method (Tokyo Tech RNLR) *Sakai Yusuke, Kanazawa Keita, Inaba Yusuke, Oaki Hiroshi, Takeshita Kenji	Iron ferrocyanide Cs adsorption Thin-film gel coating method	4-e	316
9:20– 11:20	ZAA338	Separation and recovery of soft metal ion by Gel-liquid extraction using Chromatography (Tokyo.Tech) *Kawamura Takuya, Takeshita Kenji	Extraction Chromatography Polymer gel Adsorption	4-e	867
9:20– 11:20	ZAA339	Increase in adsorption capacity of sodium-titanate-impregnated fiber for removal of radioactive Sr from seawater (Chiba U.) *Goto S., Katagiri M., Naruke S., (KJK) Fujiwara K., Sugo T., (Chiba U.) Kawai-Noma S., Umeno D., Saito K.	radioactive strontium removal sodium titanate adsorptive fiber	4-e	561
9:20– 11:20	ZAA340	Enhancement of water adsorption-desorption performance of AlPO-5 substituted with several metals (Tokushima U.) *Satoh A., Katoh M., Nakagawa K., Sugiyama S.	AlPO-5 Water adsorption-desorption performance Substitution with several metals	4-e	149
9:20– 11:20	ZAA341	Influence of denaturant in denatured protein adsorption using dialysis membrane (NIT Nara) *Sato J., Chikayama Y., (Adv. Materials Res. Laboratories, Toray Industries) Ueno Y., Takahashi H., Yamada M., Fujieda H., (NIT Nara) Hayashi K., Nakamura H.	Dialysis membrane Protein Denaturation	4-e	719
9:20– 11:20	ZAA342	Free-energy analysis of transfer of amino acid into AOT reverse micelle with all-atom molecular dynamics simulation. (Osaka U.) *Nagao M., Date A., Ishizuka R., Matubayasi N.	Molecular dynamics Reverse micelle Free-energy analysis	4-f	286
9:20– 11:20	ZAA343	Characterization of aggregated behavior of chlorophyll a in lipid membrane and application (Osaka U.) *Taguchi Shogo, Suga Keishi, Okamoto Yukihiro, Umakoshi Hiroshi	chlorophyll a liposome lipid bilayer	4-f	959
9:20– 11:20	ZAA344	Formation of aqueous biphasic system with Poloxamer (Nagoya U.) *Hirayama Kazuki, Sawada Kayo, Enokida Youichi	Poloxamer biphasic system rhenium extraction	4-f	184
9:20– 11:20	ZAA345	Modeling of solvent extraction equilibria of ammonia and nickel(II) with LIX84I (AIST/CSU) *Wang Shubin, (CSU) Qiyuan Chen, (AIST) Narita Hirokazu, Tanaka Mikiya	solvent extraction ammonia LIX84I	4-f	945
9:20– 11:20	ZAA346	Phase-diagram analysis on the effect of lipid membranes to lysozyme crystallization (Okayama U.) *Shirahige Yuki, Shimanouchi Toshinori, Kimura Yukitaka	lysozyme metastable zone liposome	4-g	958
9:20– 11:20	ZAA347	Carbon nanoparticle aerogel from supercritical carbon dioxide drying and its electrical characteristics (Tokyo Tech) *Kunanusont N., Shimoyama Y.	supercritical carbon dioxide drying carbon nanoparticle aerogel electrical resistance	4-h	640
9:20– 11:20	ZAA348	Polymer content profile and drying rate on porous material wetted with aqueous polymer solution (Kobe U.) *Sokai Minako, Ishino Kyoko, Imakoma Hironobu, Horie Takafumi	Drying of porous material Polymer content profile Capillary force	4-h	120
9:20– 11:20	ZAA349	Particle segregation model on dried surface of slurry coating with low particle concentration (Kobe U.) *Sokai Minako, Taki Hiroshi, Imakoma Hironobu, Horie Takafumi	Drying model Slurry coating Particle segregation	4-h	121
9:20– 11:20	ZAA350	Drying characteristics of frozen carrot in medium-fluidized bed under reduced pressure (Shizuoka U.) *Hagimoto A., Tatemoto Y.	Drying Fluidized bed Carrot	4-h	239
9:20– 11:20	ZAA351	Numerical analysis of drying characteristics of wet material immersed in fluidized bed of hygroscopic particle (Shizuoka U.) *Koido A., Tatemoto Y.	Drying Fluidized bed DEM-CFD	4-h	241
9:20– 11:20	ZAA352	Thermal analysis of frozen solutions for cocrystal production by freeze-drying (NIHS) *Izutsu Ken-ichi, Yoshida Hiroyuki, Shibata Hiroko, Goda Yukihiro	Crystallization Freeze-drying Thermal Analysis	4-h	758
9:20– 11:20	ZAA353	Control of drying history during vacuum foam drying via a needle-stimulation-induced foaming (Okayama U.) *Hidaka Fumihiro, Takeda Koji, Imanaka Hiroyuki, Ishida Naoyuki, Imamura Koreyoshi	foam drying needle stimulation drying histroy	4-h	401
9:20– 11:20	ZAA354	Study of fiber drying characteristics under vacuum drying conditions (Tokushima U.) *Sakamoto H., Alcantara Avila Jr, Sotowa K., Horikawa T., (NIT Anan) Ichimori H.	Vacuum drying technology Fiber drying Drying rate	4-h	855
Hall ZB, Day 3
9:20– 11:20	ZBA301	Permeation properties through ion exchanged zeolite membranes (Shibaura Inst. Tech.) *Kitajima Motoki, Asou Takuya, Oura Kotone, Ikeda Ayumi, Nomura Mikihiro	MOR zeolite membrane ion exchange water permeation	4-a	713
9:20– 11:20	ZBA302	Seeding-free preparation and gas permeation characteristics of ZIF-8 membranes (Kansai U.) *Okubo K., Miyake Y., Tanaka S.	ZIF-8 membrane in situ crystallization	4-a	740
