FEED and engineeringRenewables and storage
KBR wins FEED for Live Oak e-methane project in Nebraska
The Norfolk development proposes approximately 250 MW of electrolysis, with a 2027 investment decision and commercial operation targeted by 2030.
- Event
- First published on EPC Feed
- Sources
- 1 listed below
- Reading time
- 2 min
The Live Oak consortium has selected KBR for front-end engineering design of its proposed electric natural gas project in Norfolk, Nebraska. KBR announced the award on 31 August 2026. The consortium comprises TotalEnergies, Osaka Gas, Toho Gas, ITOCHU Corporation and Tree Energy Solutions. The development would produce e-NG, also called e-methane, with planned exports to Japan. This is a FEED appointment for a proposed facility, rather than an announcement of completed construction or commercial production.
The concept combines renewable hydrogen from approximately 250 MW of water electrolysis with captured biogenic carbon dioxide to produce synthetic methane. The power figure describes the proposed electrolysis scale, not annual methane output. The partners target a final investment decision in 2027 and commercial operation by 2030, subject to that decision. These dates are stated development expectations and should not be read as unconditional construction or delivery commitments.
KBR notes that e-NG is chemically identical to conventional natural gas and can use existing LNG infrastructure for liquefaction, transport, regasification and distribution. That compatibility is part of the project's delivery concept. It does not itself establish that particular terminals, shipping arrangements or customer supply agreements have been contracted for Live Oak.
For EPC Feed, the significant engineering relationship is the need to define hydrogen generation and carbon-dioxide supply as parts of one production system. An electrolysis capacity alone does not describe the availability or consistency of either input. The FEED stage provides a setting in which equipment sizing, operating assumptions and plant interfaces can be considered together before a larger commitment is made. The release does not disclose the resulting design basis or a guaranteed conversion performance.
The proposed export route also separates production engineering from the commercial chain needed to deliver fuel overseas. Existing infrastructure compatibility can inform planning, while the actual logistics still require project-specific arrangements. Future reporting should therefore distinguish completion of FEED, investment approval, execution awards and operating readiness. Recording those milestones individually will make it possible to assess how the Nebraska proposal advances without treating its intended timetable or market destination as an already achieved result.
Sources
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