Program changes will be posted on this web page, if any.
11:20–11:50 A104 “[Keynote] Science, Technology and Innovation for SDGs,”
, Yamaguchi University (SP. Student program)
11:50–12:20 A106 “[Keynote] Energy transition from diesel to renewables in off-grid islands: Techno-economics and its implication to the food–energy–water nexus,”
, University of the Philippines Diliman (SP. Student program)
10:30–11:00 C201 “[Keynote] Enzymatic biofuel cells using mediator embedded biocatalysts,”
, Seoul National University of Science and Technology (12. Materials processing and interface control)
10:30–11:00 F201 “[Keynote] The study of surface chemistry to enhance viral bioprocessing,”
, Michigan Technological University (S4. SCEJ–AIChE: Bioseparations and bionanotechnology)
10:30–11:00 G201 “[Keynote] Advanced interconnect technology and chemical engineering,”
, IBM (11. Electronics materials and processes)
10:30–11:00 H201 “[Keynote] De-lignification mechanism of woody biomass by organosolv using 1-butanol/water mixture,”
, Hokkaido University (5. Chemical reaction engineering)
10:40–11:05 A202 “[Keynote] UNIDO's commitments on technology transfer and realization of SDGs in developing countries,”
, United Nations Industrial Development Organization (UNIDO) (S1. APCChE–UNIDO Special Symposium)
11:00–11:30 E203 “[Keynote] Impact of highly porous adsorbent materials for utilization in waste heat driven adsorption cooling cycles,”
, Kyushu University (9. Energy engineering)
11:00–11:30 F203 “[Keynote] Rapid development of orthogonal, integrated downstream bioprocesses,”
, Rensselaer Polytechnic Institute (S4. SCEJ–AIChE: Bioseparations and bionanotechnology)
11:00–11:30 G203 “[Invited] Materials development support project for high current SiC power module ˜ KAMOME Project ˜,”
, Yokohama National University (11. Electronics materials and processes)
11:15–11:45 A204A204 “[Keynote] Enlighten the next generation on a diverse Chemical Engineering for sustainable development
–Practices in a Chemical Engineering introductory course for first-year undergraduates,”
, Tsinghua University (S1. APCChE–UNIDO Special Symposium)
11:30–12:00 B205B205 “[Keynote] Hard-sphere / pseudo-particle modeling of reaction-diffusion coupling,”
, Institute of Process Engineering, Chinese Academy of Sciences (2. Fluid and particle processing)
11:30–12:00 O205 “[Keynote] Challenges in centrifugal separation in biotechnology,”
, The Hong Kong Polytechnic University (4. Separation processes)
13:30–13:45 A213 “[Invited] Overview of trends and efforts towards achieving SDGs in Japan and Sapporo,”
, City of Sapporo (S1. APCChE–UNIDO Special Symposium)
13:30–14:00 B213 “[Keynote] Energy recovery from sewage sludge by combined hydrothermal pretreatment and CO2 gasification,”
, National University of Singapore (2. Fluid and particle processing)
13:30–14:00 G213 “[Keynote] Present and future status of membrane reactor projects in European countries,”
, TECNALIA (5. Chemical reaction engineering)
13:45–14:00 A214 “[Invited] Challenges of chemical engineering for SDGs,”
, The University of Tokyo (S1. APCChE–UNIDO Special Symposium)
14:00–14:30 C215 “[Keynote] Neccessity of hydrogen society and systematic material design for fuel cells and water electrolysis,”
, Tokyo Institute of Technology (12. Materials processing and interface control)
14:00–14:30 J215 “[Keynote] Omniphobic inorganic membranes fabricated through nanoarchitectured design of ZnO depositions,”
, National Taiwan University (4. Separation processes)
14:30–14:45 G217 “[Invited] Forced unsteady state operation of a catalytic converter during cold start-up for oxidizing CO over Pt/γ-Al2O3 catalyst,”
, Institut Teknologi Bandung (5. Chemical reaction engineering)
14:30–15:00 K217 “[Keynote] Tailoring food functional properties through powder processing and structuring,”
, Nestlé (7. Biochemical engineering)
14:30–15:00 M217 “[Keynote] Structured Cu-based/γ-Al2O3/Al catalysts for steam reforming of dimethyl ether and applied in a microreactor,”
, East China University of Science and Technology (S8. Materials and systems engineering for electrical energy devices —fuel cell, battery, solar cell, and energy carriers—)