9:20– 11:20	ZBA303	Preparation and gas permeation properties of supported carbon molecular sieve membranes prepared from polyimides (Yamaguchi U.) Sakamoto K., Kumakiri I., *Tanaka K., Kita H.	arbon molecular sieve membranes polyimides gas permeation	4-a	896
9:20– 11:20	ZBA304	Evaluation and analysis of power generation in a large scale reverse electrodialysis system (Yamaguchi U.) *Sakurada Tomoyuki, Kuno Masaya, Higa Mitsuru	ion exchange membrane reverse electrodialysis salinity gradient power	4-a	899
9:20– 11:20	ZBA305	Preparation of carbon membrane by hydrothermal method (Tokyo Tech) *Sano Shoya, Isobe Toshihiro, Matsushita Sachiko, Nakajima Akira	activated carbon water/ethanol separation glucose	4-a	913
9:20– 11:20	ZBA306	CO₂/CH₄ separation by CHA zeolite membrane exchanged simultaneously with two cation (Utsunomiya U.) *Kanno Yuhiro, Kato Takafumi, Sato Takafumi, Ito Naotsugu	zeolite membrane separation	4-a	946
9:20– 11:20	ZBA307	Potential of methanol synthesis membrane reactor using Na-ZSM-5 membrane (Waseda U./JST-CREST) Matsukata M., (Waseda U.) *Yoshida D., Hashizume Y., Seshimo M.	methanol synthesis membrane reactor Na-ZSM-5	4-a	359
9:20– 11:20	ZBA308	Control of pore size on silicalite-1 membrane with pyrolytic carbon derived from xylene (Waseda U.) Sakai M., *Tomaki K., (Waseda U./JST-CREST) Matsukata M.	silicalite-1 membrane control pore size carbon-deposition	4-a	365
9:20– 11:20	ZBA309	Estimation of concentration dependence of CO₂/CH₄ permeance for zeolite membrane using CFD technique (Utsunomiya U.) *Kato Takahumi, Kanno Yuhiro, Sato Takafumi, Ito Naotsugu	CFD Zeolite membrane	4-a	949
9:20– 11:20	ZBA310	Preparation and characterization of antifouling PVC hollow fiber membrane by blending an amphiphilic copolymer (Kobe U.) *Zhou Zhuang, Rajabzadeh Saeid, Matsuyama Hideto	PVC membrane antifouling blend ratio	4-a	972
9:20– 11:20	ZBA311	Preparation of all-silica STT-type zeolite membrane (Kansai U.) *Nakai T., Araki S., (Hitachizosen) Imasaka S., (AIST) Hasegawa Y., Sato K., (Kansai U.) Yamamoto H.	all silica zeolite zeolite membrane pervaporation	4-a	202
9:20– 11:20	ZBA312	Influence of Transmembrane Pressure on Fouling Phenomena by Microfiltration of Microalgae (Tohoku U.) *Yokomizo Madona, Tsutsumi Shun, Saito Yasuhiro, Matsushita Yohsuke, Aoki Hideyuki	microfiltration microalgae fouling	4-a	267
9:20– 11:20	ZBA313	Effect of water vapor on CO₂ recovery of the CO₂ capture system by electrodialysis (Kyushu U.) *Yamada Takahiro, (Kyushu U. WPI-I2CNER) Taniguchi Ikuo, (Yamaguchi U.) Higa Mitsuru	CO2 capture Electrodialysis Energy	4-a	510
9:20– 11:20	ZBA314	Molecular simulation on the hydration behavior and microscopic interactions around CO₂-switchable polymers (NITech) *Ogita Atsushi, Nagumo Ryo, Iwata Shuichi, Mori Hideki	CO2 switchable LCST molecular dynamics	4-a	174
9:20– 11:20	ZBA315	Study on the relationship between permeability and structure of ZSM-5 membrane (Waseda U./JST-CREST) Matsukata M., (Waseda U.) *Matsumoto K., Seshimo M.	zeolite membrane permeability membrane structure	4-a	367
9:20– 11:20	ZBA316	*Synthesis of BEA-type zeolite membrane without OSDA and its permeation properties of hydrocarbons** (Waseda U.) Sakai M., *Yasuda N., (Waseda U./JST-CREST) Matsukata M.	*BEA-type zeolite membrane OSDA-free synthesis permeation properties	4-a	369
9:20– 11:20	ZBA317	Effect of surface modification of reverse osmosis membranes with hydrophilic polymer on bacterial adhesion (Kobe U./MaF Tech Center) *Yonamine G., Saeki D., Matsuyama H.	Reverse osmosis membrane Hydrophilic polymer Bacterial adhesion	4-a	398
9:20– 11:20	ZBA318	Relations between permeation flux and solvent parameters on forward osmosis using organic solvent (Toshiba) *Ide Tomohito, Sano Kenji, Suzuki Akiko, Imada Toshihiro	Forward Osmosis Draw Solution	4-a	36
9:20– 11:20	ZBA319	Development of thin-film composite forward osmosis membrane with high water flux and high pressure resistance (Kobe U./MaF Tech Center) *Mishima Shoji, Yasukawa Masahiro, Shibuya Masafumi, Takahashi Tomoki, Matsuyama Hideto	Forward osmosis membrane Pressure resistance Pressure retarded osmosis	4-a	717
Hall ZC, Day 3
9:20– 11:20	ZCA301	Effect of insulators on temperature in hen house (Gifu U.) *Ito Taiki, Kobayashi Nobusuke, (HYTEM CO.,LTD) Tsubai Yasushi, (Gifu U.) Itaya Yoshinori	heat transfer insulator hen house	3-a	819
9:20– 11:20	ZCA302	Correction of the detailed kinetic mechanism about toluene and benzene during the pyrolysis of hydrocarbon feedstock (Tohoku U.) *Shinohara Risa, Matsukawa Yoshiya, Saito Yasuhiro, Matsushita Yohsuke, Aoki Hideyuki	detailed kinetic mechanism pyrolysis synergetic effect	3-b	212
