Last modified: 2020-03-02 11:00:00
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
SS-2 Research Report Meeting on Advanced Chemical Production Systems through Industry-Academia Cooperation | |||||
(9:00–10:10) (Chair: | |||||
F201 | [Invited lecture] Fouling prevention ethylene subcommittee activity report | Fouling Ethylene cracker Coking | SS-2 | 178 | |
F202 | [Invited lecture] Carbon formation on metal and inert surfaces by CVD | CVD Pyrolytic carbon Coking | SS-2 | 179 | |
F203 | [Invited lecture] Coke formation on metal surface during naphtha cracking | Coke Naphtha Metal Surface | SS-2 | 180 | |
F204 | [Invited lecture] An application of the tabulated chemistry for ethane and naphtha pyrolysis to ethylene plant | ethane and naphtha pyrolysis tabulated chemistry CFD | SS-2 | 181 | |
(10:10–10:30) (Chair: | |||||
F205 | [Invited lecture] Chemical analysis of fouling deposits from thermal decomposition and medium temperature distillation systems in ethylene plant | Chemical analysis polymerization deposits coking deposits | SS-2 | 182 | |
(10:30–10:50) (Chair: | |||||
F206 | [Invited lecture] Polymerization model for particlate fouling | Polymerization Fouling Cross-linking | SS-2 | 183 | |
(10:50–11:30) (Chair: | |||||
F207 | [Invited lecture] Development of the Heat Transfer and Rheology Monitoring System in the Polymerized Chemical Fouling | Chemical failing Rheology Monitoring | SS-2 | 184 | |
F208 | [Invited lecture] Monitoring of Heat Exchanger Fouling | advanced chemical production systems industry-academia cooperation problem solving | SS-2 | 185 | |
(11:30–11:50) (Chair: | |||||
General discussion | |||||
0-d The SCEJ Award for Outstanding Technological Development | |||||
(13:00–13:25) (Chair: | |||||
The SCEJ Award for Outstanding Technological Development and The SCEJ Award for Outstanding Young Engineer | |||||
F213 | [The SCEJ Award for Outstanding Technological Development] Development of the Optimized Stirring System of Yeast Slurry in the Beer Fermentation Process | The SCEJ Award for Outstanding Technological Development | 0-d | 821 | |
SS-4 An Innovative Production Process That Reinvigorates Japanese Manufacturing "Continuous Flow Chemistry" | |||||
(13:40–15:20) (Chair: | |||||
Overall Discription | |||||
F216 | [Invited lecture] Current status and perspective of flow synthesis and production technology | Flow chmistry Microreactor Product engineering | SS-4 | 29 | |
F218 | [Invited lecture] Roadmap for practical use of continuous manufacturing by 2030 | Continuous Flow iFactory | SS-4 | 30 | |
(15:20–16:00) (Chair: | |||||
F220 | [Invited lecture] continuous emulsification by micromixer | Microdevice Nanoemulsions scale up | SS-4 | 28 | |
(16:00–17:20) (Chair: | |||||
F222 | [Invited lecture] Development of modular production equipment "iCubeTM" for continuous production | Continuous Flow Immobilized Catalyst Fixed Bed Reactor | SS-4 | 31 | |
F224 | [Invited lecture] From Flow Fine Synthesis to Production, Approach as a Lab Equipment Manufacturer. | Continuous Flow Immobilized Catalyst Fixed Bed Reactor | SS-4 | 32 |
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SCEJ 85th Annual Meeting (2020)