15:30–16:00 C221 “[Keynote] Nanostructured catalysts for electrolytic water splitting,”
, National Tsing Hua University (12. Materials processing and interface control)
15:30–16:00 G221 “[Keynote] Improved metal oxide ALD precursors for industrial applications,”
, Air Liquide Laboratories (5. Chemical reaction engineering)
15:30–16:00 O221 “[Keynote] Development of new extractants for platinum group metals and analysis of the extraction mechanism,”
, Advanced Industrial Science and Technology (4. Separation processes)
16:00–16:30 N223 “[Keynote] Human behavioral informatics and cognitive engineering: Potential for enhancing process operations and safety,”
, Indian Institute of Technology Madras (6. Process systems engineering)
16:30–17:00 K225 “[Keynote] Enabling high throughput platform technologies for smart biobreeding of green biomanufacturing,”
, Tsinghua University (7. Biochemical engineering)
16:30–17:00 N225 “[Keynote] Reinforcement learning— Overview of recent progress and potential applications for process systems engineering,”
, Korea Advanced Institute of Science and Technology (KAIST) (6. Process systems engineering)
10:30–11:00 C301 “Control of interface of micro- and nano-composite particles and bubbles by high pressure technique,”
, Fukuoka University (12. Materials processing and interface control)
10:30–11:00 F301 “[Keynote] Preparing for tomorrow's workforce,”
, AlChE and University of Arizona (S9. Diversity in chemical engineering)
10:30–11:00 G301 “[Keynote] Vapor-phase deposition of functional polymer films and their device applications,”
, Korea Advanced Institute of Science and Technology (KAIST) (5. Chemical reaction engineering)
11:00–11:30 E303 “[Keynote] CCT research and development to reduce CO2 emission on NEDO,”
, New Energy and Industrial Technology Development Organization (NEDO) (9. Energy engineering)
11:00–11:15 F303 “[Invited] Typical green chemical processes in China,”
, Insitutue of Process Engineering, Chinese Academy of Sciences (S9. Diversity in chemical engineering)
11:15–11:30 F304 “[Invited] From social network to research network,”
, Seoul National University (S9. Diversity in chemical engineering)
11:30–11:45 F305 “[Invited] Current status and future outlook of woman engineer in Taiwan,”
, National Central University (S9. Diversity in chemical engineering)
11:30–12:00 B305 “[Keynote] Fluidization-based reaction-decoupling fuel conversion fundamentals and technologies,”
, Shenyang University of Chemical Technology (2. Fluid and particle processing)
11:30–12:00 N305 “[Keynote] Energy efficient design and control of reactive distillation processes via hybrid heat-integration and pervaporation arrangement,”
, National Taiwan University of Science and Technology (6. Process systems engineering)
11:45–12:00 F306 “[Invited] Challenges for diversity promotion in the Society of Chemical Engineers, Japan,”
, Functional Fluids Ltd. (S9. Diversity in chemical engineering)
13:30–14:00 A313 “[Keynote] Multiscale modelling and analysis of particle-fluid flow systems: Some examples,”
, Monash University (S6. Australia–China–Japan session for powder and nanotechnology)
13:30–14:00 F313 “[Keynote] Challenges on assessment of forensic polymer engineering: A path forward,”
, UTeM (14. Chemical plant material engineering)
13:30–14:00 G313 “[Keynote] Solid fuel production from agricultural residues and its application in Malaysia,”
, Universiti Teknologi Petronas (5. Chemical reaction engineering)
13:30–14:00 H313 “[Invited] VLS growth of lead halide nanowires and their conversion into organic-inorganic hybrid perovskite,”
, Inha University (5. Chemical reaction engineering)
13:30–14:00 I313 “[Keynote] Environmental applications of electrochemical membrane separation processes (BPED),”
, Seikei University (13. Environment)
14:00–14:20 A315 “[Invited] Shaping particles by chemical diffusion and reaction,”
, Chinese Academy of Sciences (S6. Australia–China–Japan session for powder and nanotechnology)
14:00–14:30 C315 “[Keynote] Surface melting of ice crystals visualized by advanced optical microscopy,”