9:20– 11:20	ZCA303	Numerical simulation of pulverized coal combustion considering the reactivity of chars obtained under different heating rates during pyrolysis (Tohoku U.) *Tanimoto J., Akaotsu S., Soma T., Saito Y., Matsushita Y., Aoki H., (Kyushu U.) Nozawa S., (JFE Steel) Murao A.	Coal combustion Numerical simulation Reactivity	3-b	175
9:20– 11:20	ZCA304	Simulation of a small-scale binary cycle power generation system using low temperature heat source (Yamagata U.) *Dohmori Yuki, (ANEST IWATA Co.) Izumi Takaaki, Ito Hiroshi, Fujioka Tamotsu, (AIST) Maeda Tetsuhiko, (Yamagata U.) Matsuda Keigo	power generation heat engine simulation	3-d	693
9:20– 11:20	ZCA305	Improving the efficiency of a heating process using Time-Temperature-Transformation diagram for conductive doped metal oxide powder (Inst. Tech. Bandung/TUAT) Widiatmoko Pramujo, (TUAT) *Lenggoro Wuled	heat treatment doping particles	3-e	931
9:20– 11:20	ZCA306	Separation of alkaline particles through inorganic nanofiltration membranes (Shibaura Inst. Tech.) *Ikeda Ayumi, Sekimoto Takashi, Hirose Tomohisa, Takeuchi Toshitika, Kitao Hiroki, Nomura Mikihiro	counter diffusion CVD method silica hybrid membranes alkaline particles	4-a	117
9:20– 11:20	ZCA307	Development of ultrahigh hydrogen flux zeolite membranes for separation from organic hydrides (Shibaura Inst. Tech.) *Oura Kotone, Shirai Marina, Kitajima Motoki, Ikeda Ayumi, (Sumitomo Electric Industries) Saito Takehiro, Tawarayama Hiromasa, Ishikawa Shinji, Kuwahara Kazuya, (Shibaura Inst. Tech.) Nomura Mikihiro	MFI zeolite membrane porous silica substrate organic hydrides	4-a	118
9:20– 11:20	ZCA308	Preparation and gas permeability of IRMOF-3 membrane prepared by solvothermal method (Tokyo Tech) *Arai Yuka, Isobe Toshihiro, (NIMS) Yanagida Sayaka, (Tokyo Tech) Matsushita Sachiko, Nakajima Akira	porous membrane CO2 separation ceramics	4-a	172
9:20– 11:20	ZCA309	Separation of ethanol with PVA-gelatin membrane including ionic liquid (Doshisha U.) *Kita K., Matsumoto M., Kondo K.	Ionic liquid Ethanol Pervaparation	4-a	179
9:20– 11:20	ZCA310	C₃ hydrocarbons separation properties through FAU-type zeolite membrane under pressurized conditions (Waseda U./JST-CREST) Matsukata Masahiko, (Waseda U.) *Sasaki Yasuhito, Sakai Motomu	FAU-type zeolite membrane pressurized conditions propylene separation	4-a	346
9:20– 11:20	ZCA311	Synthesis of zeolite RHO membrane without OSDA and its permselectivity for small molecule mixture (Waseda U.) Sakai M., *Tanji M., Ding X., (Waseda U./JST-CREST) Matsukata M.	zeolite RHO membrane synthesis	4-a	347
9:20– 11:20	ZCA312	The effect of surface modification of resin substrate on Pd layer in the preparation of Pd composite membrane by photolithography (Gifu U.) *Murase T., Miyamoto M., Oumi Y., Uemiya S., (Nagoya U.) Yamada H., Tagawa T.	Pd Photolithography Surface modification	4-a	440
9:20– 11:20	ZCA313	Influence of porous support property on the synthesis of Silicalite-1 membrane (Gifu U.) *Ueno Kyohei, (AIST) Negishi Hideyuki, (Sumitomo Electric Ind.) Saito Takehiro, Tawarayama Hiromasa, Ishikawa Shinji, (Gifu U.) Miyamoto Manabu, Uemiya Sigeyuki, Oumi Yasunori	zeolite membrane separation support	4-a	513
9:20– 11:20	ZCA314	*Influence of porous alpha-alumina support property on the BEA type zeolite membrane performance** (Gifu U.) *Watanabe Toshinari, Ueno Kyohei, (AIST) Negishi Hideyuki, (Gifu U.) Miyamoto Manabu, Uemiya Sigeyuki, Oumi Yasunori	zeolite membrane separation *BEA zeolite	4-a	532
9:20– 11:20	ZCA315	Investigation of process performance for saccharide up-concentration in forward osmosis (Kobe U./MaF Tech Center) *Shibuya M., Yasukawa M., Tanaka Y., Takahashi T., Matsuyama H.	Forward osmosis Up-concentration Saccharide	4-a	579
9:20– 11:20	ZCA316	Separation of aromatic hydrocarbons by vapor permeation thorough liquid membranes of ionic liquids (Tokyo Tech) *Kamiya Tomoki, Ishikawa Daiki, Ito Akira	vapor permeation hydrocarbons ionic liquid	4-a	647
9:20– 11:20	ZCA317	Transport of water molecule through in water channel of driven by pressure difference. (Kogakuin U.) *Goto Taiki, Takaba Hiromitsu	Molecular dynamics Aquaporin Water channel	4-a	684
9:20– 11:20	ZCA318	Study on separation and adsorption properties of CO₂/CH₄ through AlPO₄-18 membrane (Waseda U.) Sakai M., *Oshima Y., (Waseda U./JST-CREST) Matsukata M.	membrane separation AlPO4-18 CO2/CH4	4-a	351
9:20– 11:20	ZCA319	Synthesis of SAPO-18 membranes using precursor gel with high SiO₂ content. (Waseda U./JST-CREST) Matsukata Masahiko, (Waseda U.) *Ishiguro Sonosuke, Motokura Kei, Seshimo Masahiro	SAPO-18 Secondary-growth method Si content	4-a	354

