
| Separation Processes [SP] | K-4 | (Fixation and effective utilization of carbon dioxide and separation techniques) |
| Chemical Reaction Engineering [CR] | K-2 | (Expanding horizons in reaction engineering with ultrasound and activated chemical species) |
| Systems, Information and Simulation Technologies [SI] | K-1 | (Advancements in Process Systems Engineering) |
| Biochemical Engineering [BE] | K-3 | (Micro/ Nano Technology in Medicine) |
| Headquarters [HQ] | F-1 | (Nano-fluid) |
| F-2 | (Combined approach from materials, devices and systems toward innovative and sustainable energy systems) | |
| F-3 | (Diagnosis and life expansion technology for high temperature equipment) | |
| F-4 | (For Green Innovation - Suggestion 2013 from active senior chemical engineers) | |
| F-5 | (Impact to the chemical industries which diversity of raw materials and energy source including shale gas bring about) | |
| F-6 | (Contribution of Science and Technologies for Future Energy and Social Systems) | |
| F-7 | (State-of-the-art of countermeasure technologies for earthquake disaster reconstruction and nuclear accident) | |
| K-1 | (Advancements in Process Systems Engineering) | |
| K-2 | (Expanding horizons in reaction engineering with ultrasound and activated chemical species) | |
| K-3 | (Micro/ Nano Technology in Medicine) | |
| K-4 | (Fixation and effective utilization of carbon dioxide and separation techniques) | |
| Tokai Branch [TK] | S-1 | Public Open Course for Citizens, The Special Seminar Sponsored by Tokai Branch "How Are We Going on Sustainable Energy in Future?" |
| Symposium F. Chemical Industry Technology Forum | [HQ] (Nano-fluid) | ||
| [HQ] (Combined approach from materials, devices and systems toward innovative and sustainable energy systems) | |||
| [HQ] (Diagnosis and life expansion technology for high temperature equipment) | |||
| [HQ] (For Green Innovation - Suggestion 2013 from active senior chemical engineers) | |||
| [HQ] (Impact to the chemical industries which diversity of raw materials and energy source including shale gas bring about) | |||
| [HQ] (Contribution of Science and Technologies for Future Energy and Social Systems) | |||
| [HQ] (State-of-the-art of countermeasure technologies for earthquake disaster reconstruction and nuclear accident) | |||
| Symposium K. International Symposium | [HQ,SI] (Advancements in Process Systems Engineering) | ||
| [HQ,CR] (Expanding horizons in reaction engineering with ultrasound and activated chemical species) | |||
| [HQ,BE] (Micro/ Nano Technology in Medicine) | |||
| [HQ,SP] (Fixation and effective utilization of carbon dioxide and separation techniques) | |||
| Symposium S. Public lecture | [TK] Public Open Course for Citizens, The Special Seminar Sponsored by Tokai Branch "How Are We Going on Sustainable Energy in Future?" | ||
| General session 0. The SCEJ Awards presentation | The SCEJ Society Award | ||
| The SCEJ Research Achievement Award | |||
| The SCEJ Young Investigator Researcher Award | |||
| The SCEJ Technical Achievement Award | |||
| The SCEJ Technical Assistance Award | |||
| The SCEJ Asia Research Award | |||
| The SCEJ Award for Outstanding Women's Activity | |||
| General session 1. Fundamental properties | Equilibrium, Transport properties | ||
| Solid properties | |||
| Toxicity and flash point of chemicals | |||
| Engineering data | |||
| Others | |||
| General session 2. Fluid & particle processing | Heat- & mass-fluid engineering | ||
| Mixing | |||
| Fluidized bed | |||
| Bubble column | |||
| Multiphase flow | |||
| Particle processing | |||
| Others | |||
| General session 3. Thermal engineering | Thermal unit operations | ||
| Combustion, plasma, heat transfer | |||
| Heat exchanger | |||
| Energy systems | |||
| Micro- & bio-technology related heat transport phenomena | |||
| Others | |||
| General session 4. Separation processes | Membrane engineering | ||
