SLB CCUS Projects, $2.4 B Capex, Aker Carbon Capture JV, 95% Removal Rate, and 5 Agreements (2025-2026)

SLB CCUS Project Adoption and Commercial Risks

SLB is aggressively commercializing its Carbon Capture, Utilization, and Storage (CCUS) technologies, moving from pilots to large-scale industrial projects, but a significant financial loss in early 2026 demonstrates the persistent economic volatility and execution risks in this nascent market. This marks a strategic shift from the 2021-2024 period, which was characterized more by technology development and initial partnerships, to the current phase of active commercial deployment and real-world financial consequences.

• The formation of the SLB Capturi joint venture with Aker Carbon Capture formalized SLB’s commercial ambitions, creating a dedicated entity to deliver modular and scalable CCUS solutions to hard-to-abate industries, a significant step beyond the earlier R&D collaborations.
• A successful field pilot with CO 280 at a U.S. pulp and paper mill in late 2025 served as a critical proof point, validating the liquid amine technology’s performance on capture rate and energy consumption, paving the way for commercial proposals.
• SLB is now involved in major international projects like the Porthos CCS project in the Netherlands and the Jubail hub with Saudi Aramco, indicating a strategic focus on regions with strong regulatory frameworks and large-scale industrial demand. This contrasts with earlier, smaller-scale technology validation efforts.
• However, the transition to commercial operations is not without peril. In January 2026, SLB reported a substantial financial loss directly linked to a carbon capture project, highlighting the high commercial and operational risks that persist despite technological maturation.

Industry & Power Sectors Dominate CO2 Emissions

This chart provides essential context for the section on CCUS project adoption by identifying the primary sources of CO2 emissions—industry and power—which are the target markets. This highlights the scale of the opportunity and the commercial risks involved in addressing these large-scale emitters.

(Source: SLB)

$2.4 B Capex, SLB Financial Commitments and CCUS Risks

SLB is funding its energy transition strategy with significant capital, but the high upfront costs and uncertain returns of CCUS projects create a complex investment profile that remains heavily dependent on supportive government policies and carbon pricing. While the company’s capital allocation has supported this pivot, recent events show the financial exposure is real and immediate.

• SLB’s total capital investment of $2.4 billion in 2025 was allocated across its portfolio, supporting both the optimization of its core oil and gas business and the investment required to build out its New Energy ventures, including CCUS and geothermal.
• The company’s asset-light strategy, exemplified by the realignment of its global land rig portfolio, is a deliberate move to free up capital and resources for reinvestment into higher-margin, technology-driven growth areas like digital solutions and decarbonization services.
• The economic viability of these investments is highly sensitive to regulatory drivers. For instance, projects in the U.S. rely heavily on the 45 Q tax credit, while European projects depend on the carbon price within the EU Emissions Trading System. These external factors are critical for de-risking investments, a focus of the broader US EPA Energy Policy 2026.
• SLB also utilizes financial instruments to reinforce its goals, including a Sustainability-Linked Bond that ties its financing costs to achieving a 20% reduction in Scope 1 and 2 GHG emissions intensity by 2025.

Sustainable Finance Market Surges Past $730B

This chart demonstrates the massive growth of the sustainable finance market, providing the necessary context for how a large-scale, $2.4B capex commitment can be funded. It shows the availability of capital, which is a key factor in SLB’s financial strategy and risk assessment.

(Source: Schroders)

SLB 5 Key CCUS and Digital Partnerships (2025-2026)

SLB’s sustainability strategy is underpinned by a network of critical partnerships that provide technology, market access, and project execution capabilities, shifting from primarily technology-focused alliances before 2025 to large-scale commercial and infrastructure agreements in the current period.