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

Hall ZA, Day 3

9:20– 11:20

ZAA301

Development of reusable draw solution using a stimulus-responsive slurry

(Hosei U.) *Kitamura Kenta, Mori Takamasa

desalination
forward osmosis
Stimuli-responsive polymer

4-a

379

9:20– 11:20

ZAA302

Preparation of palladium thin membrane over porous SUS tube support introduced double intermediate layers with silicalite and alumina

(Tokushima U.) *Takatani M., Tenshin A., Katoh M., Nakagawa K., Sugiyama S.

Palladium thin membrane
Porous SUS tube support
Double intermediate layers

4-a

150

9:20– 11:20

ZAA303

Influence of seed crystals on the perm-selectivity of zeolite membranes synthesized form a clear solution.

(Yamaguchi U.) *Saeda Takuya, Hashimoto Koji, Kumakiri Izumi, Tanaka Kazuhiro, Kita Hidetoshi

zeolite
membrane
pervaporation

4-a

277

9:20– 11:20

ZAA304

The structure and permeation property of MFI type zeolite membranes on the different pore size supports

(Yamaguchi U.) *Yamashita Yuta, Kumakiri Izumi, Tanaka Kazuhiro, Kita Hidetoshi

Zeolite
membrane
gas separation

4-a

259

9:20– 11:20

ZAA305

Improvement of dehydration membrane performance by FAU-type zeolite membrane

(Waseda U./JST-CREST) Matsukata Masahiko, (Waseda U.) Seshimo Masahiro, *Nomura Ryunosuke

FAU-type zeolite
Membrane
Dehydration

4-a

377

9:20– 11:20

ZAA306

Development of tough gel membranes containing amine-functionalized low viscosity ionic liquids to apply CO₂ capture under pressurized conditions

(Kobe U./MaF Tech C.) *Matsuki T., Kamio E., Matsuyama H.

gas separation
ionic liquid
gel

4-a

454

9:20– 11:20

ZAA307

Numerical simulation of cross-flow filtration of particle dispersion

(Kobe U./MaF Tech Center) *Nishitani Junta, Mino Yasushi, (Fukuoka U.) Shinto Hiroyuki, (Kobe U./MaF Tech Center) Matsuyama Hideto

lattice Boltzmann method
microfiltration
cross-flow

4-a

724

9:20– 11:20

ZAA308

Influence of operation conditions on the dehydration performance of zeolite membranes

(UNIZAR) *Tovar M., (Yamaguchi U.) Saeda T., Kajimura Y., Kumakiri I., Tanaka K., Kita H.

Zeolite membranes
Pervaporation
Dehydration

4-a

287

9:20– 11:20

ZAA309

Permeation properties of Mixed Matrix Membrane with zeolites

(Yamaguchi U.) *Wu T., Masuda T., Aida S., Kumakiri I., Tanaka K., Kita H.

Mixed Matrix Membrane
Gas permeation
Zeolite

4-a

499

9:20– 11:20

ZAA310

Molecular simulation of membranes for hydrocarbon gas separation aiming to the distillation substitute

(Kogakuin U.) *Takashima Yuki, Takaba Hiromitsu

polyimide membranes
1,3-butaziene
Frist principles molecular dynamics

4-a

601

9:20– 11:20

ZAA311

Permeability evaluation of the separation membrane with ceramic-metal composite structure by ultrasonic spray sintering method

(Yokohama Nat. U.) *Tanao K., Hirayama D., Wada A., Aihara M.

separation membrane
ultrasonic spray sintering
ceramic-metal composite

4-a

829

9:20– 11:20

ZAA312

Analysis for constant-pressure expression of power-law fluid/solid mixture considering creep effect

(Osaka Pref. U.) *Shimo T., Tanaka T., Iwata M.

non-Newtonian fluids
expression
analytical solution

4-b

9:20– 11:20

ZAA313

Fundamental investigation on the gas absorbability of newly developed metal complex-based ionic liquids

(Kobe U.) *Matsuoka A., (Kobe U./MaF Tech Center) Kamio E., Matsuyama H.

ionic liquid
gas absorption
metal complex

4-a

733

9:20– 11:20

ZAA314

Theoretical and experimental study of hollow fiber membrane module in pressure-retarded osmosis

(Kobe U./MaF Tech Center) *Tanaka Yasuhiro, Yasukawa Masahiro, (TOYOBO) Goda Shohei, (Kobe U./MaF Tech Center) Shibuya Masafumi, Mishima Shoji, Takahashi Tomoki, Higa Mitsuru, Matsuyama Hideto

Osmotic power generation
Hollow fiber module
Pressure retarded osmosis

4-a

506

9:20– 11:20

ZAA315

Permeation properties of Mixed Matrix Membrane with cyclodextrin

(Yamaguchi U.) *Masuda T., Wu T., Aida S., (NIT Ube) Yamasaki H., (Yamaguchi U.) Kumakiri I., Tanaka K., Kita H.

Cyclodextrin
Mixed Matrix Membrane
Gas separation

4-a

517

9:20– 11:20

ZAA316

Ultrasonic irradiation on freeze concentration characteristics -Effect of dissolved oxygen concentration-

(Ehime U.) *Nasu Y., Kawasaki K., (Yamaguchi U.) Nakakura H.

Ultrasonic irradiation
Freeze concentration characteristics
Dissolved oxygen concentration

4-b

514

9:20– 11:20

ZAA317

Constant-rate Filtration of Dilute Colloidal Suspension by Using Quantitative Filter Paper

(Osaka Pref. U.) *Manabe M., Shiomi S., Tanaka T., Iwata M.

Internal filtration
Quantitative filter paper
Constant-rate filtration

4-b

735

9:20– 11:20

ZAA318

Influence of sodium hypochlorite addition and/or freezing and thawing operation to neutralization treatment of wastewater containing nickel ion

(Ehime U.) *Yamamoto T., Kawasaki K.

