COP29
JEFMA-sponsored seminar at COP29 successfully concluded, the video of presentations released.
At the Japan Pavilion, hosted by the Ministry of the Environment at COP29 (the 29th Conference of the Parties to the UN Framework Convention on Climate Change held in Azerbaijan), a seminar organized by JEFMA (titled 'Decarbonization Technologies in the Waste and Resource Sector for Achieving a Circular Economy,' held on 11/20) took place.
Many people participated and watched, and we provided information on the proper treatment of waste using Japanese waste treatment technology, GHG reduction, and the technological trends toward achieving carbon neutrality by 2050.
We would like to inform you that the video has now been released.
The seminar program is as follows.
- Minister of the Environment or Vice-Minister for Global Environmental Affairs of MOE Japan (TBC)
- Development of Waste Management in Japan and GHG Reduction (Mr. Hajime Oshita, President of the Japan Environmental Sanitation Facilities Industry Association)
- JFE’s solutions for circular economy -Waste recycle technology and CCUS-
Soumya Bhattacharya Deputy General Manager - Sales for JFE Engineering India Private Limited- Achieving Circular Economy by Diverse Waste Management Technology & CCUS
KUWAHARA Michi Representative Director President & Chief Operating Officer, Kanadevia Corporation- Performance of Trans-Heat container system for energy saving and reduction of CO2 emission IWAI Yoshihiro Senir Expert, Plants & Machinery Systems Headquarters, Sanki Engineering CO., LTD.
COP29 JEFMA Seminar ~Advansed Wasete Management for CE & Energy Solutions
Video No.2 Session (1)
Development of Waste Management in Japan and GHG Reduction
Chairman of the Japan Environmental Sanitation Facility Industry Association, Hajime Oshita
(459MB)
Video No.3 Session (2)
Introduction to JFE's Solutions for Realizing a Circular Economy: Waste Recycling Technology and CCUS
JFE Engineering India Sales Manager Somya Bhattacharya
(676MB)
※We recommend watching on a smartphone in a WiFi environment.