• The SLB Capturi joint venture with Aker Carbon Capture remains the cornerstone of its CCUS strategy. This partnership combines Aker’s capture technology with SLB’s subsurface and project management expertise to offer integrated, end-to-end solutions for industrial clients.
• An expanded collaboration with Nvidia, announced in March 2026, is focused on building dedicated AI infrastructure for the energy sector. This partnership is crucial for SLB’s push into digital decarbonization, using AI to optimize operations and reduce emissions for its clients and positioning it among the Top 5 AI & Data Center Energy Companies 2026.
• SLB is joining forces with industrial and energy giants like Saudi Aramco and Linde for the Jubail CCS hub in Saudi Arabia. This type of consortium is essential for developing large-scale CO₂ storage infrastructure, a task too large for any single company.
• The successful pilot project collaboration with CO 280 at a U.S. pulp and paper mill in late 2025 validated SLB Capturi’s technology for a specific industrial application, opening the door for commercial contracts in the sector, similar to efforts by companies like Southern Company.
• In the geothermal space, a partnership with Ormat Technologies aims to accelerate the development of integrated geothermal assets by streamlining project deployment, demonstrating a diversification of SLB’s new energy portfolio beyond CCUS.

SLB Outlines Supplier Sustainability Roadmap

This section focuses on key partnerships. The chart details SLB’s roadmap for engaging its suppliers on sustainability, which is a critical form of partnership essential for delivering complex CCUS projects and achieving decarbonization goals across the value chain.

(Source: SLB)

Table: SLB Key Sustainability Partnerships and Projects

SLB Quantifies Value of Decarbonization Projects

This section lists key sustainability projects. The chart perfectly complements this by explaining how SLB measures and quantifies the financial and strategic value of these decarbonization projects, justifying their inclusion in SLB’s portfolio.

(Source: SLB)

Europe and Middle East, SLB CCUS Geographic Focus

SLB’s CCUS commercial activities are geographically concentrated in regions with strong regulatory support and established industrial clusters, primarily Europe and the Middle East, while using North America for technology validation and market testing. This targeted approach allows the company to focus its resources where project economics are most favorable.

• Europe is a key market for SLB, driven by mature carbon pricing mechanisms like the EU ETS. Its involvement in projects like the Porthos CO₂ transport and storage project in the Netherlands demonstrates a focus on large-scale, cross-industry infrastructure.
• The Middle East has emerged as a major growth area for large-scale CCUS. SLB’s participation in the Jubail CCS hub with Saudi Aramco signals a strategic move to be a key player in the region’s decarbonization plans.
• North America, particularly the U.S., serves as a critical region for piloting and proving business models, incentivized by policies like the 45 Q tax credit. The successful CO 280 pilot validated the technology for the U.S. industrial market.
• In contrast, the 2021-2024 period saw a more globally diffuse set of R&D collaborations and initial studies, whereas the 2025-2026 period shows a clear concentration of capital and commercial projects in these three key regions.

EU Outlines Corporate Sustainability Reporting Framework

The section names Europe as a geographic focus for SLB’s CCUS efforts. This chart details the EU’s specific and stringent sustainability reporting framework, which acts as a major regulatory driver for CCUS adoption in the region, thus explaining why Europe is a key target market.

(Source: SLB)

CCUS Technology, SLB From Pilot to Commercial Operation

SLB’s CCUS technology portfolio has successfully transitioned from pilot-scale validation to initial commercial readiness, but achieving widespread, cost-effective deployment now depends on engineering a complete, de-risked value chain from capture to permanent storage. The focus has shifted from proving the technology works to proving it is economically viable at scale.

• The SLB Capturi technology was validated in a 2025 industrial pilot, meeting all key performance indicators and confirming its readiness for commercial projects. This moved the technology beyond the lab and small-scale tests of the prior period.
• The launch of the Cameron Carbon Storage Wellhead System in March 2026 signals the maturation of SLB’s strategy. The company is now building out a complete product suite for the entire CCUS value chain, not just the capture component.
• The emphasis on modular, standardized capture units, capable of capturing up to 500, 000 metric tons of CO₂ annually, is a direct attempt to solve the industry-wide problem of high costs and long timelines associated with custom-built plants.
• While the capture technology itself is now at a high readiness level (TRL 7), the primary challenge has shifted to the integration and economics of the full process, including CO₂ transport and the long-term integrity and monitoring of storage sites.