Nickel Ion Concentration
Neutralization Treatment
Solid Liquid Separation Characteristic

4-b

282

9:20– 11:20

ZAA319

Development of floccuration tequnique by using D.C. electric field ~Effect of particle type on flocculation~

(Hosei U.) *Era Yusuke, Nagashima Hirotaka, Mori Takamasa

D.C. electric field
slurry
floccuration

4-b

731

9:20– 11:20

ZAA320

Ceramic Membrane Filtration of Humic Acid Solution Applying the Calcium Ion Dissociated into Ions from the Calcium Carbonate Particles

(Yamaguchi U.) *Satoh Takuma, Watanabe Tomoaki, Nakakura Hideo, Kobuchi Shigetoshi, (Ehime U.) Kawasaki Kenji

humic acid
calcium ion
ceramic membrane

4-b

694

9:20– 11:20

ZAA321

Fundamental study on CO₂ responsive phase transition materials as draw solution for forward osmosis

(Kobe U./MaF Tech Center) *Nishimori Shihomi, Oishi Izumi, Takahashi Tomoki, (Daicel, R&D Headquarters Corporate Res. Center) Hamada Toyozo, (Kobe U./MaF Tech Center) Matsuyama Hideto

forward osmosis
draw solute
carbon dioxide

4-a

804

9:20– 11:20

ZAA322

Study on driving force of solid-liquid separation using electric force

(Osaka Pref. U.) *Ito K., Sadai H., Tanaka T., Iwata M.

solid-liquid separation
electroforced sedimentation
electroosmotic dewatering

4-b

736

9:20– 11:20

ZAA323

Adsorption Behavior of Cationic Polymeric Flocculant on PMMA Colloidal Particle under Intermittent Addition

(Osaka Pref. U.) *Miyajima T., Fujiwara R., Tanaka T., Iwata M.

Flocculation
Adsorption
Polyelectrolyte

4-b

821

9:20– 11:20

ZAA324

Cross-flow Membrane Filtration Characteristics of Humic Acid Solution by Ceramic Membrane Applying the Calcium Carbonate Particles

(Yamaguchi U.) *Tokito Taturo, Watanabe Tomoaki, Yanagi Ryousuke, Nakakura Hideo

humic acid
crssflow filtration
calcium ion

4-b

709

9:20– 11:20

ZAA325

Development of flow small-particle separator by dielectrophoresis

(Kyoto U.) *Tsubouchi K., Sano N., Tamon H.

particle separation
dielectrophoresis
silica particle

4-b

665

9:20– 11:20

ZAA326

Effect of residence time distribution of water and gas in the absorption equipment having glass fiber filter on NOx absorption efficiency

(Osaka Pref. U.) *Daiyasu Akira, (Pollusion Prevention Apparatus Laboratory) Asano Hideaki, (Tada electric) Yamauchi Siro, (Osaka Pref. U.) Yasuda Masahiro, Ogino Hiroyasu

Residence time distribution of aqueous and gas phases
NOx absorption equipment
NOx removing efficiency

4-d

320

9:20– 11:20

ZAA327

Relationships between CO₂ absorption performance and shell-side convective mass transfer in a cross-flow structured hollow fiber membrane contactor

(Shinshu U.) *Takeuchi K., Shimada I., Osada M., Fukunaga H., Takahashi N.

chemical absorption
porous membrane
mass transfer coefficient

4-d

871

9:20– 11:20

ZAA328

Effects of CO₂ partial pressure on CO₂ reversible absorption behavior of films of amine-containing gel particle

(Kyushu U.) *Hamasaki Akira, Yue Mengchen, Hoshino Yu, Miura Yoshiko

CO2 absorption
pKa
gel particle

4-d

765

9:20– 11:20

ZAA329

Mechanochemical synthesis and granulation of ZIF-8 MOF

(Kansai U.) *Taniguchi T., Sakatoku T., Nishiyama T., Miyake Y., Tanaka S.

ZIF-8
mechanochemical synthesis
granulation

4-e

706

9:20– 11:20

ZAA330

Ion exchange of Cs ion with Merlinoite

(Kansai U.) *Kakutani Yuki, Sano Makoto, Suzuki Toshimitu, Miyake Takanori

Cs removal
Merlinoite
Ion exchange

4-e

745

9:20– 11:20

ZAA331

Preparation of adsorptive fiber for polyphenol and its performance evaluation

(Chiba U.) *Goto S., Kawamura R., Kawai-Noma S., Umeno D., Saito K., (KJK) Fujiwara K., Sugo T., (Kirin) Kudo A., Hioki J., Wakabayashi H.

adsorptive fiber
polyphenol

4-e

750

9:20– 11:20

ZAA332

Preparation and Characterization of Porous Monolith for Palladium-Loaded Reactor

(Kyushu U.) *Matsumoto H., Seto H., Hoshino Y., Miura Y.

porous monolith
NIPAm gel
palladium

4-e

472

9:20– 11:20

ZAA333

Continuous separation of phenol and dyes using carbon cryogels with a microhoneycomb structure

(Hokkaido U.) *Yoshida S., Iwamura S., Ogino I., Mukai S.

ice templating method
phenol separation
dye separation

4-e

431

9:20– 11:20

ZAA334

Separation and recovery of tin and nickel from polishing sludge using ion exchange fiber

(NIT Nara) *Ameta Naoya, Hayashi Keita, Nakamura Hidemi

adsorption
ion exchange
metal recovery

4-e

721

9:20– 11:20

ZAA335

Enhancement of amine density on amine-modified mesoporous materials for CO₂ adsorption

(NAIST) *Tojo A., (RITE) Numaguchi R., Yamada H., Yogo K.

CO2 capture
amine
adsorption

4-e

748

9:20– 11:20

ZAA336

Preparation of activated carbon by one-step carbonization / activation using superheated steam: application to Cs adsorbent

(NIT Wakayama) *Itani Shin, Kishimoto Noboru

superheated steam
activated carbon
cesium adsorption

4-e

298

9:20– 11:20

ZAA337

Adsorption of Cs by Iron(III) Ferrocyanide Granulated by Thin-film Gel Coating Method

(Tokyo Tech RNLR) *Sakai Yusuke, Kanazawa Keita, Inaba Yusuke, Oaki Hiroshi, Takeshita Kenji

Iron ferrocyanide
Cs adsorption
Thin-film gel coating method

4-e

316

9:20– 11:20

ZAA338

Separation and recovery of soft metal ion by Gel-liquid extraction using Chromatography

(Tokyo.Tech) *Kawamura Takuya, Takeshita Kenji

Extraction Chromatography
Polymer gel
Adsorption

4-e

867

9:20– 11:20

ZAA339

Increase in adsorption capacity of sodium-titanate-impregnated fiber for removal of radioactive Sr from seawater

(Chiba U.) *Goto S., Katagiri M., Naruke S., (KJK) Fujiwara K., Sugo T., (Chiba U.) Kawai-Noma S., Umeno D., Saito K.

radioactive strontium removal
sodium titanate
adsorptive fiber

4-e

561

9:20– 11:20

ZAA340

Enhancement of water adsorption-desorption performance of AlPO-5 substituted with several metals

(Tokushima U.) *Satoh A., Katoh M., Nakagawa K., Sugiyama S.

