Total Energies CCUS Strategy, $714 M Northern Lights Expansion with Shell, >5 MTPA Capacity, and 4 Major Projects (2025)

CCUS Infrastructure Projects, Total Energies Focus on Commercial Scale

In 2025, Total Energies prioritized investments in commercially mature, industrial-scale Carbon Capture, Utilization, and Storage (CCUS) infrastructure, a strategic move that insulated the company from the high technological risk and policy volatility affecting the nascent Direct Air Capture (DAC) market. This focus on building the foundational transport and storage components of the carbon management value chain allows Total Energies to leverage its core competencies in geology and offshore operations while serving the immediate decarbonization needs of industrial emitters.

• Between 2021 and 2024, the energy industry saw growing enthusiasm for novel technologies like DAC, with numerous pilot projects announced. However, in 2025, Total Energies concentrated its capital on proven CCUS, exemplified by the major expansion of its Northern Lights project in Norway, a joint venture with Equinor and Shell.
• This infrastructure-first strategy was validated by significant political instability in the United States during 2025. The U.S. Department of Energy cancelled $7.6 billion in funding across 223 climate-related projects, including the termination of flagship DAC hubs in Texas and Louisiana, highlighting the risk of relying on government support for early-stage technologies.
• The decision to avoid direct investment in DAC technology development appears financially prudent given the market’s 2025 status. DAC costs remained high, ranging from $250 to over $1, 000 per ton, with a poor track record of commercial delivery; as of mid-2025, only 0.05% of purchased credits had been delivered.
• By focusing on point-source capture from industrial hubs, Total Energies is building a business around a more immediate and cost-effective decarbonization pathway, positioning itself as a key enabler for a future carbon market that includes both point-source and, eventually, direct air capture. The state of the broader carbon capture and DAC market shows a clear distinction between mature and emerging technologies.

CO2 Utilization Market Valued at $2.1B in 2025

The section discusses TotalEnergies’ focus on commercial-scale CCUS infrastructure projects. The chart provides the economic rationale for this focus by quantifying the market value of CO2 utilization, justifying investment in large-scale infrastructure.

(Source: Fairfield Market Research)

Total Energies $981 M in CCUS Investments, Northern Lights & Brazil (2025)

Total Energies deployed nearly $1 billion in dedicated capital during 2025 to secure and develop large-scale CO 2 storage assets, a clear financial commitment to infrastructure over speculative technology ventures. These investments were directed at building multi-million-ton storage capacity and de-risking future projects in strategic new regions, underscoring a disciplined capital allocation strategy focused on tangible, long-term assets.

• The company’s single largest commitment was a $714 million joint investment with partners Shell and Equinor to fund the second phase of the Northern Lights CCS project, designed to more than triple its storage capacity.
• Signaling a move into a new strategic geography, Total Energies committed $167 million (R$900 million) to advance offshore CCS research in Brazil, one of the largest such investments in the country’s history, aimed at evaluating the geological storage potential of its continental shelf.
• To support industry-wide decarbonization efforts, the company also pledged $100 million to Climate Investment, a fund designed to accelerate the development and deployment of technologies that reduce emissions across the oil and gas sector.

TotalEnergies’ $17B 2025 Capital Expenditure Breakdown

The section specifically mentions a ‘$981 M in CCUS Investments’ for 2025. This chart, detailing the overall capital expenditure for the same year, provides the broader financial context into which this specific CCUS investment fits.

(Source: GreentechLead)

Table: Total Energies 2025 Carbon Management Investments

4 Key Alliances, Total Energies CCUS Partnership Model with Shell & Equinor

Total Energies‘ 2025 carbon management strategy relied heavily on forming joint ventures with other energy majors and governments to de-risk massive capital expenditures and pool technical expertise for its large-scale CCUS infrastructure projects. This collaborative model is central to developing CO 2 storage hubs in Europe and expanding its footprint into new markets like Southeast Asia.

• The Northern Lights joint venture with Equinor and Shell in Norway serves as the blueprint for this strategy, combining capital and extensive offshore experience to build Europe’s first cross-border CO 2 transport and storage infrastructure.
• In the United Kingdom, Total Energies advanced the Northern Endurance Partnership alongside BP and Equinor, which awarded a key contract to Halliburton in August 2025 for appraisal of the Endurance offshore storage site.
• The company secured Denmark’s first nearshore CO₂ storage exploration license in February 2025 in a consortium with Mitsui. The project includes a 20% stake for the state-owned Nordsøfonden, demonstrating a successful public-private partnership model.
• Extending its strategy to Asia, Total Energies signed a development agreement in December 2025 with Malaysia’s state-owned Petronas and partner Mitsui to jointly develop a CCS project in the region.

Energy Investment Projected to Shift to Low-Carbon

The section describes TotalEnergies’ CCUS partnership model. This chart illustrates the massive industry-wide investment shift towards low-carbon energy, which explains the strategic necessity for forming partnerships and alliances to manage the scale and risk of this transition.

(Source: Total Energies)

Table: Total Energies 2025 Carbon Capture Partnerships

Europe vs. USA, Total Energies Geographic Focus on Stable Policy

In 2025, Total Energies strategically concentrated its CCUS investments in Europe, capitalizing on stable regulatory frameworks and direct government support while avoiding the significant policy uncertainty that emerged in the United States. This geographic focus de-risked its capital-intensive projects and allowed for more predictable development timelines compared to the volatile U.S. market.

