S1. APCChE–UNIDO Special Symposium (Open to the public)
APCChE–UNIDO Special Symposium — Inclusive and sustainable chemical industry in achieving the Sustainable Development Goals (Open to the public)
To make contributions to SDGs, it is essential to discuss the vision of sustainable society meeting the condition for each region, design the customized system, and make actions. This symposium calls for presentations on the local issues and how chemical engineering could address them especially in Southeast, South, and West Asian regions and on the environmental and energy technologies. Presentations on case studies are highly encouraged. Keynote lectures will be made by UNIDO, investors, and/or leading researchers. This session will be organized jointly with the Students' Program on “Research proposal for SDGs from youth.”
The contents can include environmental and energy problems in local societies, environmental technologies and their installation, renewable energies and their installation, design of sustainable cities/towns meeting local conditions.
Keynote talks
- “UNIDO's commitments on technology transfer and realization of SDGs in developing countries,”
Fukuya Iino, United Nations Industrial Development Organization (UNIDO) - “Enlighten the next generation on a diverse Chemical Engineering for sustainable development
–Practices in a Chemical Engineering introductory course for first-year undergraduates,”
Bing Zhu, Tsinghua University
Invited talks
- “Challenges of chemical engineering for SDGs,”
Masahiko Hirao, The University of Tokyo - “Overview of trends and efforts towards achieving SDGs in Japan and Sapporo,”
Akihiro Satake, City of Sapporo
Organizers
- Suguru Noda, Waseda University
- Fukuya Iino, United Nations Industrial Development Organization (UNIDO)
- Mitsuo Yamamoto, The University of Tokyo
- Bing Zhu, Tsinghua University
- Kanako Tanaka, JST/LCS
S2. SDGs forum (Invited talks only. Open to the public)
This Forum is a concluding session responding to the discussion during the APCChE2019 Congress under the theme of “Chemical Engineering for Sustainable Development Goals (ChE4SDGs).” Following four invited talks from industry and academia about practices for implementing the SDGs, conclusions of the four sessions relevant to the SDGs: Student program, APCChE–UNIDO special symposium, Diversity in chemical engineering, and East Asian joint session will be presented. As the outcome of the congress, chemical engineers' determination toward achieving the SDGs will be proposed. We hope that all participants will take this opportunity to think about sustainability and bring ideas for the well-being of society back home. This session will be composed of invited talks only.
Invited talks
- “Sumitomo Chemical's challenge for sustainability ∼Sumika Sustainable Solutions∼,”
Mayumi Hayashi, Sumitomo Chemical Co., Ltd. - “The Challenge of Bioenergy in Indonesia for SDGs,”
Eniya Listiani Dewi, Technology of Information, Energy and Material-BPPT - “SDGs and Science Council of Japan,”
Miyoko Watanabe, Science Council of Japan / Japan Science and Technology Agency - “AIChE and sustainability education,”
Kim Ogden, American Institute of Chemical Engineers(AIChE) / the University of Arizona
Organizers
- Masahiko Hirao, The University of Tokyo
- Suguru Noda, Waseda University
- Masahiko Matsukata, Waseda University
S3. East Asian joint session
East Asian joint session: Critical SDGs in highly industrialized economies
East Asia is characterized by economies that have achieved high level of development in varied forms. In such economies, balances among the society, economy and the environment has been (and will continued to be) an important issue. This session offers scientists and engineers a unique opportunity to share how chemical technologies have been, or is envisioned to be put into practice to achieve critical SDGs within the respective economies. The outcomes may allow a cross-boundary, East Asian initiatives to form and thereby jointly achieve the SDGs in the global supply chain.
Keynote talks
- “Taking the East Asian chemical industry into the circular economy,”
Yu-Wen Chen, National Central University - “Renewable energy resource and policy of Korea based on the Earth observation data,”
Hyun-Goo Kim, Korea Institute of Energy Research, New-Renewable Energy Resource & Policy Center - “Multi-criteria technology roadmapping towards sustainable energy use: The case of photovoltaics,”
Hajime Ohno, Tohoku University
Organizers
- Yasuhiro Fukushima, Tohoku University
- Bing-Hung Chen, National Cheng Kung University
S4. SCEJ–AIChE joint session
SCEJ–AIChE joint session: Bioseparations and bionanotechnology (8th SCEJ–AIChE joint session)
Understanding biological interaction for chromatography separations or bionanoparticles based systems such as detection or drug delivery. Papers on the following topics will be presented, biological interaction in chromatography and other bionanoparticle systems for drug delivery and analysis.
The contents can include bio-nanotechnology for bioseparations, biological interaction or recognition in chromatography and other bio-affinity systems, and transport phenomena in chromatography and other bio-affinity systems.
