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Nebraska e-NG Project Powers Green Fuel Future

Summary

  • A new synthetic methane facility will start operations by 2030.
  • Nebraska's bioethanol plants provide unique CO2 feedstock.
  • Project aims to support Japan's carbon-neutral gas blending targets.
Nebraska e-NG Project Powers Green Fuel Future

A major synthetic methane project, Live Oak e-NG, is set to commence operations in Nebraska by 2030. This development brings together TotalEnergies, TES, and three Japanese gas companies, with a finalized agreement establishing ownership stakes. The facility will utilize Nebraska's rich supply of biogenic CO2 from bioethanol plants, a unique feedstock for producing synthetic methane, also known as e-natural gas.

The project will feature 250 MW of electrolysis capacity, producing approximately 75,000 tonnes of e-NG annually. This carbon-neutral fuel is chemically identical to fossil natural gas and can integrate seamlessly into existing LNG infrastructure. This compatibility is crucial for Japanese gas utilities aiming to meet national targets for blending carbon-neutral gas into their energy supply.

With a final investment decision anticipated in 2027, the Live Oak project highlights growing global interest in synthetic fuels. It underscores Japan's strategy to diversify energy imports while supporting U.S. investment in power-to-gas initiatives, bolstered by federal incentives and renewable energy resources.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
The Live Oak e-NG project is a synthetic methane development in Nebraska, a collaboration between TotalEnergies, TES, and Japanese gas companies, aiming to produce carbon-neutral fuel by 2030.
It will supply e-NG, a carbon-neutral fuel compatible with existing infrastructure, helping Japan meet its target of blending at least 1% carbon-neutral gas by 2030.
The facility utilizes abundant biogenic CO2 from Nebraska's bioethanol plants as a key feedstock for producing synthetic methane using renewable energy.

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