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Development of Carbon Recycling Technologies at the R&D and Demonstration Base in Osaki Kamijima | about

INTRODUCTION

Development of Carbon Recycling Technologies
at the R&D and Demonstration Base
in Osaki Kamijima

At Osaki-Kamijima Island, Hiroshima, located in the middle of the scenic Seto Inland Sea, a center of activity was established based on “Carbon Recycling 3C Initiative” announced by METI in 2019. This center offers companies and universities, aiming to realize a carbon-neutral and decarbonized society, hub of activity to promote their R&D activities. Our aim is to accelerate innovation and practical application of Carbon Recycling by conducting underlying technology development and demonstration in a concentrated and extensive manner.
Furthermore, through showcasing the details and results of their activities we will share Japan’s cutting-edge technologies to the world.

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Layout

At the Osaki Power Station (operated by Osaki CoolGen), where demonstration tests of coal-fired thermal power generation combined with integrated gasification fuel cell (IGFC) cycle and CO₂ separation and capture technologies are being conducted, an environment will be created to enable centralized research and development of technologies that are world-leading and expected to be soon commercialized.

LAYOUT

Diagram

Researchers in algae biotechnology, catalysts, carbon dioxide chloride, etc. will be brought together to conduct underlying technology development and demonstration research in a concentrated and extensive manner.

Development of Carbon Recycling Technologies at the R&D and Demonstration Base in Osaki Kamijima

Source: Prepared by NEDO based on “Progressive Environmental Innovation Strategy” (Ministry of Economy, Trade and Industry)

Facilities

About the Facilities

The center consists of three areas: the Demonstration Research Area, Algae Research Area, and the Basic Research Area. The CO₂ separated and collected at Osaki CoolGen is transported by pipeline, with the underlying technology development and demonstration research on carbon recycling using said CO₂ conducted at each facility.

Demonstration Research Area

  • Theme 1

    Theme 1

    Development of Efficient CO₂-Use Concrete

    Develop technology to fix CO₂ to reinforced concrete used in cast-in-place concrete structures such as buildings.

  • Theme 2

    Theme 2

    Research of Selective Synthesis Technology of Chemical Products for Carbon Recycling

    Develop catalysts and processes for efficient production of paraxylene, a raw material for PET bottles, etc. from CO₂.

  • Theme 3

    Theme 3

    Development of Gas-to-Lipids Bioprocess

    Develop biorefinery technology using a two-step fermentation process to produce acetic acid from CO₂ and synthesize high-value-added lipids and chemical raw materials.

Algae Research Area

  • Algae Research Area

    Theme 4

    Establishing a Research Base and Developing Technologies that Lead to Increased CO₂ Utilization Rate for the Production of Microalgae-Derived SAF

    Establish a base where technology verification can be conducted to improve basic technology for microalgae, leading to the industrialization of microalgae-derived SAF production.

Basic Research Area

  • Basic Research Area

    Research Building

    Consists of 6 laboratories that are convenient for multiple companies and universities to conduct basic and advanced research efficiently and safely.

  • Common Use Building

    Common Use Building

    Conference rooms, analysis rooms, and other facilities are available. Also we display information of the Facilities for visitors.

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