[JPI Seminar] IHI Corporation: Efforts in Liquid Fuel Synthesis via PtL Using CO2 and Challenges Toward Implementation, June 2 (Tue)
JPI (Japan Planning Institute) will host a seminar on June 2 featuring Hiroyuki Kamata from IHI Corporation, focusing on liquid fuel synthesis using CO2-based PtL. The session will cover the current state of SAF production via FT synthesis and commercialization roadmaps.
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## Seminar Overview
JPI (Japan Planning Institute) invites Dr. Hiroyuki Kamata, Senior Fellow of the Technology Development Headquarters at IHI Corporation, to present a seminar detailing initiatives and implementation challenges for liquid fuel synthesis via Power-to-Liquid (PtL) using CO2 as a raw material.
## Date and Time
June 2, 2026 (Tue), 13:30 - 15:30
## Lecturer
Dr. Hiroyuki Kamata, Senior Fellow, Technology Development Headquarters, IHI Corporation
## Seminar Agenda
1. Energy Trends for Building a Decarbonized Society
2. Principles and Features of CO2 Conversion through Carbon Recycling
3. Development of PtL-based Hydrocarbon Synthesis Technology at IHI
4. Challenges and Prospects for Implementation
5. Q&A
6. Networking Session
## Participation Options
- Venue participation
- Live streaming participation
- Archive streaming participation
(Archive access can be added for a special fee)
JPI (Japan Planning Institute) invites Dr. Hiroyuki Kamata, Senior Fellow of the Technology Development Headquarters at IHI Corporation, to present a seminar detailing initiatives and implementation challenges for liquid fuel synthesis via Power-to-Liquid (PtL) using CO2 as a raw material.
## Date and Time
June 2, 2026 (Tue), 13:30 - 15:30
## Lecturer
Dr. Hiroyuki Kamata, Senior Fellow, Technology Development Headquarters, IHI Corporation
## Seminar Agenda
1. Energy Trends for Building a Decarbonized Society
2. Principles and Features of CO2 Conversion through Carbon Recycling
3. Development of PtL-based Hydrocarbon Synthesis Technology at IHI
4. Challenges and Prospects for Implementation
5. Q&A
6. Networking Session
## Participation Options
- Venue participation
- Live streaming participation
- Archive streaming participation
(Archive access can be added for a special fee)
FAQ
What characterizes IHI's PtL technology?
It uses CO2 as a raw material and Fischer-Tropsch (FT) synthesis to produce hydrocarbons for SAF and chemical feedstocks.
Who should attend the seminar?
R&D and business planning departments in the energy/chemical sectors, and aviation/transport firms considering SAF implementation.
Is there an archive option?
Yes, live/venue participants can add access to the archive, and archive-only participation is also available.