Keynote talks
- “The study of surface chemistry to enhance viral bioprocessing,”
Caryn Heldt, Michigan Technological University - “Rapid development of orthogonal, integrated downstream bioprocesses,”
Steven M. Cramer, Rensselaer Polytechnic Institute
Organizers
- Shuichi Yamamoto, Yamaguchi University
- Giorgio Carta, The University of Virginia
- Noriko Yoshimoto, Yamaguchi University
S5. SCEJ–ESBES joint session
SCEJ–ESBES joint session: Next generation downstream processing of biologics (2nd SCEJ–ESBES joint session)
It is highly expected to improve downstream processing of biological products such as monoclonal antibodies by developing new technologies and/or incorporating new concepts. Papers on the following topics will be presented: continuous purification methods, advanced process analytical technology (PAT), integrated purification unit operations, modeling of unit operations and so on.
The contents can include chromatography of biologics, membrane/filtration of biologics, precipitation/crystallization of biologics, continuous separation of biologics, modelling of downstream processing of biologics, and process analytical technology (PAT).
Keynote talk
- “Digitalization and automation in the continuous integrated manufacturing of monoclonal antibodies,”
Massimo Morbidelli, ETH Zürich
Organizers
- Shuichi Yamamoto, Yamaguchi University
- Alois Jungbauer, University of Natural Resources and Life Sciences, Vienna (BOKU)
- Ales Podgornik, The University of Ljubljana
- Noriko Yoshimoto, Yamaguchi University
S6. Australia–China–Japan session for powder and nanotechnology
Australia–China–Japan session for powder and nanotechnology (incorporating the 2nd China-Japan Particuology Forum)
This session focus on the fundamentals and modeling of fine and nano-particles functional behavior and industrial applications in material, pharmaceutical, energy and environmental, etc., to produce collaboration among three countries and academia/industry
The contents can include fluid and particle processing, and materials and interfaces.
Keynote talks
- “Multiscale modelling and analysis of particle-fluid flow systems: Some examples,”
Shibo Kuang, Monash University - “Hollow multi-shelled structures particles: Synthesis and applications,”
Dan Wang, Institute of Process Engineering, Chinese Academy of Sciences
Invited talks
- “Preparation of natural graphite/SAN composite microspheres and their application in lithium-ion batteries,”
Xiang Liu, Nanjing Tech University - “Potential bridge towards green H2 from coal: Supercritical water gasification,”
Liejin Guo, Xi'an Jiaotong University - “Shaping particles by chemical diffusion and reaction,”
Yongsheng Han, Chinese Academy of Sciences - “Numerical simulation of a CH4 dehydroaromatization-catalyst regeneration fluidized bed system using multi-phase particle-in-cell methodology,”
Xiaoxun Ma, Northwest University - “Pickering Emulsion: Old Trees Blossom New Flowers,”
Guanghui Ma, Chinese Academy of Sciences - “Innovative granular flow modeling for industrial systems,”
Mikio Sakai, The University of Tokyo - “Modelling and optimisation of ironmaking processes: Some recent developments,”
Yansong Shen, University of New South Wales - “Biomimetic formulation engineering for anticancer therapy,”
Wei Wei, Institute of Process Engineering, Chinese Academy of Sciences - “Numerical and experimental investigation of particle deposition in the mouth-throat models with handihaler®,”
Zhenbo Tong, Southeast University
Organizers
- Hidehiro Kamiya, Tokyo University of Agriculture and Technology (Chief of chairs)
- Aibing Yu, Monash University
- Guanghui Ma, Chinese Academy of Science
S7. Carbon capture, utilization, and storage (CCUS)
Carbon capture, utilization, and storage (CCUS): Process development and fundamental properties
As the global warming becomes the serious problem in the society, the technology is needed to develop the novel processes of carbon dioxide capture for utilization (CCU) as well as storage (CCS). This symposium will provide the opportunity for you to discuss topics ranging from the fundamental thermodynamic data and models to the development of the novel separation processes for CCUS technology. The fundamental properties, the separation processes, and the environment, these three divisions of SCEJ organize this symposium as the kick off of the large scale collaboration. Tomakomai CCS demonstration plant site tour is under planinng.
The contents can include CCS and CCU.
Keynote talks
- “CCS demonstration projects in Japan and Tomakomai CCS Demonstration Project,”
Yoshihiro Sawada, Japan CCS Co., Ltd. - “Challenges and opportunities for carbon capture and utilization in high CO2 content natural gas environment,”
Azmi Mohd Shariff, Universiti Teknologi PETRONAS - “Manufacturing advanced structured contactors with integrated heat management capabilities,”
Ryan Lively, Georgia Institute of Technology - “Chinese CCUS overview and carbonation research for concrete curing,”
Tao Wang, Zhejiang University - “IHI PCC technologies demonstration at a coal-fired power plant,”
Takumi Endo, IHI Corporation
Organizers
- Hiroshi Machida, Nagoya University
- Hidetaka Yamada, Research Institute of Innovative Technology for the Earth (RITE)
- Nobuhide Takahashi, Shinshu University
- Shigeo Oba, Applied Thermodynamics and Physical Properties, Co., Ltd. (AT-PP) (Chief of chairs)
- Tomoya Tsuji, Universiti Teknologi Malaysia
S8. Materials and systems engineering for electrical energy devices
Materials and systems engineering for electrical energy devices —fuel cell, battery, solar cell, and energy carriers—
The symposium is focusing on state-of-the-art topics in the fields of fuel cells, battery, solar cell, energy carriers and related electrochemical energy technologies with comprehensive approach and perspectives from materials, reactions, devices, and systems to provide a forum for international exchange of views for future energy systems.
