Theme 1. Recycling nitrogen compounds in gas phase to ammonia resource
①Ultra-selective NO adsorption materials for NTA using metal species-derived electrostatic field in hydrophilic/hydrophobic nanospace, The University of Tokyo / Seibu Giken CO., LTD.
Takeshi Ohnishi,
Senior Technical Specialist,
Institute of Industrial Science
Koji Inoue,
Seibu Giken CO., LTD.,
General Manager,
Research & Development Department- Akihiro Tou,
Seibu Giken CO., LTD.,
Assistant Manager,
Research & Development Department
②Precise design of nanospaces with making full use of the synthetic technolody for porous oxides for providing NOx storage field for a NTA reaction, AIST
Atsuko Tomita,
Senior Researcher,
Innovative Functional Materials Research Institute
Ryutaro Wakabayashi,
Senior Researcher,
Innovative Functional Materials Research Institute
③Development of active HC- and H2-NTA catalysts in the absence of oxygen at low temperature, AIST
Tetsuya Nanba,
Deputy Director of Renewable Energy Research Center and Team Leader of Hydrogen Energy Team,
Renewable Energy Research Center
Group HP
Taku Tsujimura,
Team Leader of Hydrogen Energy Carrier Utilization Team,
Renewable Energy Research Center
Group HP
④Development of active HC- and H2-NTA catalysts in the presece of oxygen, Waseda University
Kasumi Kitazume,
Research assistant,
Research Institute for Science and Engineering
Bungo Suzumura,
Research assistant,
Research Institute for Science and Engineering
⑤Development of NH3 adsorption and resource recovery process after NTA conversion, AIST
⑥Synthesis and evaluation of unified system of NO adsorption / desorption process and NTA reaction process, Tokyo Institute of Technology
Hideyuki Matsumoto,
Associate Professor,
Department of Chemical Science and Engineering, School of Materials and Chemical Technology
Teruoki Tago,
Professor,
Department of Chemical Science and Engineering, School of Materials and Chemical Technology
Hiroyasu Fujitsuka,
Visiting Assistant Professor,
Department of Chemical Science and Engineering, School of Materials and Chemical Technology
Theme 2. Recycling nitrogen compounds in wastewater to ammonia resource
Theme 2-1. R&D on microbial conversion of nitrogen compounds to ammonia
⑧Development of operation management based on microbial community control, AIST
Tomoyuki Hori,
Chief Senior Researcher,
Environmental Management Research Institute
ORCID
ResearchGate
Tomohiro Inaba,
Senior Researcher,
Environmental Management Research Institute
⑨Investigating an operation strategy by control on nitrogen dynamics for stable microaerophilic NH4+ conversion, Tokyo University of Agriculture and Technology
⑩Energy and material balance evaluation and N2O emission mitigation strategy development (Kyoto Univ.), Kyoto University
Taku Fujiwara,
Professor,
Department of Environmental Engineering, Graduate School of Engineering
Tomohiro Nakanishi,
Assistant Professor,
Department of Environmental Engineering, Graduate School of Engineering
Fumitake Nishimura,
Associate Professor,
Research Center for Environmental Quality Management, Graduate School of Engineering
Taira Hidaka,
Junior Associate Professor,
Department of Environmental Engineering, Graduate School of Engineering
Xinyi Zhou,
Project-Specific Researcher,
Department of Environmental Engineering, Graduate School of Engineering
⑪Bench scale process design of microaerobic conversion from nitrogen compounds to NH4+, Kyowa Hakko Bio Co., LTD.