AlPO-5
Water adsorption-desorption performance
Substitution with several metals

4-e

149

9:20– 11:20

ZAA341

Influence of denaturant in denatured protein adsorption using dialysis membrane

(NIT Nara) *Sato J., Chikayama Y., (Adv. Materials Res. Laboratories, Toray Industries) Ueno Y., Takahashi H., Yamada M., Fujieda H., (NIT Nara) Hayashi K., Nakamura H.

Dialysis membrane
Protein
Denaturation

4-e

719

9:20– 11:20

ZAA342

Free-energy analysis of transfer of amino acid into AOT reverse micelle with all-atom molecular dynamics simulation.

(Osaka U.) *Nagao M., Date A., Ishizuka R., Matubayasi N.

Molecular dynamics
Reverse micelle
Free-energy analysis

4-f

286

9:20– 11:20

ZAA343

Characterization of aggregated behavior of chlorophyll a in lipid membrane and application

(Osaka U.) *Taguchi Shogo, Suga Keishi, Okamoto Yukihiro, Umakoshi Hiroshi

chlorophyll a
liposome
lipid bilayer

4-f

959

9:20– 11:20

ZAA344

Formation of aqueous biphasic system with Poloxamer

(Nagoya U.) *Hirayama Kazuki, Sawada Kayo, Enokida Youichi

Poloxamer
biphasic system
rhenium extraction

4-f

184

9:20– 11:20

ZAA345

Modeling of solvent extraction equilibria of ammonia and nickel(II) with LIX84I

(AIST/CSU) *Wang Shubin, (CSU) Qiyuan Chen, (AIST) Narita Hirokazu, Tanaka Mikiya

solvent extraction
ammonia
LIX84I

4-f

945

9:20– 11:20

ZAA346

Phase-diagram analysis on the effect of lipid membranes to lysozyme crystallization

(Okayama U.) *Shirahige Yuki, Shimanouchi Toshinori, Kimura Yukitaka

lysozyme
metastable zone
liposome

4-g

958

9:20– 11:20

ZAA347

Carbon nanoparticle aerogel from supercritical carbon dioxide drying and its electrical characteristics

(Tokyo Tech) *Kunanusont N., Shimoyama Y.

supercritical carbon dioxide drying
carbon nanoparticle aerogel
electrical resistance

4-h

640

9:20– 11:20

ZAA348

Polymer content profile and drying rate on porous material wetted with aqueous polymer solution

(Kobe U.) *Sokai Minako, Ishino Kyoko, Imakoma Hironobu, Horie Takafumi

Drying of porous material
Polymer content profile
Capillary force

4-h

120

9:20– 11:20

ZAA349

Particle segregation model on dried surface of slurry coating with low particle concentration

(Kobe U.) *Sokai Minako, Taki Hiroshi, Imakoma Hironobu, Horie Takafumi

Drying model
Slurry coating
Particle segregation

4-h

121

9:20– 11:20

ZAA350

Drying characteristics of frozen carrot in medium-fluidized bed under reduced pressure

(Shizuoka U.) *Hagimoto A., Tatemoto Y.

Drying
Fluidized bed
Carrot

4-h

239

9:20– 11:20

ZAA351

Numerical analysis of drying characteristics of wet material immersed in fluidized bed of hygroscopic particle

(Shizuoka U.) *Koido A., Tatemoto Y.

Drying
Fluidized bed
DEM-CFD

4-h

241

9:20– 11:20

ZAA352

Thermal analysis of frozen solutions for cocrystal production by freeze-drying

(NIHS) *Izutsu Ken-ichi, Yoshida Hiroyuki, Shibata Hiroko, Goda Yukihiro

Crystallization
Freeze-drying
Thermal Analysis

4-h

758

9:20– 11:20

ZAA353

Control of drying history during vacuum foam drying via a needle-stimulation-induced foaming

(Okayama U.) *Hidaka Fumihiro, Takeda Koji, Imanaka Hiroyuki, Ishida Naoyuki, Imamura Koreyoshi

foam drying
needle stimulation
drying histroy

4-h

401

9:20– 11:20

ZAA354

Study of fiber drying characteristics under vacuum drying conditions

(Tokushima U.) *Sakamoto H., Alcantara Avila Jr, Sotowa K., Horikawa T., (NIT Anan) Ichimori H.

Vacuum drying technology
Fiber drying
Drying rate

4-h

855

Hall ZB, Day 3

9:20– 11:20

ZBA301

Permeation properties through ion exchanged zeolite membranes

(Shibaura Inst. Tech.) *Kitajima Motoki, Asou Takuya, Oura Kotone, Ikeda Ayumi, Nomura Mikihiro

MOR zeolite membrane
ion exchange
water permeation

4-a

713

9:20– 11:20

ZBA302

Seeding-free preparation and gas permeation characteristics of ZIF-8 membranes

(Kansai U.) *Okubo K., Miyake Y., Tanaka S.