, Hokkaido University (12. Materials processing and interface control)
14:00–14:30 H315 “[Invited] Development of organosilica membrane with ionic liquid properties and its application to simultaneous separation of methanol and H2O from H2 and CO2,”
, Osaka University (5. Chemical reaction engineering)
14:00–14:30 K315 “[Keynote] Mining perturbed gene expression patterns for drug discovery,”
, National Yang-Ming University (7. Biochemical engineering)
14:20–14:40 A316 “[Invited] Innovative granular flow modeling for industrial systems,”
, The University of Tokyo (S6. Australia–China–Japan session for powder and nanotechnology)
14:30–15:00 H317 “[Invited] Advanced surface characterisation and rational design of zeolite catalysts using synchrotron X-ray powder diffraction,”
, The Hong Kong Polytechnic University (5. Chemical reaction engineering)
14:30–15:00 M317 “[Keynote] Electrical energy storage in functionalized renewable materials,”
, Universiti Malaysia Pahang (S8. Materials and systems engineering for electrical energy devices —fuel cell, battery, solar cell, and energy carriers—)
14:30–15:00 O317 “[Keynote] New activity coefficient model for correlation and prediction of phase equilibria,”
, Kyushu University (1. Physical properties and physical chemistry)
14:40–15:00 A317 “[Invited] Numerical and experimental investigation of particle deposition in the mouth-throat models with handihaler®,”
, Southeast University (S6. Australia–China–Japan session for powder and nanotechnology)
15:30–15:50 A321 “[Invited] Modelling and optimisation of ironmaking processes: Some recent developments,”
, University of New South Wales (S6. Australia–China–Japan session for powder and nanotechnology)
15:30–16:00 C321 “[SCEJ Award for Outstanding Asian Researcher and Engineer] Advanced porous materials MOFs: Construction and potential application,”
, Beijing University of Technology (12. Materials processing and interface control)
15:30–16:00 G321 “[Keynote] Challenges and opportunities for carbon capture and utilization in high CO2 content natural gas environment,”
, Universiti Teknologi PETRONAS (S7. Carbon capture, utilization, and storage (CCUS))
15:30–16:00 H321 “[Invited] Application of plasma-water interaction using atmospheric pressure plasma,”
, Inha University (5. Chemical reaction engineering)
15:30–16:00 J321 “[Keynote] Integrated, intensified and hybrid distillation: Tomorrow workhorse for sustainable chemical process industries,”
, Yeungnam University (4. Separation processes)
15:30–16:00 O321 “[Keynote] Phase Equilibria of diethyl carbonate (DEC) mixtures with alcohols and hydrocarbons related to gasoline property,”
, Sepuluh Nopember Institute of Technology (1. Physical properties and physical chemistry)
15:50–16:10 A322 “[Invited] Potential bridge towards green H2 from coal: Supercritical water gasification,”
, Xi'an Jiaotong University (S6. Australia–China–Japan session for powder and nanotechnology)
16:00–16:30 B323 “[Keynote] Understanding and controlling particle mixing and de-mixing,”
, Chang Gung University (2. Fluid and particle processing)
16:00–16:30 C323 “[SCEJ Award for Outstanding Asian Researcher and Engineer] Recent progress of hybrid perovskite optoelectronics,”
, Korea University (12. Materials processing and interface control)
16:00–16:30 F323 “[Keynote] Supercritical fluids, gas expanded liquids and sub-critical water: Process intensification tools for the formulation of drug delivery systems,”
, Curtin University (8. Supercritical fluid technology)
16:00–16:30 H323 “[Invited] Design methodology of the ultrasound process for zirconium phosphate fragmentation,”
, Kobe University (5. Chemical reaction engineering)
16:10–16:30 A323 “[Invited] Numerical simulation of a CH4 dehydroaromatization-catalyst regeneration fluidized bed system using multi-phase particle-in-cell methodology,”
, Northwest University (S6. Australia–China–Japan session for powder and nanotechnology)
16:30–17:00 C325 “[SCEJ Award for Outstanding Asian Researcher and Engineer] Biopolymers are really environmental friendly?”