The contents can include fuel cell, battery, and solar cell technologies, energy carrier technologies, water electrolysis, and related electrochemical energy conversion and storage systems.
Keynote talks
- “Synthesis and characterization of bifunctional air electrodes for rechargeable zinc-air batteries,”
Chi-Chang Hu, National Tsing Hua University - “Structured Cu-based/γ-Al2O3/Al catalysts for steam reforming of dimethyl ether and applied in a microreactor,”
Qi Zhang, East China University of Science and Technology - “Electrical energy storage in functionalized renewable materials,”
Rajan Jose, Universiti Malaysia Pahang - “Review of new energy vehicle development in China and construction of Shanghai AI NEV Innovative Platform with battery materials analysis function,”
Jiping Ye, Tongji University
Organizers
- Junichiro Otomo, The University of Tokyo (Chief of chairs)
- Takao Nakagaki, Waseda University
- Akira Nishimura, Mie University (Poster session chair)
- Ryuji Kikuchi, The University of Tokyo
- Takanori Tamaki, Tokyo Institute of Technology
- Takuya Hasegawa, Nissan Motor Co., Ltd.
S9. Diversity in chemical engineering (Invited talks only)
Diversity plays a critical role in solving a global problem, where gender equality is ever more discussed as it was addressed in SDG #5. In this session, current situation of diversity in each country are overviewed. We will exchange ideas on ways to promote networking and increase collaboration among countries on this issue.
The contents can include gender equality, diversity, and woman's networking in chemical engineering.
Keynote talk
- “Preparing for tomorrow¡Çs workforce,”
Kimberly Ogden, AlChE and University of Arizona
Invited talks
- “Typical green chemical processes in China,”
Xiangping Zhang, Insitutue of Process Engineering, Chinese Academy of Sciences - “From social network to research network,”
Joung Sook Hong, Seoul National University - “Challenges for diversity promotion in the Society of Chemical Engineers, Japan,”
Keiko Fujioka, Functional Fluids Ltd. - “Current status and future outlook of woman engineer in Taiwan,”
Yu-Wen Chen, National Central University
Organizers
- Chiharu Tokoro, Waseda University (Chief of chairs)
- Eri Amasawa, The University of Tokyo
- Qin Hu, The Chemical Industry and Engineering Society of China
- Ming-Hua Ho, National Taiwan University of Science and Technology
- Heeyeop Chae, Sungkyunkwan University (SKKU)
S10. Industry 4.0 and the future of chem. eng. (Invited talks only)
Industry 4.0 and the future of chemical engineering (Invited talks only)
The concept of Industrie 4.0 is expected to bring about revolution in chemical manufacturing. It is about exploitation of information technology but in a way different from the current relationship between chemical plants and information technology. Industrie 4.0 advocates the introduction of IoT and development of cyber-physical systems. Through analysis of big data from a process and the market using a powerful data processing technology, we can foresee the change in the status of the factory and the market, and derive the best operating strategy. This session discusses the current status, future and the issues related to Industrie 4.0 for chemical industry.
The contents can include Industrie 4.0, education, artificial intelligence, and Internet of things .
Keynote talks
- “Challenges on artificial intelligence for Japan and chemical industry,”
Naohiko Uramoto, Mitsubishi Chemical Holdings / The Japanese Society for Artificial Intelligence - “Model-free and model-based deep reinforcement learning for control and optimization of process systems,”
Jong Min Lee, Seoul National University - “Small data integration for process modeling by using deep neural network-based word embedding,”
Yuan Yao, National Tsing Hua University - “Revolution in chemical industry triggered by modular flow technology,”
Ken-Ichiro Sotowa, Kyoto University
Organizers
- Takeo Yamaguchi, Tokyo Institute of Technology
- Ken-Ichiro Sotowa, Tokushima University
SP. Student program (contest)
Student program (contest):— Research proposal for SDGs from youth (Open to the public)
The Sustainable Development Goals (SDGs) have been adopted at the United Nations Summit in 2015 with their 17 goals and 169 targets to be achieved by 2030. To encourage students' challenges to this initiative, the Student Program will be held on 23 September. Please refer to the Student Program page for details.
Keynote talks
- “Science, Technology and Innovation for SDGs,”
Yuko Hayashi, Yamaguchi University - “Energy transition from diesel to renewables in off-grid islands: Techno-economics and its implication to the food–energy–water nexus,”
Joey D. Ocon, University of the Philippines Diliman
Organizers
- Suguru Noda, Waseda University
- Mitsuo Yamamoto, The University of Tokyo
- Satoko Fujioka, Keio University