TES, TotalEnergies, Osaka Gas, Toho Gas, and ITOCHU Partner on Live Oak e-NG Project in Nebraska

The Live Oak e-NG project in Nebraska, initially developed by TES and TotalEnergies, has secured a significant strategic partnership with Japanese entities Osaka Gas, Toho Gas, and ITOCHU. This joint development and operating agreement sees the Japanese consortium acquire a combined 33.3% stake, with TES and TotalEnergies each retaining 33.35%. The collaboration aims to establish a large-scale 250 MW facility for the production of electric natural gas (e-NG) from renewable hydrogen and biogenic CO₂, targeting commercial operations by 2030. This partnership is strategically vital for the Japanese companies, particularly Osaka Gas and Toho Gas, who will serve as primary offtakers, securing a long-term supply of e-NG to support their decarbonization objectives for export to Japan. This deal is notable for several reasons, primarily the cross-border collaboration between major global energy players and prominent Japanese utilities and a trading house. The involvement of Osaka Gas and Toho Gas as committed offtakers de-risks the project significantly, providing a clear demand pathway for the nascent e-NG product. The project's scale at 250 MW underscores a serious commitment to developing synthetic methane as a viable decarbonization solution. Furthermore, the partnership leverages the development expertise of TES and TotalEnergies with the financial strength and market access of the Japanese partners, creating a robust framework for advancing this complex green hydrogen-to-e-NG value chain. The market for e-NG, or synthetic methane, is an emerging but rapidly growing segment within the broader green hydrogen and decarbonization landscape. It offers a pathway to utilize existing natural gas infrastructure for carbon-neutral energy delivery, making it particularly attractive for regions like Japan that are heavily reliant on gas imports and face significant decarbonization targets. This deal highlights the increasing global interest in power-to-gas technologies as a means to store and transport renewable energy, providing a flexible solution for hard-to-abate sectors and supporting energy security while reducing emissions.