Kobayashi Daisuke (Tokyo Denki Univ.), Fujioka Satoko (Keio Univ.), Sen Jun (Ajinomoto) |
Most recent update: 2021-08-21 18:44:01
![]() in this topics code. | Keywords | Number | |
---|---|---|---|
Methane reforming | 1 | ![]() | |
Thermal management | 1 | ![]() | |
Carbon neutral | 1 | ![]() | |
siliceous shale | 1 | ![]() | |
ethylene oxidation | 1 | ![]() | |
heterogeneous catalyst | 1 | ![]() | |
supercritical carbon dioxide | 1 | ![]() | |
Chemical heat storage | 1 | ![]() | |
Vapor chamber | 1 | ![]() | |
Lithium hydroxide | 1 | ![]() | |
Water vapor | 1 | ![]() | |
reuse | 1 | ![]() | |
chemical filter | 1 | ![]() | |
Drug delivery system | 1 | ![]() | |
Material transfer | 1 | ![]() | |
Catalyst degradation | 1 | ![]() | |
Sulfur poisoning | 1 | ![]() |
ACKN No. | Title/Author(s) | Keywords | Style |
---|---|---|---|
33 | [Requested talk] Chemical engineering contributes to realize carbon-neutral-society as a crucial technology | Vapor chamber Thermal management Carbon neutral | O |
57 | [Requested talk] Development of Cost-effective Catalysts for Ethylene Decomposition at Low Temperatures | heterogeneous catalyst ethylene oxidation siliceous shale | O |
224 | [Requested talk] Development of Low-temperature Chemical Heat Storage System with Lithium Hydroxide/ Water vapor Reversible Reaction | Chemical heat storage Lithium hydroxide Water vapor | O |
246 | [Requested talk] DDS for researchers of chemical engineering | Drug delivery system Material transfer | O |
258 | [Requested talk] Reuse technology for chemical filter with supercritical carbon dioxide | chemical filter supercritical carbon dioxide reuse | O |
546 | [Requested talk] Catalyst degradation by impurity sulfur component and development of sulfur-tolerant catalyst for methane reforming reaction | Sulfur poisoning Methane reforming Catalyst degradation | O |