Proceedings of the Conference on Biomass Science
Online ISSN : 2423-8341
Print ISSN : 2423-8333
ISSN-L : 2423-8333
[volume title in Japanese]
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P-24 Optimized Design of Synthetic Fuel Production for Woody Biomass Resources Considering Biomass-to-X and Inter-regional Integration.
Ryoga OnoRemi DelageToshihiko Nakata
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Pages 95-96

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Abstract

This study optimizes Japan’s energy system by utilizing woody biomass to support Hard-to-Abate sectors, such as chemicals and heavy transport. Biomass-to-X processes, using gasification to convert biomass into fuels like methane, ammonia, and methanol, are examined. The model, covering 1,741 municipalities, estimates available biomass and energy needs, aiming to minimize costs through mixed-integer linear programming. Results show Japan’s biomass could meet about 1% of sector demand. Furthermore, inter-municipal integration could form “Woody Biomass Communities,” maximizing resource efficiency and reducing costs, positioning woody biomass as a cost-effective, storable renewable energy for Japan’s energy balance.

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© 2024 The Japan Institute of Energy
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