
| Fundamental Properties [PR] | S-18 | Material Design Assisted by Property Estimation ---Reaching for Designing Functional Materials--- |
| Fluid and Particle Processing [FP] | S-23 | Numerical Analysis and Visualization of Fluid Dynamics in Chemical Apparatus |
| S-24 | Fundamental and Application of Rheology in Processing Technology | |
| S-27 | Toward Development of Advanced Distillation Technology | |
| Thermal Engineering [HT] | S-4 | Energy Saving and Thermal Engineering |
| Separation Processes [SP] | S-25 | New Trend in Advanced Solid-Liquid Separation Technology |
| S-29 | Avdanced Crystallization Technology for Fine Chemicals | |
| S-30 | Recent Trend in Development of Inorganic Membrane | |
| Chemical Reaction Engineering [CR] | S-6 | Chemical Engineering for Cost Reduction and Performance Improvement of Electric Cells |
| S-9 | Chemical Reaction Engineering Approach to Catalyst Development | |
| S-10 | New Trend in Sonoprocesses | |
| S-11 | Turning from Phenomenal Dynamics to Macroscopic Processes | |
| S-12 | Reaction Systems Utilizing Radicals Generated by Electromagnetic Wave Radiation | |
| S-13 | Development of Bubble Columns for the 21st Century | |
| S-14 | Roles of Engineering in Innovating New Fluidized Bed Technology | |
| Systems, Information and Simulation Technologies [SI] | S-22 | Extraction of Information out of Process System Data |
| Biochemical Engineering [BE] | S-1 | Food Engineering Extending for the New Millennium |
| S-2 | Progress in Bioengineering and Bionics Dashing into the New Century <Poster session> | |
| Supercritical Fluids [SF] | S-28 | Supercritical Fluids ---Hope and Challenge toward the 21st Century--- |
| Energy Engineering [EE] | S-3 | Progress in Thermal Energy Utilization Technology |
| S-5 | Contact between Chemical Operation and Development of Environmentally Benign Energy System | |
| S-6 | Chemical Engineering for Cost Reduction and Performance Improvement of Electric Cells | |
| S-7 | New Trend in Hydrogen Energy Technology Exploring the 21st Century | |
| S-8 | Next-Generation Energy Conversion Systems and Related Technology | |
| Safety [SA] | S-33 | Material Life System Bringing Amenity |
| Electronics [EL] | S-21 | Mounting Process Engineering |
| Materials Engineering and Interfacial Phenomena [MI] | S-16 | Microstructure Control and Function Design in Liquid Phase |
| S-17 | Gel Technology | |
| S-19 | New Stream of Fine-Particle Processing | |
| S-20 | Materials Synthesis from Gas Phase | |
| Environmental Engineering [EN] | S-26 | Recycling and Environmental Issues of Metal |
| S-32 | Chemical Industry Reaching for the Recycling-Based Society | |
| Branch [BR] | S-34 | Proposal on Energy and Environmental Problems --- from Tokai District --- <Invited presentations only> |
| Headquater [HQ] | S-15 | "Micro Science and Technology" as a Common Technique for Developing Functional Materials and Devices <Invited presentations only> |
| S-31 | Cost Management Adaptable to Changing Managemement Circumstances |
| Symposium S. Symposia | [BE] Food Engineering Extending for the New Millennium | ||
| [BE] Progress in Bioengineering and Bionics Dashing into the New Century <Poster session> | |||
| [EE] Progress in Thermal Energy Utilization Technology | |||
| [HT] Energy Saving and Thermal Engineering | |||
| [EE] Contact between Chemical Operation and Development of Environmentally Benign Energy System | |||
| [EE/CR] Chemical Engineering for Cost Reduction and Performance Improvement of Electric Cells | |||
| [EE] New Trend in Hydrogen Energy Technology Exploring the 21st Century | |||
| [EE] Next-Generation Energy Conversion Systems and Related Technology | |||
| [CR] Chemical Reaction Engineering Approach to Catalyst Development | |||
| [CR] New Trend in Sonoprocesses | |||
| [CR] Turning from Phenomenal Dynamics to Macroscopic Processes | |||
| [CR] Reaction Systems Utilizing Radicals Generated by Electromagnetic Wave Radiation | |||
| [CR] Development of Bubble Columns for the 21st Century | |||
| [CR] Roles of Engineering in Innovating New Fluidized Bed Technology | |||
| [HQ] "Micro Science and Technology" as a Common Technique for Developing Functional Materials and Devices <Invited presentations only> | |||
| [MI] Microstructure Control and Function Design in Liquid Phase | |||
| [MI] Gel Technology | |||
| [PR] Material Design Assisted by Property Estimation ---Reaching for Designing Functional Materials--- | |||
| [MI] New Stream of Fine-Particle Processing | |||
| [MI] Materials Synthesis from Gas Phase | |||
| [EL] Mounting Process Engineering | |||
| [SI] Extraction of Information out of Process System Data | |||
| [FP] Numerical Analysis and Visualization of Fluid Dynamics in Chemical Apparatus | |||
| [FP] Fundamental and Application of Rheology in Processing Technology | |||
| [SP] New Trend in Advanced Solid-Liquid Separation Technology | |||
| [EN] Recycling and Environmental Issues of Metal | |||
| [FP] Toward Development of Advanced Distillation Technology | |||
| [SF] Supercritical Fluids ---Hope and Challenge toward the 21st Century--- | |||
| [SP] Avdanced Crystallization Technology for Fine Chemicals | |||
| [SP] Recent Trend in Development of Inorganic Membrane | |||
| [HQ] Cost Management Adaptable to Changing Managemement Circumstances | |||
| [EN] Chemical Industry Reaching for the Recycling-Based Society | |||
| [SA] Material Life System Bringing Amenity | |||
| [BR] Proposal on Energy and Environmental Problems --- from Tokai District --- <Invited presentations only> | |||
| General session 0. SCEJ Awards presentation | SCEJ Society Award | ||
| SCEJ Research Achievement Award | |||
| SCEJ Young Investigator Researcher Award | |||
| SCEJ Technology Award | |||
| General session 1. Fundamental properties | Equilibrium, Transport properties | ||
| Solid properties | |||
| Toxicity & 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 & 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 | Semiconductor production & micromachining technology | ||
| Micro wet processes | |||
| Heat radiation from ICs & materials | |||
| IC related particle engineering, rheology, simulation, and environmental problems & chemcal IC | |||
| Photonic & electronic integrated surface mount | |||
| Surface, interface, & interconnection | |||
| System on panel (SOP) | |||
| Surface mount substrate for next-generation SIP | |||
| 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. Environtal engineering | Water environmental processes | ||
| Wastewater treatment | |||
| Risk & 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 | |||
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