Halliburton Direct Lithium Extraction, 1 Nu Cube Energy Deal, $472 M in Income, and 1 New Partnership (2025)

Halliburton DLE Projects Signal Shift to Battery Supply Chain Enabler

In 2025, Halliburton executed a strategic pivot from a pure-play oilfield services company to a critical technology enabler for the energy transition, focusing specifically on the upstream battery minerals supply chain. Instead of competing in battery manufacturing, the company is leveraging its subsurface engineering expertise to capitalize on the growing demand for lithium through the development and deployment of Direct Lithium Extraction (DLE) technologies, a move validated by its collaboration to design a DLE system for the Smackover formation.

• Prior to 2025, Halliburton‘s diversification efforts were nascent, but the market pressures of 2025, including a forecasted steep decline in full-year revenue, accelerated this shift into adjacent energy sectors.
• The most significant strategic action in 2025 was the October announcement of a collaboration with Volta Grid to develop and deploy distributed power generation systems, targeting the high-demand data center market.
• This is complemented by the advancement of its DLE technology, which aims to provide a more efficient and environmentally friendly method for sourcing lithium, a critical component for lithium-ion batteries used in electric vehicles and energy storage systems.
• Through its Halliburton Labs accelerator, the company is also fostering future energy systems, evidenced by its January 2025 collaboration with Nu Cube Energy to scale its nuclear fission reactor technology.

Battery Storage Market to See Tenfold Growth

This chart’s powerful ‘Tenfold Growth’ headline perfectly introduces Halliburton’s strategic shift into the battery supply chain by immediately establishing the immense market opportunity that justifies the new venture.

(Source: Precedence Research)

$472 M Q 2 Income, Halliburton Navigates Core Market Volatility

Halliburton‘s 2025 financial performance reveals significant volatility in its core oil and gas business, which underscores the strategic imperative behind its diversification into more stable, high-growth energy markets like battery materials and distributed power. This financial pressure provides both the motivation and the resources to fund these new ventures while navigating a challenging period for its traditional operations.

• The company’s net income demonstrated considerable fluctuation throughout the year, with a strong $472 million in Q 2 2025 followed by a sharp drop to just $18 million in Q 3 2025, reflecting the soft market demand.
• In response to a forecasted steep full-year revenue decline, Halliburton initiated cost-cutting measures in July 2025, which are expected to generate $400 million in savings in 2026.
• Despite the market headwinds, the company’s Completion and Production division maintained a revenue of $3.3 billion in Q 4 2025, providing the financial foundation to sustain investment in its strategic initiatives.

Table: Halliburton 2025 Financial Performance and Outlook

Stationary Battery Storage Market to Reach $69B

This chart quantifies the value of the stationary battery storage market, a specific and relevant segment for Halliburton. It provides external financial context that complements the company’s internal financial performance data and outlook presented in the table.

(Source: Future Market Insights)

Halliburton Partnership Data, 1 Volta Grid Alliance & DLE Initiatives

In 2025, Halliburton executed a series of targeted collaborations designed to leverage its core competencies in new energy verticals, moving beyond conceptual commitments to commercially focused projects. These partnerships are not random but form a coherent strategy to enter the supply chains for distributed power and battery materials.

• The landmark collaboration with Volta Grid announced in October 2025 directly addresses the power needs of the data center and industrial sectors, creating a revenue stream independent of oilfield activity.
• Through Halliburton Labs, a January 2025 partnership with Nu Cube Energy signals an investment in future grid technologies, exploring advanced nuclear to provide stable, clean baseload power.
• The company is also applying its subsurface expertise to the battery supply chain by collaborating with an unnamed partner to design a DLE system for the prolific Smackover formation, a key step toward commercializing this technology.

Chart Outlines Vehicle-to-Grid (V2G) Capabilities

The chart’s explanation of Vehicle-to-Grid (V2G) technology directly relates to the section’s mention of the ‘Volta Grid Alliance,’ illustrating the technical concept behind this key partnership.

(Source: Columbia Business School – Columbia University)

Table: Halliburton 2025 Strategic Partnerships

India’s Energy Storage Tender Market Surges

This chart highlights a major geographic growth opportunity in India’s energy storage market, providing relevant context for a table detailing Halliburton’s strategic international partnerships.

(Source: IEEFA)

Middle East vs. US, Halliburton Geographic Focus for New Energy

Halliburton‘s 2025 strategy demonstrates a calculated geographic deployment of its new energy initiatives, targeting high-growth international markets for immediate commercial opportunities while developing foundational projects in North America. This dual-pronged regional approach allows the company to leverage existing operational footprints while planting seeds for future growth in strategic resource plays.

• The partnership with Volta Grid prioritizes the Middle East for its initial rollout of distributed power solutions, capitalizing on the region’s burgeoning data center construction and industrial development.
• In North America, the focus is on foundational technology development for the battery supply chain, exemplified by the DLE system design for the Smackover formation, a major lithium brine resource in the United States.
• This new energy deployment runs parallel to its core business activities, such as the February 2025 partnership to deploy digital wireline logging systems for an Asian National Oil Company in Southeast Asia, showcasing its ability to manage a globally diversified portfolio.

