KBR Awarded FEED Contract for Live Oak Consortium’s Large-Scale e-NG Project in Nebraska

Rhea-AI Summary

KBR (NYSE: KBR) has been selected by the Live Oak consortium—comprising TotalEnergies, Osaka Gas, Toho Gas, ITOCHU Corporation and Tree Energy Solutions—to deliver front-end engineering design (FEED) for the proposed Live Oak large-scale electric natural gas (e-NG) project in Norfolk, Nebraska. The facility is expected to use about 250 MW of water electrolysis and biogenic CO₂ to produce synthetic methane for export to Japan. According to KBR, the project is targeting a Final Investment Decision in 2027 and potential commercial operations by 2030.

Positive

• FEED award for Live Oak e-NG project in Nebraska
• Project targets approximately 250 MW of water electrolysis capacity
• Potential commercial operations by 2030, subject to 2027 FID
• Collaboration with major partners including TotalEnergies and Japanese gas utilities

Negative

• Project remains subject to Final Investment Decision in 2027
• No disclosed contract value or expected revenue from FEED scope

Market Context

KBR's 0.71% 24-hour reaction to its Aug. 27 government contract provides a recent comparison for thi...

Analysis

KBR's 0.71% 24-hour reaction to its Aug. 27 government contract provides a recent comparison for this FEED award. The announcement adds project activity, while the stated 2027 investment decision remains a dependency.

Key Figures

Final Investment Decision: 2027 Commercial Operations: 2030 Electrolysis Capacity: approximately 250 MW +3 more

6 metrics

Final Investment Decision 2027 Live Oak project condition

Commercial Operations 2030 Scheduled project start

Electrolysis Capacity approximately 250 MW Renewable hydrogen production

Employees approximately 37,000 people KBR worldwide

Customer Countries more than 85 countries KBR customers worldwide

Operating Countries over 28 countries KBR operations worldwide

Historical Context

5 past events · Latest: Aug 27 (Positive)

Pattern 5 events

Date	Event	Sentiment	24h Move	Catalyst
Aug 27	Ministry contract	Positive	+0.7%	UK Ministry of Justice workplace services contract with five-year initial term
Aug 24	SAF technology selection	Positive	-2.3%	PureSAF technology selected for Kazakhstan's first sustainable aviation fuel plant
Aug 19	Dividend declaration	Positive	+0.9%	Quarterly cash dividend declared at $0.165 per share
Aug 17	Defense contract	Positive	-2.1%	NATO contract awarded with an initial ceiling of $60 million
Aug 12	Ammonia project selection	Positive	+1.4%	Pre-FEED and technology licensing selected for Morocco ammonia project

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

KBR's recent contract and technology announcements produced mixed reactions, with three positive and two negative 24-hour price responses.

Key Terms

front-end engineering design, feed, water electrolysis, synthetic methane

4 terms

front-end engineering design technical

"selected by Live Oak consortium to provide front-end engineering design (FEED) services"

Front-end engineering design is the early, detailed planning phase of a capital project when engineers create the core blueprints, scope, and cost and schedule estimates that guide construction and procurement. For investors, it matters because a thorough front-end design reduces uncertainty about total costs, timing, and technical risks—similar to having a detailed house plan and budget before breaking ground—so it helps assess whether a project is likely to stay on time and on budget.

feed technical

"provide front-end engineering design (FEED) services for the proposed Live Oak project"

A feed is a continuous stream of digital information—such as price updates, trading data, or news—pushed to users or systems in real time. Think of it like a faucet that delivers fresh data every second: the faster and more reliable the flow, the quicker investors and automated systems can react to market moves and new information. Feed quality affects trading decisions, risk management, and the timeliness of financial analysis.

water electrolysis technical

"renewable hydrogen generated through approximately 250 MW of water electrolysis"

The process of using electricity to split water into hydrogen and oxygen through electrochemical reactions at electrodes, typically inside an electrolyzer. It matters to investors because it is the main commercial method for producing low-carbon hydrogen, creating demand and costs for equipment, electricity, and related supply chains—so developments in technology, electricity prices, and policy can affect companies in energy, manufacturing, and infrastructure much like batteries affect the electric vehicle supply chain.

synthetic methane technical

"The hydrogen and captured biogenic CO₂ will be combined to produce synthetic methane"

Synthetic methane is methane gas made by human-controlled chemical processes instead of extracted from natural gas wells; it is typically produced by combining hydrogen (often from electrolysis) with captured carbon dioxide in a catalytic reaction. For investors, it matters because it can serve as a low‑carbon substitute for conventional natural gas, affect fuel supply and commodity markets, and interact with policies, infrastructure needs, and carbon‑credit systems like other manufactured energy carriers.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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HOUSTON, Aug. 31, 2026 (GLOBE NEWSWIRE) -- KBR (NYSE: KBR) announced today it has been selected by Live Oak consortium to provide front-end engineering design (FEED) services for the proposed Live Oak project in Norfolk, Nebraska. The Live Oak consortium is an international partnership comprising TotalEnergies, Osaka Gas, Toho Gas, ITOCHU Corporation and Tree Energy Solutions (TES). The project represents a significant step forward in the development of large-scale electric natural gas (e-NG), also known as e-methane, production in the United States.

