Shell CCUS Strategy, NOK 7.5 B Equinor Expansion, a $726 M Project Pivot, and 2 Startup Deals (2025)
CCUS Project Execution Risks, Shell’s NOK 7.5 B Northern Lights Expansion vs. Aramis Pivot
In 2025, major energy firms like Shell are refining their carbon capture, utilization, and storage (CCUS) strategies by prioritizing proven, multi-partner infrastructure projects with clear commercial pathways over those with higher execution or capital risk. This signals a market-wide shift toward de-risked collaboration and disciplined capital allocation, moving away from the broader, more speculative project announcements seen in prior years.
Shell’s Pivot to De-risked Infrastructure
This strategic pivot is demonstrated by contrasting project decisions in 2025. On one hand, Shell, alongside partners Equinor and Total Energies, advanced the expansion of the Northern Lights project in Norway. This move commits significant capital to a functioning, open-access model designed to serve multiple industrial customers. Conversely, Shell and Total Energies reduced their funding for the Aramis CCS project in the Netherlands. This occurred even as the Dutch government committed new funding, indicating a deliberate choice by the energy majors to avoid projects with perceived higher capital risk or less certain commercial models. This reflects a maturing market where financial discipline is paramount.
Execution Hurdles for Megaprojects
The challenges of bringing large-scale CCUS projects to fruition were further highlighted by stalled initiatives. A major $42 billion project, reportedly involving Shell, Equinor, and Exxon Mobil, faced significant delays during the year due to difficulties in government negotiations. This, combined with the Aramis funding scale-back, underscores the persistent execution and regulatory risks that constrain the deployment of capital-intensive CCUS infrastructure. These events validate a strategy focused on phased, collaborative developments with strong governmental and commercial backing.
$13 M in Venture Deals, Shell’s Portfolio Diversification into DAC and CDR Technologies
Alongside large-scale infrastructure investments, Shell’s 2025 strategy includes targeted, smaller-scale venture funding into next-generation carbon removal technologies. This approach aims to build a diversified portfolio of decarbonization options, secure access to emerging technologies, and create future carbon credit offtake opportunities, balancing long-term infrastructure plays with near-term innovation.
Shell’s Targeted Venture Investments
This strategy materialized through Shell Ventures, the company’s corporate venture capital arm. In January 2025, it participated in a $13 million Series A funding round for Origen, a company developing a novel limestone-based direct air capture (DAC) technology. The deal included a potential offtake agreement for up to $3 million in advanced carbon removal credits, signaling an intent to not only fund but also become a customer of promising startups. This dual role helps validate new technologies while building a supply chain for high-quality carbon credits.
Diversifying Carbon Removal Pathways
Furthering this diversification, Shell partnered with Mitsubishi Corporation to sign a commercial agreement with Rep Air Carbon Capture in January 2025. This agreement, valued at up to $3 million, is for the delivery of Rep Air’s distinct Carbon Dioxide Removal (CDR) technology. By investing in multiple technology pathways like DAC and CDR, Shell mitigates technology-specific risk and gains exposure to different cost curves and applications within the carbon removal market. This complements its core strategy of abating emissions from its integrated LNG business.
Table: Shell 2025 Carbon Capture Venture Investments and Commercial Deals
| Partner / Project | Time Frame | Details and Strategic Purpose | Source |
|---|---|---|---|
| Origen (via Shell Ventures) | January 2025 | Participated in a $13 million Series A round to support limestone-based DAC technology. The deal includes a potential offtake for up to $3 million in carbon credits, securing access to future supply. | PR Newswire |
| Rep Air Carbon Capture | January 2025 | Signed a commercial agreement with partner Mitsubishi Corporation for up to $3 million for the delivery of Rep Air’s CDR technology, diversifying its carbon removal portfolio. | CDR.fyi |
Shell CCUS Partnerships, Equinor and Total Energies Anchor European Infrastructure
Shell’s 2025 carbon capture partnerships demonstrate a clear preference for joint ventures with fellow energy supermajors to distribute the immense cost and risk of building foundational CO₂ transport and storage infrastructure. This collaborative model is essential for creating the market-wide infrastructure needed for industrial decarbonization at scale, with the Northern Lights project serving as the primary example.
