P​a​p​e​r​s
A​c​a​d​e​m​i​c​ ​p​r​e​s​e​n​t​a​t​i​o​n
International academic conference

P​a​p​e​r​s

2020

  1. Preparation of a high-silica chabazite-type zeolite membrane with high CO2 permeability using tetraethylammonium hydroxide, Sadao Araki;Yuto Okubo;Koki Maekawa;Satoshi Imasaka;Hideki Yamamoto, Journal of Membrane Science, in Press, 2020/11～
  2. Decomposition of tetrafluoromethane by reaction with CaO-enhanced zeolite, Sadao Araki;Yukio Hayashi;Shigeru Hirano;Hideki Yamamoto, Journal of Environmental Chemical Engineering, 8 (2020) 103763, 2020/6～
  3. Zeolite membranes: Comparison in the separation of H2O/H2/CO2 mixtures and test of a reactor for CO2 hydrogenation to methanol, Raquel Raso;Miriam Tovar;Javier Lasobras;Izumi Kumakiri;Sadao Araki;Miguel Menendez, Catalysis Today, in Press, 2020/3～
  4. Synthesis and gas permeation properties of chabazite-type titanosilicate membranes synthesized using nano-sized seed crystals, Sadao Araki;Hiroyasu Ishii(D);Satoshi Imasaka;Hideki Yamamoto, Microporous and Mesoporous Materials, 292 (2020) 109798, 2020/1/15～

2019

  1. Preparation of zeolite hollow fibers for high-efficiency cadmium removal from waste water, ARAKI,Sadao;LI, Tao;LI, Kang;YAMAMOTO, Hideki, Separation and Purification Technology, 221 (2019) 393-398, 2019/8/15～

2018

  1. Pervaporation properties and a semi-empirical model for removal of VOCs from water using a propyl functionalized silica membrane, Sadao Araki;Daisuke Gondo(D);Hideki Yamamoto, Desalination and Water Treatment, 143 (2019) 17-23, 2018/9/4～
  2. Synthesis and gas permeation properties of STT-type zeolite membranes, Satoshi Imasaka (D);Atsushi Nakai (D);Sadao Araki;Hideki Yamamoto, Journal of the Japan Petroleum Institute, 61 (2018) 263-271, 2018/9/3～
  3. Synthesis of CHA-type titanosilicate zeolites using titanium oxide as Ti source and evaluation of their physicochemical properties, Satoshi Imasaka (D);Hiroyasu Ishii (D);Jun’ichi Hayashi;Sadao Araki;Hideki Yamamoto, Microporous and Mesoporous Materials, 273 (2019) 243-248, 2018/7/4～
  4. Removal of toluene in hydrogen using hydrophobic silica membrane, Ami Okabe (D);Satoshi Imasaka (D);Sadao Araki;Hideki Yamamoto, Journal of the Japan Petroleum Institute, 61 (2018) 219-226, 2018/7/1～
  5. Rapid preparation of high-silica CHA-type zeolite membranes and their separation properties, Satoshi Imasaka (D);Masaya Itakura;Kazuhiro Yano;Suguru Fujita;Masashi Okada;Yasuhisa Hasegawa;Chie Abe;Sadao Araki;Hideki Yamamoto, Separation and Purification Technology, 199 (2018) 298-303, 2018/6/30～
  6. Preparation and pervaporation performance of vinyl-functionalized silica membranes, Sadao Araki;Ami Okabe(D);Akira Ogawa(B);Daisuke Gondo(D);Satoshi Imasaka(D);Yasuhisa Hasegawa(AIST);Koichi Sato(AIST);Kang Li(Imperial College London);Hideki Yamamoto, Journal of Membrane Science, 548 (2018) 66-72, 2018/2/15～

2016

  1. Permeation properties of organic compounds from aqueous solutions through hydrophobic silica membranes with different functional groups by pervaporation, Sadao Araki;Daisuke Gondo;Satoshi Imasaka;Hideki Yamamoto, Journal of Membrane Science, 514 (2016) 458-466, 2016/5/10～
  2. Synthesis of spherical porous cross-linked glutaraldehyde/poly(vinyl alcohol) hydrogels, Sadao Araki;Yuko Shirakura(D);Harufumi Suzuki(D);Hideki Yamamoto, Journal of Polymer Engineering, 36 (2016) 891-898, 2016/2/27～

2015

  1. Evaluation of Advanced Oxidation Processes(AOP) using O3, UV and TiO2 for the degradation of phenol in water, Journal of Water Process Engineering, Harufumi Suzuki(D);Sadao Araki;Hideki Yamamoto, Journal of Water Process Engineering, 7 (2015) 54-60, 2015/9～
  2. Mapping the degree of asphaltene aggregation, determined using Rayleigh scattering measurements and Hansen solubility parameters, Masato Morimoto(AIST);Takashi Sato(D);Sadao Araki;Ryuzo Tanaka(JPEC);Hideki Yamamoto;Shinya Sato(AIST);Toshimasa Takanohashi(AIST), Energy and Fuels, 29 (2015) 2808–2812, 2015/5/21～