Subject to a Final Investment Decision in 2027, the project is scheduled to begin commercial operations by 2030, with plans to export e-NG to Japan.

KBR will execute the FEED scope for the facility, which is expected to produce e-NG using renewable hydrogen generated through approximately 250 MW of water electrolysis and biogenic carbon dioxide. The hydrogen and captured biogenic CO₂ will be combined to produce synthetic methane, supporting the growing demand for lower-carbon energy solutions. Chemically identical to conventional natural gas, e-NG can be seamlessly integrated into existing LNG infrastructure, including liquefaction, transportation, regasification, and distribution, without any alterations to consumer equipment.

“We are pleased to support the Live Oak consortium and its partners on this strategically important project,” said Jay Ibrahim, President, KBR Sustainable Technology Solutions. “This award reflects KBR’s proven ability to deliver large-scale energy transition projects, our deep expertise in hydrogen and electrolysis technologies, strong U.S. execution capabilities and successful track record supporting TotalEnergies worldwide. We look forward to helping advance one of the largest e-methane projects currently under development in North America.”

KBR continues to play a leading role in the global energy transition, delivering technologies, engineering services and project solutions across hydrogen, sustainable fuels, carbon management and low-carbon energy infrastructure.

About KBR
We deliver science, technology and engineering solutions to governments and companies around the world. KBR employs approximately 37,000 people worldwide with customers in more than 85 countries and operations in over 28 countries. KBR is proud to work with its customers across the globe to provide technology, value-added services, and long-term operations and maintenance services to ensure consistent delivery with predictable results. At KBR, We Deliver.

Visit www.kbr.com

Forward Looking Statements

The statements in this press release that are not historical statements, including statements regarding KBR’s energy transition capabilities, are forward-looking statements within the meaning of the federal securities laws. These statements are subject to numerous risks, uncertainties and assumptions, many of which are beyond the company’s control, that could cause actual results to differ materially from the results expressed or implied by the statements. These risks, uncertainties and assumptions include, but are not limited to, those set forth in the company’s most recently filed Annual Report on Form 10-K, any subsequent Form 10-Qs and 8-Ks and other U.S. Securities and Exchange Commission filings, which discuss some of the important risks, uncertainties and assumptions that the company has identified that may affect its business, results of operations and financial condition. Due to such risks, uncertainties and assumptions, you are cautioned not to place undue reliance on such forward-looking statements, which speak only as of the date hereof. Except as required by law, the company undertakes no obligation to revise or update publicly any forward-looking statements for any reason.

For further information, please contact:

Investors
Rachael Goldwait
Vice President, Investor Relations
713-753-5082
Investors@kbr.com

Media
Philip Ivy
Vice President, Global Communications and Marketing
713-753-3800
MediaRelations@kbr.com

FAQ

What contract did KBR (NYSE: KBR) win for the Live Oak e-NG project in Nebraska?

KBR was selected to provide front-end engineering design (FEED) services for the proposed Live Oak electric natural gas (e-NG) project in Norfolk, Nebraska. According to KBR, this work covers the facility that will produce synthetic methane from renewable hydrogen and biogenic CO₂.

Who are the partners in the Live Oak consortium working with KBR (KBR)?

The Live Oak consortium includes TotalEnergies, Osaka Gas, Toho Gas, ITOCHU Corporation and Tree Energy Solutions (TES). According to KBR, this international partnership aims to develop large-scale e-methane production with exports of electric natural gas from the United States to Japan.

What is the planned scale of hydrogen electrolysis in KBR’s Live Oak e-NG project?

The Live Oak facility is expected to use approximately 250 MW of water electrolysis to produce renewable hydrogen. According to KBR, this hydrogen will combine with captured biogenic CO₂ to create synthetic methane, supporting demand for lower-carbon energy solutions and e-methane exports.

When could the Live Oak e-NG project supported by KBR (KBR) start commercial operations?

Commercial operations are scheduled to begin by 2030, subject to a Final Investment Decision in 2027. According to KBR, the FEED work underpins the project’s development timeline and supports future exports of electric natural gas from Nebraska to Japan, pending investment approval.

How will e-NG from the Live Oak project integrate into existing LNG infrastructure?

Electric natural gas (e-NG), or e-methane, is chemically identical to conventional natural gas and can use existing LNG infrastructure. According to KBR, it fits current liquefaction, transportation, regasification and distribution systems without changes to consumer equipment, simplifying potential market adoption.

What role does the Live Oak e-NG project play in KBR’s energy transition strategy?

The Live Oak FEED award aligns with KBR’s focus on hydrogen, sustainable fuels and low-carbon infrastructure. According to KBR, the company continues delivering technologies and engineering services that support global energy transition, including large-scale hydrogen and electrolysis-based projects such as this e-methane facility.