Feasibility study to synthesize methane from cement derived CO2 for supply through city gas pipelines

Taiheiyo Cement Corporation and Tokyo Gas Co., Ltd. have agreed to jointly conduct a comprehensive study toward realizing a decarbonized society. As a first step in the collaboration, the two companies will start a feasibility study on the synthesis of methane from highly concentrated CO2 recovered from the cement manufacturing process for supply through city gas infrastructure in the future.

In January 2022, Taiheiyo Cement was selected by NEDO (New Energy and Industrial Technology Development Organization) for funding under the Green Innovation Fund for its project to develop a CO2-capture technology for the cement production process that incorporates a methanation system. In addition to the use of synthetic methane as an alternative fuel in the cement manufacturing process, Taiheiyo Cement has been looking for partners to collaborate on its utilization as thermal energy in a wide range of applications.

Meanwhile, Tokyo Gas, as part of its group management vision, “Compass 2030” towards establishing a “Value Co-creation Ecosystem” and achieving “Net-zero CO2 Emissions”, has been seeking to become a carbon recycling company that can effectively utilize synthetic methane produced by methanation of CO2 emitted from other sectors. Tokyo Gas has therefore been looking for a partner to collaborate with for the full-scale social implementation of carbon recycling.

Against this backdrop, the two companies have agreed to jointly investigate the feasibility of a methanation business, with a view to supply synthetic methane using CO2 from the cement manufacturing process. This would be supplied through the existing city gas infrastructure of Tokyo Gas. This comprehensive study will allow the two companies to work together to realize a decarbonized society through the coupling of the cement and gas sectors.

Taiheiyo Cement “Carbon Neutral Strategy 2050”

Taiheiyo Cement Group considers the establishment of carbon neutral technology to be the most important issue for the future of the cement industry, which emits large amounts of CO2, and at the same time positions carbon neutrality as a growth strategy. Based on this policy, Taiheiyo Cement is accelerating the development of innovative technologies such as CO2 separation, recovery, and utilization from cement kiln exhaust gases, in addition to the application and development of existing technologies, in order to achieve carbon neutrality for the entire supply chain by 2050.

Tokyo Gas “The Challenge to Achieve Net Zero CO2 Emissions”

Tokyo Gas Group’s management vision, “Compass 2030”, calls for “Establishment of a Value Co-creation Ecosystem” and the “Challenge to achieve Net Zero CO2 emissions”. Through the promotion of digital solutions and expanding collaboration with partner companies, Tokyo Gas will continue to create and provide diverse value together with customers, society, and business partners, and contribute to the realization of a decarbonized society.



Related articles:

Issue 2022-6 WO 2022/130730 A1

Cement clinker production system and cement clinker production

(22) 29.09.2021 (43) 23.06.2022 (57) Provided is a cement clinker manufacturing system with which it is possible to increase the carbon dioxide gas concentration of some exhaust gas and to obtain a...

Issue 2021-2 EP 3 760 593 A1

Organic sludge treatment device and treatment method

(22) 12.03.2019 (43) 06.01.2021 (57) [Object] To treat organic sludge while keeping facility costs, cement production efficiency, and a reduction in clinker production amount to a minimum. [Solution]...


Claudius Peters Pacpal packing plant for Sri Lanka

Tokyo Cement Company (Lanka) PLC has signed a contract with Claudius Peters Projects for the supply of a rotary packer Pacpal Roto Fill for their plant in Sri Lanka. Claudius Peters’ scope of supply...


The Taiheiyo Engineering company

The Taiheiyo Engineering Corporation goes back to the year 1976, today the enterprise is formed from a merger of Onoda Engineering, Chichibu Engineering and Asano Tech. In total 170 employees are...

Issue 2021-2 EP 3 760 601 A1

Sorting device

(22) 04.04.2018 (43) 06.01.2021 (57) [Object] To provide a fractionating device capable of stably fractionating powders such as cement raw materials by a simple configuration. [Solution] A...