⑫Development of technologies for effective bioaugmentaion of ammonia-tolerant microbial community for improving AnMBR (Anaerobic Membrane Bio-Reactor) performance, Osaka University
⑬Construction of highly NH4+-tolerant microbial consortia, Hiroshima University
Takahisa Tajima,
Associate Professor,
Graduate School of Integrated Sciences for Life
Laboratory HP
ORCID
⑭Establishment of efficient AnMBR operating methods, Kobe University
Theme 2-2. R&D on ammonia recycling by separation and concentration
⑮Development and evaluation of ammonia concentration process by membrane separation, Kobe University
Hideto Matsuyama,
Professor, Director,
Research Center for Membrane and Film Technology
Matsuyama Lab website
Tomohisa Yoshioka,
Professor,
Research Center for Membrane and Film Technology
Atsushi Matsuoka,
Assistant Professor,
Research Center for Membrane and Film Technology
Zhan Li,
Assistant Professor,
Research Center for Membrane and Film Technology
Ralph Gonzales,
Assistant Professor,
Research Center for Membrane and Film Technology
Keizo Nakagawa,
Associate Professor,
Graduate School of Science, Technology and Innovation
Kazuo Kumagai,
Professor,
Research Center for Membrane and Film Technology
Susumu Hasegawa,
Academic Researcher,
Graduate School of Engineering
Zhaohuan Mai,
Assistant Professor,
Research Center for Membrane and Film Technology
⑯ Structure optimization and modulization of hollow fiber FO membrane, TOYOBO MC Corporation
Satoshi Tanaka,
General Manager,
Environmental Solutions Sales Section
Masahiro Yasukawa,
Manager
Water Treatment Membrane Basic R&D Group, Environmental Solutions R&D Section
Shohei Goda,
Researcher
Water Treatment Membrane Basic R&D Group, Environmental Solutions R&D Section
⑰Development of FO membrane using zeolite for high temperature industrial wastewater, Waseda University
⑱Recovery process of ammonium ions from wastewater by ion exchange membranes, Yamaguchi University
Yu Sugimoto,
Assistant Teacher,
Graduate School of Sciences and Technology for Innovation
Higa Lab HP
⑲Design of ion exchange membrane and the commercial module, Astom corporation
⑳System analysis and module design in membrane distillation, Hiroshima University
Toru Ishigami,
Associate Professor,
Graduate School of Advanced Science and Engineering
HP of Fine Particle Technology Laboratory in Hiroshima University
Mohammadreza Shirzadi,
Researcher,
Graduate School of Advanced Science and Engineering
HP of Fine Particle Technology Laboratory in Hiroshima University
㉑R&D of adsorbent for ammonium and the recovery process, AIST
㉒Research and development of ammonia-adsobent from wastewater using complexation reaction, The University of Tokyo
㉓Evaluation and Development of implementation of NH4+ recycling process utilizing NH4+ adsorbent in wastewater, FUSO Corporation
Satoshi Tanaka,
Director,
R&D Department
Hiroyuki Takahashi,
Director,
Research Center of Water Treatment Technology
Takashi Suzaki,
Director,
R&D Department
Hiroaki Mikasa,
Section chief,
R&D Department
Toshio Yamada,
Section chief,
R&D Department
Ken Nishibashi,
Staff,
R&D Department
㉔Evaluation of nitrogen compound separation processes in aqueous phase using membrane and adsorption techniques, Nagoya University
Keigo MATSUDA,
Professor,
Department of Complex Systems Science, Graduate School of Informatics
ORCID
Theme 3. Synthesis and evaluation of process technologies for recycling nitrogen compounds
㉕Whole design for practical use of nitrogen resource recycling, AIST
Jun-ichi Sugiyama,
Senior Researcher,
Nanomaterials Research Institute
Takashi Honda,
Intellectual Property Producer,
Nanomaterials Research Institute
㉖Environmental Impact Assessment of Nitrogen Cycling Technology, AIST
Kiyotaka Tahara,
Principal Research Manager/Director, laboratory,
Research Institute of Science for Safety and Sustainability
Research laboratory for IDEA
ORCID
Hiroo Hata,
Senior Researcher,
Research Institute of Science for Safety and Sustainability
Environmental Exposure Modeling Group
ORCID
Yuki Ichisugi,
Postdoctoral Researcher,
Research Institute of Science for Safety and Sustainability
ORCID
Vazquez Santiago Jairo,
Postdoctoral Researcher,
Research Institute of Science for Safety and Sustainability
Group HP
㉗Study on data management of nitrogen cycle technology, Tokyo Institute of Technology
- Hideyuki Matsumoto,
Associate Professor,
Department of Chemical Science and Engineering, School of Materials and Chemical Technology - Teruoki Tago,
Professor,
Department of Chemical Science and Engineering, School of Materials and Chemical Technology - Keigo MATSUDA,
Nagoya University
Professor,
Department of Complex Systems Science, Graduate School of Informatics
ORCID