ZIF-8
membrane
in situ crystallization

4-a

740

9:20– 11:20

ZBA303

Preparation and gas permeation properties of supported carbon molecular sieve membranes prepared from polyimides

(Yamaguchi U.) Sakamoto K., Kumakiri I., *Tanaka K., Kita H.

arbon molecular sieve membranes
polyimides
gas permeation

4-a

896

9:20– 11:20

ZBA304

Evaluation and analysis of power generation in a large scale reverse electrodialysis system

(Yamaguchi U.) *Sakurada Tomoyuki, Kuno Masaya, Higa Mitsuru

ion exchange membrane
reverse electrodialysis
salinity gradient power

4-a

899

9:20– 11:20

ZBA305

Preparation of carbon membrane by hydrothermal method

(Tokyo Tech) *Sano Shoya, Isobe Toshihiro, Matsushita Sachiko, Nakajima Akira

activated carbon
water/ethanol separation
glucose

4-a

913

9:20– 11:20

ZBA306

CO₂/CH₄ separation by CHA zeolite membrane exchanged simultaneously with two cation

(Utsunomiya U.) *Kanno Yuhiro, Kato Takafumi, Sato Takafumi, Ito Naotsugu

zeolite
membrane
separation

4-a

946

9:20– 11:20

ZBA307

Potential of methanol synthesis membrane reactor using Na-ZSM-5 membrane

(Waseda U./JST-CREST) Matsukata M., (Waseda U.) *Yoshida D., Hashizume Y., Seshimo M.

methanol synthesis
membrane reactor
Na-ZSM-5

4-a

359

9:20– 11:20

ZBA308

Control of pore size on silicalite-1 membrane with pyrolytic carbon derived from xylene

(Waseda U.) Sakai M., *Tomaki K., (Waseda U./JST-CREST) Matsukata M.

silicalite-1 membrane
control pore size
carbon-deposition

4-a

365

9:20– 11:20

ZBA309

Estimation of concentration dependence of CO₂/CH₄ permeance for zeolite membrane using CFD technique

(Utsunomiya U.) *Kato Takahumi, Kanno Yuhiro, Sato Takafumi, Ito Naotsugu

CFD
Zeolite
membrane

4-a

949

9:20– 11:20

ZBA310

Preparation and characterization of antifouling PVC hollow fiber membrane by blending an amphiphilic copolymer

(Kobe U.) *Zhou Zhuang, Rajabzadeh Saeid, Matsuyama Hideto

PVC membrane
antifouling
blend ratio

4-a

972

9:20– 11:20

ZBA311

Preparation of all-silica STT-type zeolite membrane

(Kansai U.) *Nakai T., Araki S., (Hitachizosen) Imasaka S., (AIST) Hasegawa Y., Sato K., (Kansai U.) Yamamoto H.

all silica zeolite
zeolite membrane
pervaporation

4-a

202

9:20– 11:20

ZBA312

Influence of Transmembrane Pressure on Fouling Phenomena by Microfiltration of Microalgae

(Tohoku U.) *Yokomizo Madona, Tsutsumi Shun, Saito Yasuhiro, Matsushita Yohsuke, Aoki Hideyuki

microfiltration
microalgae
fouling

4-a

267

9:20– 11:20

ZBA313

Effect of water vapor on CO₂ recovery of the CO₂ capture system by electrodialysis

(Kyushu U.) *Yamada Takahiro, (Kyushu U. WPI-I2CNER) Taniguchi Ikuo, (Yamaguchi U.) Higa Mitsuru

CO2 capture
Electrodialysis
Energy

4-a

510

9:20– 11:20

ZBA314

Molecular simulation on the hydration behavior and microscopic interactions around CO₂-switchable polymers

(NITech) *Ogita Atsushi, Nagumo Ryo, Iwata Shuichi, Mori Hideki

CO2 switchable
LCST
molecular dynamics

4-a

174

9:20– 11:20

ZBA315

Study on the relationship between permeability and structure of ZSM-5 membrane

(Waseda U./JST-CREST) Matsukata M., (Waseda U.) *Matsumoto K., Seshimo M.

zeolite membrane
permeability
membrane structure

4-a

367

9:20– 11:20

ZBA316

Synthesis of *BEA-type zeolite membrane without OSDA and its permeation properties of hydrocarbons

(Waseda U.) Sakai M., *Yasuda N., (Waseda U./JST-CREST) Matsukata M.

*BEA-type zeolite membrane
OSDA-free synthesis
permeation properties

4-a

369

9:20– 11:20

ZBA317

Effect of surface modification of reverse osmosis membranes with hydrophilic polymer on bacterial adhesion

(Kobe U./MaF Tech Center) *Yonamine G., Saeki D., Matsuyama H.

Reverse osmosis membrane
Hydrophilic polymer
Bacterial adhesion

4-a

398

9:20– 11:20

ZBA318

Relations between permeation flux and solvent parameters on forward osmosis using organic solvent

(Toshiba) *Ide Tomohito, Sano Kenji, Suzuki Akiko, Imada Toshihiro

Forward Osmosis
Draw Solution

4-a

9:20– 11:20

ZBA319

Development of thin-film composite forward osmosis membrane with high water flux and high pressure resistance

(Kobe U./MaF Tech Center) *Mishima Shoji, Yasukawa Masahiro, Shibuya Masafumi, Takahashi Tomoki, Matsuyama Hideto

Forward osmosis membrane
Pressure resistance
Pressure retarded osmosis

4-a

717

Hall ZC, Day 3

9:20– 11:20

ZCA301

Effect of insulators on temperature in hen house

(Gifu U.) *Ito Taiki, Kobayashi Nobusuke, (HYTEM CO.,LTD) Tsubai Yasushi, (Gifu U.) Itaya Yoshinori

heat transfer
insulator
hen house

3-a

819

9:20– 11:20

ZCA302

Correction of the detailed kinetic mechanism about toluene and benzene during the pyrolysis of hydrocarbon feedstock

(Tohoku U.) *Shinohara Risa, Matsukawa Yoshiya, Saito Yasuhiro, Matsushita Yohsuke, Aoki Hideyuki

detailed kinetic mechanism
pyrolysis
synergetic effect

3-b

212

9:20– 11:20

ZCA303

Numerical simulation of pulverized coal combustion considering the reactivity of chars obtained under different heating rates during pyrolysis

(Tohoku U.) *Tanimoto J., Akaotsu S., Soma T., Saito Y., Matsushita Y., Aoki H., (Kyushu U.) Nozawa S., (JFE Steel) Murao A.