, Universiti Tunku Abdul Rahman (12. Materials processing and interface control)
16:30–17:00 G325 “[Keynote] Manufacturing advanced structured contactors with integrated heat management capabilities,”
, Georgia Institute of Technology (S7. Carbon capture, utilization, and storage (CCUS))
16:30–17:00 H325 “[Invited] Slug flow processing in microreactors: new mass transfer insights and potential applications in biomass conversion,”
, University of Groningen (5. Chemical reaction engineering)
10:30–11:15 A401 “[Special keynote] Challenges on artificial intelligence for Japan and chemical industry,”
, Mitsubishi Chemical Holdings / The Japanese Society for Artificial Intelligence (S10. Industry 4.0 and the future of chemical engineering)
10:30–10:45 E401 “[Invited] Buoyancy effect on the secondary flow and heat transfer in a marginally turbulent square duct,”
, Osaka University (3. Heat transfer and thermal engineering)
10:30–11:00 C401 “[Keynote] Highly stable and efficient perovskite solar cells with functional nanocomposites and interface engineering,”
, Chonbuk National University (12. Materials processing and interface control)
10:30–11:00 G401 “[Keynote] Chinese CCUS overview and carbonation research for concrete curing,”
, Zhejiang University (S7. Carbon capture, utilization, and storage (CCUS))
10:30–11:00 J401 “[Keynote] Porous MgO composite bead for sorption of chemical vapors and CO2,”
, Yonsei University (4. Separation processes)
10:30–11:00 L401 “[Keynote] Taking the East Asian chemical industry into the circular economy,”
, National Central University (S3. East Asian joint session: Critical SDGs in highly industrialized economies)
11:15–11:45 A404 “[Keynote] Model-free and model-based deep reinforcement learning for control and optimization of process systems,”
, Seoul National University (S10. Industry 4.0 and the future of chemical engineering)
11:30–12:00 E405 “[Keynote] Functional material fabrication and thermophysical property measurement using containerless processing,”
, Shanghai Institute of Ceramics, Chinese Academy of Sciences (3. Heat transfer and thermal engineering)
11:30–12:00 H405 “[Keynote] Efficient photoreaction progress under microflow conditions,”
, Industrial Technology Center of Wakayama Prefecture (5. Chemical reaction engineering)
11:30–12:00 I405 “[Keynote] Biological risk and its control of reclaimed water,”
, Tsinghua University (13. Environment)
11:30–12:00 N405 “[Keynote] Sustainable energy–water–food–waste nexus for a circular economy in smart city development,”
, National University of Singapore (NUS) (6. Process systems engineering)
11:45–12:15 A406 “[Keynote] Small data integration for process modeling by using deep neural network-based word embedding,”
, National Tsing Hua University (S10. Industry 4.0 and the future of chemical engineering)
12:15–12:45 A408 “[Keynote] Revolution in chemical industry triggered by modular flow technology,”
, Kyoto University (S10. Industry 4.0 and the future of chemical engineering)
13:30–14:00 A413 “[Keynote] Hollow multi-shelled structures particles: Synthesis and applications,”
, Institute of Process Engineering, Chinese Academy of Sciences (S6. Australia–China–Japan session for powder and nanotechnology)
13:30–14:00 C413 “[Keynote] Printing technology for conductive feature and sensor fabrication,”
, National Taiwan University (12. Materials processing and interface control)
13:30–14:00 G413 “[Keynote] IHI PCC technologies demonstration at a coal-fired power plant,”
, IHI Corporation (S7. Carbon capture, utilization, and storage (CCUS))
13:30–14:00 H413 “[Keynote] Ultrasound, a potential game changer,”
, Kagoshima University (5. Chemical reaction engineering)
14:00–14:15 E415 “[Invited] Investigation of temperature fluctuation of diode-rectified multiphase AC arc by high-speed visualization,”
