Kurosawa Atsushi (The Institute of Applied Energy), Takeshita Kenji (Tokyo Tech), Seki Hiroya (Tokyo Tech), Sakai Susumu (The Institute of Applied Energy) |
United Nations Framework Convention of Climate Change decided Paris Agreement in its 21st Convention of Parties (COP21). Climate change issues should be resolved as an assessment of the system composed of climate, energy and landuse and other elements. Realistic solution of the countermeasure including various factors is the one of the missions of chemical engineering. The views related to climate change issue is important to determine future chemical engineering direction. The proposed symposium will invite experts in the field of climate policy, climate system modeling, greenhouse gas reduction, climate change impacts and adaptation, climate engineering, innovation chemical engineering. Panel session opportunity can be included to activate discussions.
Most recent update: 2018-02-12 17:39:01
The keywords that frequently used in this topics code. | Keywords | Number | |
---|---|---|---|
Paris Agreement | 3 | ||
Climate change | 2 | ||
effectiveness | 1 |
ACKN No. | Title/Author(s) | Keywords | Style |
---|---|---|---|
134 | [Invited lecture] High Penetration of Renewable Energy Generation and Challenges of Power System Integration | Renewable Energy Electric Power System | O |
173 | [Review lecture] Japanese Energy Supply and Demand towards 2050 by TIMES-Japan model | Energy System CO2 mitigation Paris Agreement | O |
176 | [Invited lecture] Toward the realization of hydrogen energy supply chain | liquefied hydrogen energy supply chain brown coal | O |
760 | [Invited lecture] Implementing the Paris Agreement: the real challenge | climate change Paris Agreement effectiveness | O |
773 | [Invited lecture] How earth system modeling can possibly contribute to implementing Paris Agreement | Climate change Paris Agreement Earth system modeling | O |