Coal combustion
Numerical simulation
Reactivity

3-b

175

9:20– 11:20

ZCA304

Simulation of a small-scale binary cycle power generation system using low temperature heat source

(Yamagata U.) *Dohmori Yuki, (ANEST IWATA Co.) Izumi Takaaki, Ito Hiroshi, Fujioka Tamotsu, (AIST) Maeda Tetsuhiko, (Yamagata U.) Matsuda Keigo

power generation
heat engine
simulation

3-d

693

9:20– 11:20

ZCA305

Improving the efficiency of a heating process using Time-Temperature-Transformation diagram for conductive doped metal oxide powder

(Inst. Tech. Bandung/TUAT) Widiatmoko Pramujo, (TUAT) *Lenggoro Wuled

heat treatment
doping
particles

3-e

931

9:20– 11:20

ZCA306

Separation of alkaline particles through inorganic nanofiltration membranes

(Shibaura Inst. Tech.) *Ikeda Ayumi, Sekimoto Takashi, Hirose Tomohisa, Takeuchi Toshitika, Kitao Hiroki, Nomura Mikihiro

counter diffusion CVD method
silica hybrid membranes
alkaline particles

4-a

117

9:20– 11:20

ZCA307

Development of ultrahigh hydrogen flux zeolite membranes for separation from organic hydrides

(Shibaura Inst. Tech.) *Oura Kotone, Shirai Marina, Kitajima Motoki, Ikeda Ayumi, (Sumitomo Electric Industries) Saito Takehiro, Tawarayama Hiromasa, Ishikawa Shinji, Kuwahara Kazuya, (Shibaura Inst. Tech.) Nomura Mikihiro

MFI zeolite membrane
porous silica substrate
organic hydrides

4-a

118

9:20– 11:20

ZCA308

Preparation and gas permeability of IRMOF-3 membrane prepared by solvothermal method

(Tokyo Tech) *Arai Yuka, Isobe Toshihiro, (NIMS) Yanagida Sayaka, (Tokyo Tech) Matsushita Sachiko, Nakajima Akira

porous membrane
CO2 separation
ceramics

4-a

172

9:20– 11:20

ZCA309

Separation of ethanol with PVA-gelatin membrane including ionic liquid

(Doshisha U.) *Kita K., Matsumoto M., Kondo K.

Ionic liquid
Ethanol
Pervaparation

4-a

179

9:20– 11:20

ZCA310

C₃ hydrocarbons separation properties through FAU-type zeolite membrane under pressurized conditions

(Waseda U./JST-CREST) Matsukata Masahiko, (Waseda U.) *Sasaki Yasuhito, Sakai Motomu

FAU-type zeolite membrane
pressurized conditions
propylene separation

4-a

346

9:20– 11:20

ZCA311

Synthesis of zeolite RHO membrane without OSDA and its permselectivity for small molecule mixture

(Waseda U.) Sakai M., *Tanji M., Ding X., (Waseda U./JST-CREST) Matsukata M.

zeolite
RHO membrane
synthesis

4-a

347

9:20– 11:20

ZCA312

The effect of surface modification of resin substrate on Pd layer in the preparation of Pd composite membrane by photolithography

(Gifu U.) *Murase T., Miyamoto M., Oumi Y., Uemiya S., (Nagoya U.) Yamada H., Tagawa T.

Pd
Photolithography
Surface modification

4-a

440

9:20– 11:20

ZCA313

Influence of porous support property on the synthesis of Silicalite-1 membrane

(Gifu U.) *Ueno Kyohei, (AIST) Negishi Hideyuki, (Sumitomo Electric Ind.) Saito Takehiro, Tawarayama Hiromasa, Ishikawa Shinji, (Gifu U.) Miyamoto Manabu, Uemiya Sigeyuki, Oumi Yasunori

zeolite membrane
separation
support

4-a

513

9:20– 11:20

ZCA314

Influence of porous alpha-alumina support property on the *BEA type zeolite membrane performance

(Gifu U.) *Watanabe Toshinari, Ueno Kyohei, (AIST) Negishi Hideyuki, (Gifu U.) Miyamoto Manabu, Uemiya Sigeyuki, Oumi Yasunori

zeolite membrane
separation
*BEA zeolite

4-a

532

9:20– 11:20

ZCA315

Investigation of process performance for saccharide up-concentration in forward osmosis

(Kobe U./MaF Tech Center) *Shibuya M., Yasukawa M., Tanaka Y., Takahashi T., Matsuyama H.

Forward osmosis
Up-concentration
Saccharide

4-a

579

9:20– 11:20

ZCA316

Separation of aromatic hydrocarbons by vapor permeation thorough liquid membranes of ionic liquids

(Tokyo Tech) *Kamiya Tomoki, Ishikawa Daiki, Ito Akira

vapor permeation
hydrocarbons
ionic liquid

4-a

647

9:20– 11:20

ZCA317

Transport of water molecule through in water channel of driven by pressure difference.

(Kogakuin U.) *Goto Taiki, Takaba Hiromitsu

Molecular dynamics
Aquaporin
Water channel

4-a

684

9:20– 11:20

ZCA318

Study on separation and adsorption properties of CO₂/CH₄ through AlPO₄-18 membrane

(Waseda U.) Sakai M., *Oshima Y., (Waseda U./JST-CREST) Matsukata M.

membrane separation
AlPO4-18
CO2/CH4

4-a

351

9:20– 11:20

ZCA319

Synthesis of SAPO-18 membranes using precursor gel with high SiO₂ content.

(Waseda U./JST-CREST) Matsukata Masahiko, (Waseda U.) *Ishiguro Sonosuke, Motokura Kei, Seshimo Masahiro

SAPO-18
Secondary-growth method
Si content

4-a

354

Technical program

SCEJ 81st Annual Meeting (2016)

© 2016 The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2016-02-26 18:17:04
For more information contact Organizing Committee, SCEJ 81st Annual Meeting (2016)
E-mail: inquiry-81a

www3.scej.org

This page was generated by