Eneos and Chiyoda Collaborate on Groundbreaking Green Hydrogen Project in Brisbane
Key Ideas
- Eneos awards Chiyoda an EPC contract for a cutting-edge direct MCH electrosynthesis plant in Brisbane, Australia, signaling a significant advancement in green hydrogen supply chain development.
- The AUD $200 million facility aims to produce 680 kilograms of hydrogen per day and will demonstrate the commercial viability and operational efficiency of the technology.
- Chiyoda Corporation's involvement underscores the complexity of the project and the importance of experienced engineering expertise in advancing innovative technologies for a sustainable society.
- The project builds on previous successful demonstrations, with plans to commence construction in 2022 and start MCH production in 2025, contributing to the establishment of an international hydrogen supply chain.
Eneos Corporation has taken a substantial step towards establishing a sustainable green hydrogen supply chain by awarding Chiyoda Corporation an Engineering, Procurement, and Construction (EPC) contract for a pioneering direct methylcyclohexane (MCH) electrosynthesis plant in Brisbane, Australia. This AUD $200 million facility, set to produce 680 kilograms of hydrogen per day, represents a notable leap forward in overcoming challenges related to MCH as a hydrogen carrier.
The project, announced by Eneos in December, aims to validate the commercial viability and operational efficiency of the technology through a significantly scaled-up direct MCH electrolyser. By building on successful demonstration efforts, the new plant is poised to demonstrate the feasibility of large-scale MCH production. The initiative is part of the Green Innovation Fund Projects by Japan's NEDO, focusing on advancing hydrogen supply chains and innovative technologies.
Construction of the plant is scheduled to begin in the current year, with MCH production expected to commence in 2025. A key aspect involves exporting a portion of the produced MCH to Japan, contributing to the creation of a robust global hydrogen supply network. Chiyoda Corporation, known for its engineering expertise, has expressed commitment to the project, highlighting the importance of their role in advancing sustainable technologies.
The groundwork for this project was established through previous demonstrations that showcased the potential of MCH production from renewable energy sources. Eneos' successful trials and transportation of hydrogen in the form of MCH from Australia to Japan have laid the foundation for the current endeavor. The liquid state of MCH at ambient conditions makes it a favorable hydrogen carrier, simplifying storage and transportation compared to gaseous hydrogen.
The innovative direct electrosynthesis process further optimizes efficiency by combining hydrogen production and MCH synthesis in a single step. By refining this process and addressing commercialization challenges through scale-up and process optimization, Eneos and Chiyoda aim to establish a reliable and cost-effective green hydrogen supply chain. This project not only addresses Japan's increasing hydrogen demand but also contributes significantly to global decarbonization efforts.
Topics
Electrolyzer
Renewable Energy
Technology
Sustainability
Carbon Reduction
Engineering
International Collaboration
Project Development
Energy Innovation
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