The Northern Lights Joint Venture
The cornerstone of Shell‘s European CCUS strategy is its role as an equal partner in the Northern Lights JV with Equinor and Total Energies. In March 2025, the partners confirmed a commercial agreement to expand the project’s capacity. This expansion, backed by a NOK 7.5 billion investment, will increase total CO₂ injection capacity from 1.5 Mtpa to at least 5 Mtpa. This project is structured as the world’s first open-access CO₂ transport and storage service, designed to create a commercial market for decarbonization services across Europe.
Alliances for Technology Access
Beyond large infrastructure, Shell also forms partnerships to gain access to innovative technologies. The agreement with Rep Air Carbon Capture was made in collaboration with Mitsubishi Corporation. This model allows Shell to leverage the technical and commercial diligence of a trusted industrial partner while engaging with an earlier-stage technology provider. This contrasts with the large-scale JV model, illustrating a flexible partnership approach tailored to different objectives, from building core infrastructure to sourcing new technology.
Table: Key Shell Carbon Capture Partnerships and Projects in 2025
| Partner / Project | Time Frame | Details and Strategic Purpose | Source |
|---|---|---|---|
| Northern Lights (with Equinor, Total Energies) | March 2025 | Confirmed a NOK 7.5 billion expansion to increase CO₂ storage capacity from 1.5 Mtpa to a minimum of 5 Mtpa. This solidifies its position in Europe’s core CO₂ infrastructure. | Northern Lights |
| Rep Air Carbon Capture (with Mitsubishi Corporation) | January 2025 | Signed a commercial agreement valued at up to $3 million to secure delivery of Rep Air’s CDR technology, partnering with another major to vet and engage with a startup. | CDR.fyi |
| Aramis CCS Project (with Total Energies, Gasunie, EBN) | May 2025 | Shell and Total Energies reduced funding for the project, signaling a strategic pivot on capital allocation even as the Dutch government committed $726 million. | Carbon Credits.com |
| Date⇅ | Partner⇅ | Market Segment⇅ | Partnership Type⇅ | Key Details / Value⇅ | Source⇅ |
|---|---|---|---|---|---|
| Nov 18, 2025 | Solarkraftwerk Halenbeck-Rohlsdorf | Renewable Hydrogen | Power Purchase Agreement | 10-year offtake agreement for ~75% of power from a 230 MW solar project to supply a renewable hydrogen electrolyser in Germany. | Shell secures power deals for renewable hydrogen … ↗ |
| Oct 30, 2025 | Brunei Energy Exploration Sdn Bhd | Upstream Oil & Gas | Strategic Acquisition | Involved in a strategic acquisition by Hibiscus Petroleum, indicating portfolio management activities in energy-rich regions with potential for future CCS. | PURSUING GROWTH AND SUSTAINABLE HORIZONS ↗ |
| Jul 1, 2025 | TotalEnergies, Equinor | Carbon Transport & Storage | Joint Venture | Equal ownership in the Northern Lights project, the world's first open-access CO2 transport and storage infrastructure, located in Norway. | Northern Lights: a CO2 transport and storage project to … ↗ |
European Hub Strategy, Shell’s Focus on Norway and the Netherlands
In 2025, Shell’s carbon capture activities are heavily concentrated in Europe, with a specific focus on developing large-scale CO₂ storage hubs in the North Sea region. This strategy leverages favorable geology and supportive, albeit complex, regulatory environments in Norway and the Netherlands to build the foundational infrastructure for industrial decarbonization across the continent, a shift from the more geographically dispersed project announcements of previous years.
Norway as a Central Storage Hub
Norway is central to Shell‘s strategy, primarily through its significant role in the Northern Lights project. The decision in 2025 to invest NOK 7.5 billion to expand the project’s capacity to 5 Mtpa reinforces Norway’s position as a key destination for CO₂ captured from industrial sites across Europe. By developing this open-access infrastructure, Shell and its partners are creating a tangible, cross-border service market for carbon storage.