, Kyushu University (3. Heat transfer and thermal engineering)
14:00–14:20 A415 “[Invited] Preparation of natural graphite/SAN composite microspheres and their application in lithium-ion batteries,”
, Nanjing Tech University (S6. Australia–China–Japan session for powder and nanotechnology)
14:00–14:30 F415 “[Keynote] Supercritical fluid technology for innovation in drug product and medical device development,”
, Aix-Marseille Université (8. Supercritical fluid technology)
14:00–14:30 K415 “[Keynote] Marine-derived polysaccharides as engineering blocks for regenerative medicine,”
, University of Aveiro (7. Biochemical engineering)
14:20–14:40 A416 “[Invited] Pickering Emulsion: Old Trees Blossom New Flowers,”
, Chinese Academy of Sciences (S6. Australia–China–Japan session for powder and nanotechnology)
14:30–15:00 L417 “[Keynote] Multi-criteria technology roadmapping towards sustainable energy use: The case of photovoltaics,”
, Tohoku University (S3. East Asian joint session: Critical SDGs in highly industrialized economies)
14:30–15:00 M417 “[Keynote] Review of new energy vehicle development in China and construction of Shanghai AI NEV Innovative Platform with battery materials analysis function,”
, Tongji University (S8. Materials and systems engineering for electrical energy devices —fuel cell, battery, solar cell, and energy carriers—)
14:30–15:00 O417 “[Keynote] Gas absorption property and mechanism of ionic liquids,”
, National Institute of Advanced Industrial Science and Technology (AIST) (1. Physical properties and physical chemistry)
15:30–15:50 A421 “[Invited] Biomimetic formulation engineering for anticancer therapy,”
, Institute of Process Engineering, Chinese Academy of Sciences (S6. Australia–China–Japan session for powder and nanotechnology)
15:30–16:00 C421 “[Keynote] Role of capillary hydrodynamics in thin-film formation flows,”
, Seoul National University (12. Materials processing and interface control)
15:30–16:00 E421 “[Keynote] On the performance enhancement of spray cooling with the inverse Marangoni effect: chasing the heat,”
, National Taiwan University (3. Heat transfer and thermal engineering)
15:30–16:00 K421 “[Keynote] Establishing an industrial–academic–government community to address challenges in biomanufacturing for mammalian cell cultures: The AMBIC model,”
, Johns Hopkins University (7. Biochemical engineering)
15:50–16:10 A422 “[Invited] Design of functionalized polyethyleneimine as versatile surface modifier for processing nanoparticles in nonaqueous solvents,”
, Momoko KATAOKA, Junichi TATAMI, Yokohama National University (S6. Australia–China–Japan session for powder and nanotechnology)
16:00–16:30 G423 “[Keynote] CCS demonstration projects in Japan and Tomakomai CCS Demonstration Project,”
, Japan CCS Co., Ltd. (S7. Carbon capture, utilization, and storage (CCUS))
16:30–17:00 B425 “[Keynote] Bubble dynamics in gas-solid fluidized beds of ellipsoidal particles,”
, Monash University (2. Fluid and particle processing)
16:30–17:00 M425 “[Keynote] Synthesis and characterization of bifunctional air electrodes for rechargeable zinc-air batteries,”
, National Tsing Hua University (S8. Materials and systems engineering for electrical energy devices —fuel cell, battery, solar cell, and energy carriers—)
9:10–9:30 A501 “[Invited] Sumitomo Chemical's challenge for sustainability ∼Sumika Sustainable Solutions∼,”
, Sumitomo Chemical Co., Ltd. (S2. SDGs forum)
9:30–9:50 A502 “[Invited] The challenge of bioenergy in Indonesia for SDGs,”
, Technology of Information, Energy and Material-BPPT (S2. SDGs forum)
9:50–10:10 A503 “[Invited] SDGs and Science Council of Japan,”
, Science Council of Japan / Japan Science and Technology Agency (S2. SDGs forum)
10:10–10:30 A504 “[Invited] AIChE and sustainability education,”
, American Institute of Chemical Engineers(AIChE) / the University of Arizona (S2. SDGs forum)
