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

FACILITY TOUR

Important Notes

  • ●The number of visitors per group is limited to 20 people.
    However due to limited space, tours of the research building are limited to 10 people.
  • ●If the number of visitors is small, the tour may be conducted jointly with other visitors.
  • ●The standard tour duration is 120 minutes.
  • ●We may not be able to accommodate specific requests regarding the tour location.
  • ●Photography is permitted only after confirmation on-site.
  • ●We do not provide transportation services.
  • ●Tours are available on weekdays from 9:00 AM to 5:00 PM (excluding 12:00 PM to 1:00 PM).
  • ●Explanations during the tour will be provided primarily in Japanese.

Please contact us via the enquiry form at the bottom of the page.

FACILITY TOUR

Contact us

As soon as the center is ready, it will be open for tours for companies, research institutes, educational institutions, and other organizations that are working on the innovation and practical application of carbon recycling. Inquiries and consultations regarding tours are welcome. Please contact us using the inquiry form below.

Inquiry Form

TOUR GUIDE

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.

Carbon recycling technology demonstration and R&D with co-production of multiple valuable commodities by using seawater

Demonstrate CO₂ fixation technology to Magnesium Carbonate by using 20 ton/day seawater.

Research Building
(6 Research Themes)

Research Building

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

【Themes】
  • Research and Development for Enhancing Catalyst Practicality and Improving Production Process for Carbon-Recycled LPG
  • Research and development on CO₂ fixation technology using microalgae and production of high-value ingredients
  • Research & Development of a leading carbon recycling system using ammonia and atmospheric pressure plasma
  • Production of Value-added Chemicals from CO₂ Using Boron-doped Diamond Electrodes
  • Research and development of carbon-recycling SiC synthesis via advanced resource utilization technology for silicon-based waste
  • Development of Microalgal Biofilm Culture and Bioproducts Toward Carbon Recycling

Common Use Building

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

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.

Development of Efficient CO₂-Use ConcreteFinished

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

Not
available

Research of Selective Synthesis Technology of Chemical Products for Carbon RecyclingFinished

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

Not
available

CONTACT

Consultations and inquiries regarding tours are welcome. Please contact us using the contact form below.

Inquiry Form
virtual tour

This is a virtual tour that realistically recreates the space of our center using 3DCG. Not only can you experience the exterior of each facility, but also the equipment and what goes on during demonstration research inside, which you normally cannot see. Come and see the cutting edge of carbon recycling technologies.

Experience Now
VIRTUAL

FACILITY TOUR

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