This news is classified in: Traditional Energy Oil and Gas
Mar 31, 2023
Osaka Gas Co. and Mitsubishi Heavy Industries, have entered into an agreement to conduct a feasibility study on a project to develop a CO 2 value chain for CCUS (Carbon Capture, Utilization, and Storage), including transporting CO 2 captured in Japan to overseas, utilizing it to produce e-methane, synthetic gas produced through methanation, and storing it underground.
The project aims to establish an efficient CO 2 value chain, leveraging Osaka Gas’s know-how on e-methane production and CO 2 storage and MHI’s expertise in CO 2 capture, liquefied CO 2 maritime vessel transport, and CO 2 management.
To that end, the project partners will examine methods to capture CO 2 emitted from the Hard-to-Abate industries, such as steel, cement, and chemicals, and transport liquefied CO 2 using ships. Osaka Gas and MHI will conduct a feasibility study on the entire CCUS scheme, including CO 2 utilization for e-methane and underground sequestration, in corporation with companies from a wide variety of industries.
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The project also plans to expand its CCUS scheme through the trade and transfer of CCUS’s environmental value quantified by CO 2 NNEX, a digital platform under development by MHI and IBM Japan for visualizing CO 2 value chain.
Through this project, Osaka Gas and MHI aim to contribute to achieving a carbon neutral society by 2050, combining the two companies’ technologies developed to meet their respective goals for net zero emissions.
Methanation is a technology for synthesizing methane, the main component of natural gas, from hydrogen and CO 2 . The resulting product is known as e-methane. The use (combustion) of e-methane results in no effective increase in CO 2 for society as a whole because CO 2 , 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.
CO 2 NNEX is a digital platform to provide transparency and flexibility in the distribution of CO 2 and its environmental value in the rapidly expanding CCUS value chain toward a carbon-neutral society. IoT will connect actual CO 2 data, and blockchain technology will guarantee its neutrality, fairness along with advanced information security.
For more information, please see the following press release.
Osaka 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, North America, and Southeast Asia –
for the commercialization of methanation technology.
On March 9,2023, the company’s Energy Transition 2030 was released to present the overall picture of the company’s transition to low-carbon and carbon-neutral energy and the company’s transition initiatives and solutions for a lower-carbon society in 2030. Osaka Gas works on schemes to produce e-methane through methanation from CO 2 captured from the Hard-to-Abate industries, such as steel, cement, and chemicals, or inject CO 2 into underground storage, aiming to reduce customers’ CO 2 emissions and contribute to achieving a circular economy that decreases environmental burdens.
MHI Group is actively involved in programs targeting the realization of a carbon neutral society. Building a CO 2 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 CO 2 NNEX digital platform.