ENEOS Corporation and Mitsubishi Corporation Collaborate on Hydrogen Supply Chain Development
Key Ideas
- ENEOS and Mitsubishi Corporation signed an MOU to conduct a joint study on the social implementation of hydrogen and decarbonized fuels, expanding their existing sustainable aviation fuel feasibility study.
- The collaboration aims to develop a hydrogen supply chain using Methylcyclohexane (MCH), focusing on CO2-free hydrogen supply, demand creation overseas, and utilization in the mobility sector, including commercial fuel cell vehicles.
- Both companies are actively working towards reducing GHG emissions and promoting carbon neutrality by contributing to the establishment of supply chains for next-generation energy and creating demand for hydrogen.
- In addition to hydrogen, the companies will also work on promoting synthetic fuels produced with renewable energy-derived hydrogen and CO2, which can contribute to carbon neutrality across various industries.
ENEOS Corporation and Mitsubishi Corporation have announced a collaborative effort to study the social implementation of hydrogen and decarbonized fuels, with a focus on developing a hydrogen supply chain using Methylcyclohexane (MCH). ENEOS operates hydrogen stations for fuel cell vehicles in Japan and is working on establishing a CO2-free hydrogen supply chain for domestic industrial complex areas. Mitsubishi Corporation is actively involved in developing next-generation energy sources, including hydrogen, to support the Energy Transformation (EX) towards a carbon-neutral society. The joint study between the two companies will also explore the utilization of hydrogen in the mobility sector, particularly in commercial fuel cell vehicles, aiming to leverage their expertise and knowledge in the field. By signing the MOU, ENEOS and Mitsubishi Corporation aim to contribute to reducing greenhouse gas emissions and fostering a carbon-neutral and recycling-oriented society. They are committed to promoting the early establishment of supply chains for next-generation energy and stimulating the demand for hydrogen. Additionally, the collaboration will extend to the promotion of synthetic fuels that are produced using renewable energy-derived hydrogen and CO2, offering carbon-neutral solutions for industries such as automotive, aviation, and shipping.
Topics
Aviation
Renewable Energy
Sustainable Energy
Environmental Sustainability
Business Collaboration
Carbon Neutral
Joint Study
Decarbonized Fuels
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