Three partners build a demonstration system for CO2NNEX for e-methane, a digital platform for visualizing CO2 emissions across e-methane value chain and transferring e-methane’s environmental value JCN Newswire

Three partners build a demonstration system for CO2NNEX for e-methane, a digital platform for visualizing CO2 emissions across e-methane value chain and transferring e-methane’s environmental value

February 15, 2023
TOKYO, Feb 15, 2023 - (JCN Newswire via SEAPRWire.com) - Osaka Gas Co., Ltd., Mitsubishi Heavy Industries, Ltd. (MHI), and IBM Japan, Ltd. today jointly announced that they have built a demonstration system (the "System," see Figure 1) for CO2NNEX for e-methane, a digital platform for visualizing the amount of CO2 emissions across the value chain of e-methane (methane synthesized with the methanation technology) and transferring e-methane's environmental value. CO2NNEX for e-methane is based on CO2NNEX, a digital platform being developed by MHI and IBM Japan for visualizing the CO2 supply chain. In conducting the PoC (Proof of Concept) of CO2NNEX for e-methane, the three partners will discuss and exchange views with the Japan Gas Association, Tokyo Gas Co., Ltd., Toho Gas Co., Ltd., and INPEX CORPORATION to identify effective ways to promote the use of e-methane and establish its environmental value.Figure 1: The System's web siteFigure 2: Visualization of CO2 emissionsFigure 3: Transfer of e-methane’s environmental valueUsing the System, this tripartite project aims to achieve the following: A system for managing the amount of CO2 emissions from its sources throughout the e-methane supply chain to provide the data of e-methane's quantified environmental value to gas users; A shared platform that digitally connects e-methane production sites to markets for trading and transferring the environmental value of e-methane, which will be blended with natural gas in the pipeline. The three partners pursue this initiative, aiming to contribute to the transition to a net zero society, which requires practical solutions as currently studied, such as CO2 accounting methods for CCU (carbon dioxide capture and utilization), including methanation, and the application of the accounting methods for e-methane, a recycled-carbon fuel.The System has been established as part of the partners' joint project for another PoC that has been underway since October 2022 utilizing CO2NNEX. For the System, the partners have developed a feature that visualizes the amount of CO2 emissions throughout the e-methane lifecycle, from production to transport, supply, and combustion (see Figure 2) and a feature that displays the balance of e-methane environmental value held by each participant and requests/authorizes the trading of the value (see Figure 3).The project plans to conduct the demonstration to examine the effectiveness and efficiency of utilizing CO2NNEX for e-methane while promoting a wider recognition of the System to collect feedback from academia, industry, and government. The partners intend to apply the PoC results to planned methanation demonstrations, aiming to realize the practical application of e-methane and contribute to achieving a carbon neutral society.About CO2NNEX for e-methaneCO2NNEX for e-methane quantifies e-methane's environmental value by tracking and managing CO2 emissions throughout the e-methane supply chain from production to supply, including transport, and combustion by each participant at each location. The project aims to build a shared platform that transfers and trades e-methane's environmental value.About methanationMethanation is a technology for synthesizing methane, the main component of natural gas, from hydrogen and CO2. The resulting product is known as e-methane. The use (combustion) of e-methane results in no effective increase in CO2 for society as a whole because CO2, which is normally emitted into the atmosphere, is captured and recycled for use in producing e-methane. Also, methanation is expected to be an economically efficient way of achieving carbon neutrality, with e-methane being distributed through the existing gas infrastructure and combusted in existing gas appliances, requiring no large-scale investment for constructing new energy systems or modifying the existing ones.About Osaka GasOsaka Gas announced the Daigas Group Carbon Neutral Vision in January 2021 for achieving carbon neutrality by 2050 mainly through the introduction of carbon neutral gas produced by methanation, decarbonization of its power sources primarily through the use of renewable energies and the reduction of carbon emissions. The company is also conducting a number of studies on developing methanation projects overseas - notably in Australia, South America, and Southeast Asia - for the commercialization of methanation technology.About MHIMHI Group is actively involved in programs targeting the realization of a carbon neutral society. Building a CO2 ecosystem is central to its energy transition initiatives. As a global leader in CCUS, the company aims to accelerate this ecosystem development by seeking widespread adoption of related hardware as well as the CO2NNEX digital platform.About IBM JapanApplying its experience in supporting numerous customers worldwide, IBM Japan accelerates the development of CO2NNEX by utilizing its blockchain technology enabling highly secure, transparent, and reliable data sharing; its hybrid cloud technology for building an agile and flexible IT environment linking a cloud and existing systems; and its AI technology enabling visualization, automation and optimization of a value chain.About MHI GroupMitsubishi Heavy Industries (MHI) Group is one of the world's leading industrial groups, spanning energy, smart infrastructure, industrial machinery, aerospace and defense. MHI Group combines cutting-edge technology with deep experience to deliver innovative, integrated solutions that help to realize a carbon neutral world, improve the quality of life and ensure a safer world. For more information, please visit www.mhi.com or follow our insights and stories on spectra.mhi.com. Copyright 2023 JCN Newswire. All rights reserved. (via SEAPRWire)
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Tokyo Gas, Osaka Gas, Toho Gas and Mitsubishi Collaborate to Produce e-methane in the US and Transport It to Japan, Utilizing Cameron LNG in Louisiana JCN Newswire