Carbon Emissions Are Top KPI for Sustainability Bonds

This section covers the transition of CCUS technology from pilot to commercial operation. The chart shows that reducing carbon emissions is the top KPI for securing sustainability-linked financing, directly linking the technology’s purpose to the financial mechanisms required for commercial scaling.

(Source: NatWest)

SWOT Analysis, SLB CCUS Market Position and Risks

SLB’s established strengths in subsurface engineering and global project management provide a powerful foundation for its CCUS ambitions, but the company faces significant external threats from policy dependence and the internal challenge of managing the financial risks of a new market.

• Strengths: SLB’s core competencies in geology, well construction, and integrated project management are directly transferable to CO₂ sequestration, providing a significant competitive advantage.
• Weaknesses: The New Energy division is still a small part of SLB’s overall business, and its financial performance is dependent on the cash flow generated by the legacy oil and gas services portfolio.
• Opportunities: The global push for industrial decarbonization creates a multi-billion dollar market opportunity for CCUS technologies, with SLB positioned as a key technology and services provider.
• Threats: The financial viability of large-scale CCUS projects is highly dependent on government subsidies and carbon pricing, which can be politically volatile. As the 2026 project loss showed, operational and commercial risks are high.

Mandatory ESG Regulations Surge Globally

The section requires a SWOT analysis of SLB’s market position. This chart, showing the global surge in mandatory ESG regulations, directly informs the ‘Opportunities’ (demand for CCUS) and ‘Threats’ (compliance complexity) components of that analysis, as this trend is a critical external factor.

(Source: SLB)

Table: SWOT Analysis for SLB’s CCUS Initiatives

SLB Details 2019 Emissions Baseline Inventory

A SWOT analysis includes an assessment of internal ‘Strengths’ and ‘Weaknesses.’ This chart provides key internal data on SLB’s own emissions baseline, a fundamental starting point for evaluating its internal position, challenges, and the credibility of its CCUS initiatives.

(Source: SLB)

SLB Future Scenario: Aker JV Commercial Scaling is Key

The single most critical indicator for SLB’s sustainability strategy in the coming year is the successful conversion of its CCUS pilot projects and engineering contracts into profitable, commercially operating ventures. The focus will be on demonstrating that the business model is as sound as the technology.

• If this happens: SLB announces a final investment decision (FID) on a large-scale commercial plant based on its work with a partner like CO 280. Watch this: This would signal that its modular approach is considered bankable by customers and financiers, de-risking future projects.
• If this happens: SLB’s New Energy segment reports consistent, quarter-over-quarter improvements in profitability in future earnings calls. Watch this: This would validate the business model and show that the lessons from the early 2026 project loss have been incorporated.
• These could be happening: An expansion of the Nvidia partnership beyond general infrastructure to specific, AI-driven tools for CO₂ plume modeling and storage site optimization. This would signal a deepening of SLB’s technological moat in the highest-value part of the CCUS chain: ensuring permanent sequestration.

Sustainable Debt Market Issuances Peaked in 2021

This section discusses a future scenario dependent on commercial scaling via a joint venture. The chart illustrates a recent peak and potential slowdown in the sustainable debt market, highlighting a significant external financial risk that must be considered in any future scenario analysis for funding large-scale capital projects.

(Source: Institute for Energy Economics and Financial Analysis (IEEFA))

The questions your competitors are already asking

This report covers one angle of SLB’s commercial strategy for carbon capture. The questions that matter most depend on your work.

• SLB carbon capture project financial loss 2026
• Aker SLB Capturi joint venture projects
• US 45Q tax credit for carbon capture projects
• Top carbon capture service companies

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