| Solid-liquid separation | |||
| Distillation | |||
| Absorption | |||
| Adsorption, ion exchange | |||
| Extraction | |||
| Crystallization | |||
| Drying | |||
| Special separation processes | |||
| Others | |||
| General session 5. Chemical reaction engineering | Catalytic reaction engineering | ||
| Sono-processes | |||
| Radical chemistry | |||
| Reactive separation | |||
| Reactors | |||
| Micro chemical processes | |||
| Biomass | |||
| CVD and dry processes | |||
| Others | |||
| General session 6. Systems, information, and simulation technologies | Plant operation | ||
| Process engineering | |||
| Process dynamics | |||
| Process control | |||
| Optimization | |||
| Informatics | |||
| Others | |||
| General session 7. Biochemical engineering | Bioprocesses | ||
| Bioreaction | |||
| Bioseparation | |||
| Gene | |||
| Medical | |||
| Bioinformatics | |||
| Environmental biology | |||
| Food engineering | |||
| Others | |||
| General session 8. Supercritical fluid | Unit operation | ||
| Fundamental properties | |||
| Separation, extraction | |||
| Reaction & conversion | |||
| Materials processing & production | |||
| Environmentally benign processes | |||
| Others | |||
| General session 9. Energy engineering | Energy development | ||
| Heat storage, enhancement, & transfer technologies | |||
| Carbonaceous resources utilization | |||
| Thermal energy utilization | |||
| New energies & energy systems | |||
| Others | |||
| General session 10. Safety | Risk communication | ||
| Operation design | |||
| Safety design | |||
| Revision management | |||
| Safety assessment | |||
| Safety technology pass down | |||
| Unmanned production problems | |||
| Materials safety | |||
| Others | |||
| General session 11. Electronics | Electro-chemical process (Battery, Electroplating, etc.) | ||
| Electronic material processing (Semiconductor Production, Manufacture of electronic circuit, etc.) | |||
| Micro-processing (Etching, Thin film, etc.) | |||
| High reliability design (High heat discharge, Short circuiting, etc.) | |||
| Interconnection (Sticking, Attaching, etc.) | |||
| Environmental sustainability | |||
| Others | |||
| General session 12. Materials engineering & interfacial phenomena | Interface control | ||
| Emulsion | |||
| Functional particles | |||
| Nanoparticles | |||
| Gel technology | |||
| Microcapsule | |||
| Crystallization | |||
| Coating technology | |||
| Microstruture formation & complex molecular assembly | |||
| Functionalized polymer material | |||
| Materials processing | |||
| Materials rheology | |||
| Others | |||
| General session 13. Environmental engineering | Water environmental processes | ||
| Wastewater treatment | |||
| Risk and management of chemical substances | |||
| Method for designing recycling-based society | |||
| Recycling technology | |||
| Global environment | |||
| CO2 problems | |||
| Global carbon cycle | |||
| Others | |||
| General session 14. Wide area | Technology management | ||
| Economic assessment & market research | |||
| Education | |||
| JABEE | |||
| Others | |||
| General session 15. Gender Equality Committee | Women Engineers Forum -The state-of-the-art of the energy and environmental issues created by women engineers- | ||
| General session 16. The SCEJ Internship | The SCEJ Internship | ||
| General session 18. Keynote Lecture | |||
| General session 19. Poster Session | Fundamental properties | ||
| Fluid & particle processing | |||
| Thermal engineering | |||
| Separation processes | |||
| Chemical reaction engineering | |||
| Systems, information, and simulation technologies | |||
| Biochemical engineering | |||
| Supercritical fluid | |||
| Energy engineering | |||
| Safety | |||
| Electronics | |||
| Materials engineering & interfacial phenomena | |||
| Environmental engineering | |||
| General session 20. Poster Awards Ceremony | |||
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