• While the 2021 to 2024 period saw growing global interest in U.S. CCUS projects spurred by the Inflation Reduction Act’s 45 Q tax credits, Total Energies‘ major 2025 commitments were firmly anchored in Europe.
• Key European activities in 2025 included the final investment decision for the Northern Lights expansion in Norway, the award of a new storage exploration license in Denmark, and progress on the Northern Endurance Partnership in the UK.
• This European focus provided a crucial buffer against the U.S. political landscape, where the Department of Energy’s cancellation of $7.6 billion in climate funding directly halted flagship DAC hubs and created significant uncertainty for project developers.
• The $167 million investment in Brazilian offshore CCS research signals a strategic exploration of South America as a future growth area, but the core of Total Energies‘ executed projects and committed capital in 2025 remained in the politically stable North Sea region.

Global Emissions Totaled 56 Gt CO2e in 2022

The section discusses a geographic focus on Europe and the USA due to stable policy. The chart showing total global emissions provides the macro-level context, illustrating the scale of the problem that geographically focused, policy-supported initiatives aim to address.

(Source: Total Energies)

CCUS at Commercial Scale, Total Energies Focus on TRL 9 Technology

Total Energies‘ 2025 strategy deliberately targeted mature, commercially ready (Technology Readiness Level 9) point-source capture and storage solutions, leaving lower-TRL Direct Air Capture development to more specialized and venture-backed firms. This approach prioritizes immediate, scalable impact and predictable returns over the high costs and technological hurdles still facing the DAC sector.

• The 2021–2024 period was characterized by significant hype around DAC pilots, which were typically at a TRL of 6 or 7. In 2025, however, the technology still faced immense commercial challenges.
• Data from 2025 showed that DAC costs remained prohibitively high for large-scale deployment, with estimates ranging from $350 to over $1, 000 per ton. In contrast, mature industrial CCUS technology costs are estimated to be around $140 per ton.
• While Climeworks‘ Mammoth plant in Iceland became the world’s largest operating DAC facility in 2025, its capacity of 0.036 MTPA is orders of magnitude smaller than the multi-million-ton scale of the industrial CCS projects pursued by Total Energies.
• This strategic choice positions Total Energies as a “first-scaler” of proven carbon storage infrastructure, a less technologically risky but essential role in building a functional carbon management market, differentiating it from the leaders in DAC technology.

TotalEnergies Charts Path to 40% Emissions Cut by 2030

The section focuses on bringing CCUS technology to commercial scale (TRL 9). The chart illustrates the company’s path to emissions reduction, a goal that relies heavily on the successful, large-scale deployment of the technologies discussed in the section.

(Source: CarbonCredits.com)

Total Energies CCUS Strategy, Strengths in Offshore & Partnership Risks

Total Energies’ 2025 CCUS strategy leverages its core strengths in offshore engineering and capital project execution but exposes it to external threats from policy shifts and a structural dependency on partner alignment for its largest infrastructure ventures. The company is effectively trading technology risk for project execution and geopolitical risk.

TotalEnergies Outlines 2030 Energy Mix and Emissions Goals

This section provides an overview of the CCUS strategy. The chart complements this by showing the company’s high-level strategic goals for its future energy mix and emissions, providing the framework that the CCUS strategy is designed to support.

(Source: CarbonCredits.com)

Table: SWOT Analysis for Total Energies CCUS Strategy in 2025

Total Energies 2026 Outlook, Watch for FIDs on UK and Brazil Projects

The primary signal to watch in 2026 will be whether Total Energies reaches a Final Investment Decision (FID) on new large-scale storage projects in the UK or Brazil, a move that would confirm its “infrastructure landlord” strategy is successfully scaling into new geographies. Progress on these fronts will indicate if the Northern Lights model can be replicated globally.

• If an FID is announced for the Northern Endurance Partnership project in the UK or a new offshore project in Brazil, it will validate the company’s global expansion strategy and demonstrate continued capital discipline toward large-scale, de-risked infrastructure.
• Watch for new commercial offtake agreements for the expanded Northern Lights capacity. The profile of new customers signing up for storage services will reveal the demand depth from diverse European industrial sectors beyond the initial partners.
• These events could be happening: Total Energies is likely using the $167 million in Brazilian research funding to de-risk a multi-billion-dollar project, with an FID announcement possible within the next 18-24 months. Any move to acquire or make a significant direct investment in a DAC technology company would represent a major strategic pivot away from its current infrastructure-led approach.

TotalEnergies Projects ~$15B Annual Capex to 2030

The section provides a forward-looking outlook on future project Final Investment Decisions (FIDs). The chart showing projected annual capital expenditure to 2030 directly supports this by demonstrating the company’s long-term financial commitment to funding new projects.

(Source: Total Energies)

The questions your competitors are already asking

This report covers one angle of TotalEnergies’ commercial strategy in the carbon management market. The questions that matter most depend on your work.

• Which companies are gaining or losing ground in the industrial CCUS infrastructure market?
• TotalEnergies’ investments and funding: Is the Northern Lights expansion with Shell and Equinor on track for its >5 MTPA capacity target?
• What is the outlook for commercial DAC deployment given costs of $250-$1,000/ton and the cancellation of U.S. DAC hub funding?
• Which industrial emitters are adopting CCUS transport and storage solutions from TotalEnergies?

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

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