Tokyo Gas, Osaka Gas, Toho Gas and Mitsubishi Collaborate to Produce e-methane in the US and Transport It to Japan, Utilizing Cameron LNG in Louisiana

November 29, 2022
TOKYO, Nov 29, 2022 - (JCN Newswire via SEAPRWire.com) - Tokyo Gas Co., Ltd. (TG), Osaka Gas Co., Ltd. (OG), Toho Gas Co., Ltd. (THG) and Mitsubishi Corporation (MC) have entered into an agreement and commenced to conduct a detailed joint feasibility study on a project to produce synthetic methane (e-methane) in Texas or Louisiana, liquefy it at the existing Cameron LNG facility, and transport it to Japan utilizing other existing infrastructure, including LNG ships and receiving terminals in Japan. The targeted e-methane production volume is 130,000 tons per year1 to start in 2030. This project is in line with the Japanese government's goal to achieve carbon neutrality in 2050, for which it is crucial to introduce carbon neutral gas that can meet the heat demand in the country. e-methane can be transported via the existing gas infrastructure and combusted in the present gas appliances without enormous costs of replacing or modifying them, which would be required to introduce other decarbonized gaseous energy carriers, such as hydrogen. Therefore, the government supports e-methane initiatives as a potential solution to transition into the net zero society smoothly, and it has been discussed intensively how to initiate and develop e-methane supply chain in Japan's Public-Private Council for the Promotion of Methanation, an organization established in June 2021, where TG, OG, THG and MC have participated. For e-methane's better visibility, it is effective to promote the synthetic methane in Japan and overseas, simultaneously and important to establish cost-competitive e-methane supply chain from overseas where renewable power is accessible at low cost. While the four companies are respectively conducting feasibility studies on various locations for e-methane outside Japan, they have selected areas near to the existing Cameron LNG facility as most suitable as of now for e-methane production by their joint venture. This decision was made in light of accessibility to the infrastructure for feedstock procurement and high possibility of achieving early establishment of the supply chain. The four companies will continue to conduct feasibility studies on other promising locations to expand its e-methane procurement capabilities for enhanced energy security of Japan. The four companies intend to accelerate the detailed study to realize the world's first large-scale production and international supply chain of e-methane while working to achieve a carbon neutral economy in Japan utilizing e-methane. (1) 130,000 tons is equivalent to 1% of the total annual city gas demand of TG, OG, and THG combined.For more information, visit www.mitsubishicorp.com/jp/en/pr/archive/2022/html/0000050341.html. Copyright 2022 JCN Newswire. All rights reserved. (via SEAPRWire)
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