The Netherlands as a Strategic Industrial Cluster
Despite the funding pivot, the Netherlands remains a strategic geography for Shell. The Aramis CCS project is located in the Port of Rotterdam, one of Europe’s largest industrial clusters and a major source of CO₂ emissions. While Shell reduced its direct capital commitment in 2025, its continued involvement reflects the strategic importance of providing decarbonization solutions to this critical industrial region. The Dutch government’s $726 million investment keeps the project viable, and Shell remains positioned to participate as a technology provider or future user.
| Forecast Provider⇅ | Market Segment⇅ | 2025 Market Size ($B)⇅ | 2026 Market Size ($B)⇅ | 2030 Forecast ($B)⇅ | 2033 Forecast ($B)⇅ | 2035 Forecast ($B)⇅ | CAGR (%)⇅ | Source⇅ |
|---|---|---|---|---|---|---|---|---|
| Roots Analysis | Carbon Credit | 681 | 849.21 * | 2045.10 * | 3968.12 * | 6231 | 24.70 | Carbon Offset/Carbon Credit Market Size, Share, Trends … ↗ |
| Persistence Market Research | Carbon Credit | 1122.26 * | 1260.30 | 1999.04 * | 2838.80 | 3574.07 * | 12.30 | Carbon Credit/Carbon Offset Market Forecast, 2033 ↗ |
| Future Market Insights | Oil & Gas CCS | 4.40 * | 5.04 * | 8.71 * | 13.20 * | 17.30 | 14.50 | Oil & Gas Carbon Capture and Storage Market ↗ |
| MarketsandMarkets | CCUS | 5.82 | 7.57 * | 17.75 | 34.70 * | 54.26 * | 25.04 * | Carbon Capture, Utilization, and Storage Market worth … ↗ |
| Roots Analysis | CCUS Absorption | 1.58 | 1.94 * | 4.49 * | 8.04 * | 12.56 | 23.06 | CCUS Absorption Market Size, Share & Growth Report, 2035 ↗ |
| Grand View Research | CCS | 3.90 | 4.20 | 5.50 * | 6.70 | 7.67 * | 7 | Carbon Capture & Storage Market Size Report, 2026-2033 ↗ |
Shell Technology Strategy, Licensing Cansolv Tech While Investing in DAC
Shell is pursuing a dual-track technology strategy in 2025, commercializing its mature, post-combustion capture technology through licensing while simultaneously investing in earlier-stage Direct Air Capture (DAC) and Carbon Dioxide Removal (CDR) technologies. This approach allows the company to generate revenue from proven solutions today while building a portfolio of innovative options to meet future market demands and address hard-to-abate emissions.
Commercializing Mature Technology
Shell‘s established position in the CCUS market is anchored by its proprietary Shell Cansolv technology, a proven solution for post-combustion CO₂ capture. As of October 2025, Shell Catalysts & Technologies had been involved in over 100 carbon capture projects globally. This extensive experience and technological footprint allow Shell to generate revenue through licensing agreements and provide credible, bankable solutions for industrial emitters seeking to deploy CCUS now. This maturity was evident even in the 2021-2024 period, where the technology was already established as a leading solution.
Investing in Emerging Carbon Removal
The strategic shift in 2025 is most visible in its venture investments. The $13 million Series A investment in Origen‘s limestone-based DAC and the up to $3 million commercial deal with Rep Air Carbon Capture represent a clear push into earlier-stage technologies. These investments target the growing voluntary carbon market and prepare Shell for a future where durable carbon removals are required alongside point-source capture. This strategy acknowledges that different technologies will be needed to address the full scope of decarbonization.
SWOT Analysis, Shell’s CCUS Strengths and Regulatory Risks in 2025
Shell’s primary strength in CCUS lies in its extensive project experience and proprietary technology portfolio, which position it as a key infrastructure developer and service provider. However, its ability to execute large-scale projects is significantly constrained by regulatory uncertainty and high capital costs. These factors create both opportunities in leading infrastructure development and threats from project delays or cancellations, a dynamic clearly validated by its strategic decisions in 2025.