North American Battery Storage Market Shows Strong Growth

This chart’s focus on the North American market directly supports the section’s discussion of Halliburton’s geographic focus on the US, validating it as a high-growth region for new energy initiatives.

(Source: Market Report Analytics)

Commercial Scale vs. R&D, Halliburton Technology Maturity Assessment

Halliburton is strategically de-risking its entry into new energy markets by building a portfolio of technologies at varying levels of commercial readiness. This approach allows the company to generate immediate revenue from market-ready solutions while methodically advancing next-generation technologies that leverage its core competencies.

• At the commercial deployment stage (TRL 9), the collaboration with Volta Grid leverages existing, proven technologies for distributed power generation to capture immediate revenue from the data center market.
• The company’s CO 2 Storage Suite for carbon capture and storage (CCS) projects is also at a high Technology Readiness Level, positioning Halliburton as a key service provider for industrial decarbonization.
• In the near-commercial stage, the DLE initiative represents a significant technology pivot. While the underlying subsurface skills are mature, their application to lithium extraction is in the pilot and design phase, as seen in the Smackover formation project.
• Through Halliburton Labs, the company incubates earlier-stage technologies like Nu Cube Energy‘s advanced nuclear reactor, providing a long-term view of the future energy mix without bearing the full R&D cost.

Battery Recycling Value Chain Profitability Detailed

By breaking down the profitability of the battery value chain, this chart provides a model for assessing technology maturity and commercial viability, which is central to the section’s ‘Commercial Scale vs. R&D’ theme.

(Source: Columbia Business School – Columbia University)

SWOT Analysis, Halliburton New Energy Strengths and Market Risks

Halliburton‘s 2025 strategic actions represent a concerted effort to leverage its core engineering strengths to mitigate the long-term risks of the energy transition and the cyclicality of its traditional market. The company is actively turning its deep subsurface knowledge, a potential liability in a decarbonizing world, into a primary asset for accessing new, high-growth value chains.

• Strengths: Leveraging decades of subsurface, well management, and fluid handling expertise to enter adjacent markets like DLE, geothermal, and CCS.
• Weaknesses: Over-reliance on the cyclical oil and gas industry, as evidenced by the sharp revenue forecast decline in 2025.
• Opportunities: Tapping into non-cyclical, high-growth markets such as battery materials and power for data centers.
• Threats: Sustained downturns in the core business could limit the capital available for diversification initiatives.

EVs Drive Massive Growth in Battery Demand

This chart identifies a primary market driver (EVs) for battery demand, effectively illustrating the ‘Opportunity’ component of the SWOT analysis discussed in this section.

(Source: IDTechEx)

Table: SWOT Analysis for Halliburton New Energy Initiatives

Energy Storage Buildout Shows 10.6% Annual Growth

The specific 10.6% Compound Annual Growth Rate (CAGR) presented in this chart offers a concrete data point that can be used to quantify the market ‘Opportunity’ within the SWOT analysis table.

(Source: Reuters)

Halliburton 2026 Outlook, DLE Commercialization and Volta Grid Execution

The success of Halliburton‘s strategic diversification in 2026 will be determined by its ability to convert its 2025 initiatives into commercial reality. The primary focus will be on securing tangible contracts for its DLE technology and meeting deployment milestones for its distributed power partnership with Volta Grid.

• If Halliburton announces a commercial partner or a pilot project for its DLE technology, watch for how this validates its “picks and shovels” strategy for the battery market. Securing a major mining or chemical company would be a significant signal.
• Monitor the progress of the Volta Grid power system rollout in the Middle East. Successful deployment and operation for a major data center client could unlock expansion into other high-growth regions like North America and Europe.
• The key unknown is how sustained pressure on the company’s core oilfield services business will impact its willingness to invest in these new ventures. Observe whether capital allocation in upcoming quarters prioritizes the new energy portfolio or is diverted to defend its legacy market share.

Battery Storage Market to Hit $161B by 2034

This long-term forecast, projecting the market value to be $161 billion, quantifies the future prize for Halliburton, aligning perfectly with the forward-looking nature of the 2026 outlook on DLE commercialization and Volta Grid execution.

(Source: Fortune Business Insights)

The questions your competitors are already asking

This report covers one angle of Halliburton’s strategic pivot into the battery supply chain and adjacent energy markets. The questions that matter most depend on your work.

• Halliburton’s activities in DLE. Is the collaboration to design a DLE system for the Smackover formation progressing from pilot to deployment?
• Which oilfield services companies are gaining or losing ground in the battery minerals market?
• How does Halliburton’s DLE technology compare to conventional brine evaporation for project economics and environmental impact?
• Which data center operators are adopting distributed power generation from partners like Halliburton and Volta Grid?

This report does not answer these. Enki Brief Pro does.

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