A​c​a​d​e​m​i​c​ ​p​r​e​s​e​n​t​a​t​i​o​n

2019

  1. Preparation of graphene oxide/silica composite membranes and their application for nanofiltration, Kojiro Ueda (B);Masanobu Nakata (D);Hideki Yamamoto;Sadao Araki, SCEJ 84th Annual Meeting, PD322, 2019/3/15～
  2. Preparation of ceramic hollow fibers and their application for separation process, Sadao Araki, SCEJ 84th Annual Meeting, Q305, 2019/3/15～
  3. Preparation of highly permeable CHA type zeolite membrane using TEAOH, Sadao Araki;Yuto Okubo (D);Satoshi Imasaka (Hitz);Hideki Yamamoto, SCEJ 84th Annual Meeting, F202, 2019/3/14～
  4. Preparation and formation mechanism of AFX type zeolite, Koki Maekawa (B);Satoshi Imasaka (Hitz);Koji Kida (Hitz);Hideki Yamamoto;Sadao Araki, SCEJ 84th Annual Meeting, PC228, 2019/3/14～

2018

  1. Conversion process of Y-type zeolite into high-silica SSZ-13 using TEAOH, Yuto Okubo (D);Satoshi Imasaka (D);Sadao Araki;Hideki Yamamoto, SCEJ 50th Autumn Meeting, PA267, 2018/9/19～

2017

  1. Preparation of all-silica STT-type zeolite membrane, Takashi Nakai(D);Sadao Araki;Satoshi Imasaka(Hitachizosen);Yasuhisa Hasegawa(AIST);Koichi Sato(AIST);Hideki Yamamoto, SCEJ 81st Annul Meeting (2016), 2016/3/15～
  2. Decomposition behavior of perfluorocarbon (PFC) using Al2O3 supported Nickel/CaO mixed reactants, Kazunori Takai(D);Sadao Araki;Hideki Yamamoto, SCEJ 81st Annual Meeting(2016), 2016/3/14～
  3. Gas separation property of high-silica CHA type zeolite membrane, Satoshi Imasaka(Hitachizosen);Masaya Itakura(Hitachizosen);Kazuhiro Yano(Hitachizosen);Suguru Fujita(Hitachizosen);Yasuhisa Hasegawa(AIST);Chie Abe(AIST);Hideki Yamamoto;Sadao Araki, SCEJ 81 Annual Meeting (2016), 2016/3/13～

International academic conference

2019

  1. Preparation and formation mechanism of AFX type zeolite, Koki Maekawa;Satoshi Imasaka;Koji Kida;Hideki Yamamoto;Sadao Araki, the 12th European Congress of Chemical Engineering, 2019/9/15～2019/9/19
  2. Preparation of graphene oxide/silica composite membranes and their application for nanofiltration, Kojiro Ueda;Masanobu Nakata;Hideki Yamamoto;Sadao Araki, the 12th European Congress of Chemical Engineering, 2019/9/15～2019/9/19
  3. Development of organic solvent nanofiltration membrane with high durability, Masanobu Nakata;Hideki Yamamoto;Sadao Araki, the 12th European Congress of Chemical Engineering, 2019/9/15～2019/9/19
  4. Preparation of high CO2 permeable CHA type zeolite membrane using TEAOH, Sadao Araki;Okubo Yuto;Satoshi Imasaka;Hideki Yamamoto, the 12th European Congress of Chemical Engineering, 2019/9/15～2019/9/19
  5. Preparation and formation mechanism of AFX type zeolite, Koki Maekawa;Hideki Yamamoto;Sadao Araki, The 14th International Symposium in Science and Technology (ISST2019), 2019/8/7～2019/8/9
  6. Preparation of high durability graphene oxide membranes and their application for nanofiltration, Kojiro Ueda;Hideki Yamamoto;Sadao Araki, The 14th International Symposium in Science and Technology (ISST2019), 2019/8/7～2019/8/9
  7. Testing zeolite membranes for membrane reactors for methanol production by CO2 hydrogenation, Miriam Tovar;Raquel Raso;Javier Lasobras;Javier Herguido;Izumi Kumakiri;Sadao Araki;Miguel Menéndez, 8th International Zeolite Membrane Meeting (IZMM2019), OP17, 2019/6/18～

2018

  1. Seed-assisted Synthesis of Ti-CHA Zeolite and Its Thermal Stability, Sadao Araki;Hiroyasu Ishii(D);Satoshi Imasaka(D);Hideki Yamamoto, Intarnational Symposium on Zeolites and Microporous Crystals 2018 (ZMPC2018), 2018/8/6～
  2. Pervaporation of ethylacetate/ethanol azeotrope using hydrophobic silica membrane, Masanobu Nakata (D);Ami Okabe (D);Sadao Araki;Hideki Yamamoto, The 13th International Symposium in Science and Technology, 2018/8～
  3. Preparation and gas permeation properties of Ti-CHA zeolite membranes, Sadao Araki;Hiroyasu Ishii (D);Satoshi Imasaka (D);Hideki Yamamoto, Euromembrane2018, 2018/7/10～
  4. Pervaporation of ethyl acetate/ethanol mixuter using hydrophobic silica membrane, Masanobu Nakata (D);Ami Okabe (D);Sadao Araki;Hideki Yamamoto, Euromembrane2018, 2018/7/10～
  5. Separation of methanol from organic mixtures using CHA type zeolite membranes, Yuto Okubo (D);Hitomi Miyamoto (B);Satoshi Imasaka (D);Sadao Araki;Hideki Yamamoto, Euromembrane2018, 2018/7/10～

2015

  1. Measurement of Flow Properties of Horse Arterial Blood with Different Hematocrit Values Using Falling Needle Rheometer, , NINETEENTH SYMPOSIUM ON THERMOPHYSICAL PROPERTIES, 2015/6/24～