Table: SWOT Analysis for Shell’s Carbon Capture Initiatives
| SWOT Category | 2021 – 2024 | 2024 – 2025 | What Changed / Resolved / Validated |
|---|---|---|---|
| Strengths | Extensive project experience and technology portfolio (e.g., Cansolv). Deep integration with LNG and industrial assets. Strong balance sheet to fund large projects. | Maintained status as a key technology provider with over 100 projects. Leveraged partnerships with Equinor and Total Energies to advance major infrastructure. | The 2025 expansion of Northern Lights validated the strength of its partnership-led model. Continued licensing of its technology confirms its market position. |
| Weaknesses | High capital expenditure requirements for large-scale CCUS. Long project development timelines and exposure to complex stakeholder negotiations. | Faced execution challenges, with a major $42 billion project stalling. High costs and risk assessment led to a strategic reduction in funding for the Aramis project. | The Aramis pivot in 2025 confirmed that even for a supermajor, capital allocation for CCUS is highly disciplined and risk-averse, highlighting a potential weakness in deploying capital at the required scale. |
| Opportunities | Lead the development of European and global CO₂ transport and storage hubs. Monetize proprietary technology through licensing. Grow a business in low-carbon products. | Advanced the Northern Lights hub. Invested in emerging DAC (Origen) and CDR (Rep Air) markets to capture value in the voluntary carbon market and secure future offtake. | The 2025 venture investments in Origen and Rep Air demonstrate a new, concrete strategy to capitalize on the growing carbon removal market, moving beyond just point-source capture. |
| Threats | Unstable and evolving regulatory and carbon policy frameworks. Competition from other low-carbon technologies and energy majors. Public and political opposition to CCUS projects. | Regulatory risk was identified as a primary business constraint. Project execution risk materialized with the stalled $42 billion project and the strategic shift on Aramis. | The events of 2025 validated that regulatory and execution risks are not theoretical but are actively shaping investment decisions, leading to project delays and strategic reprioritization. |
2026 Outlook, Shell’s Focus on Northern Lights Execution and Venture Deals
For 2026, the key indicator for Shell’s CCUS strategy will be the successful execution of the Northern Lights Phase 2 expansion. Concurrently, expect continued venture-style investments in carbon removal startups as a hedge against the long timelines and high capital costs of mega-projects. This dual approach allows Shell to build near-term market share in mature CCUS while cultivating long-term options in a rapidly evolving decarbonization market.
Tracking Northern Lights Progress
Successful and on-schedule progress in the Northern Lights expansion will be the most critical signal to watch. If the project partners reach a final investment decision (FID) for Phase 2 and secure new third-party commercial customers, it will validate their hub-and-spoke model as a commercially viable approach for European industrial decarbonization. Any delays or difficulties in attracting customers would signal persistent market-level challenges.
Monitoring Strategic Capital Allocation
The financial performance and strategic messaging from Shell‘s Low Carbon Solutions division will provide insight into its future commitment. Watch for any further de-funding of large-scale projects, similar to the Aramis pivot, which would indicate a continued, disciplined approach to capital risk. Conversely, the announcement of a new, large-scale project would suggest renewed confidence in the policy environment, particularly in regions like the U.S. with its 45 Q tax credit.
Anticipating Further Venture Activity
It is likely that Shell will continue to make small-scale investments, in the $5 million to $15 million range, in DAC and CDR startups. These deals could increasingly include carbon credit offtake agreements, similar to the Origen deal. This activity serves as a low-cost method to gain intelligence on emerging technologies and secure a future supply of high-quality carbon removals, which are expected to become more valuable as corporate net-zero targets approach.
The questions your competitors are already asking
This report covers one angle of Shell’s carbon capture strategy. The questions that matter most depend on your work.
- ExxonMobil carbon capture projects US
- Direct air capture companies commercial progress
- Industrial companies signing carbon storage contracts
- Carbon capture policy developments Europe
This report does not answer these. Enki Brief Pro does.
Your question, your angle, your framework. SWOT, PESTL, scenario modelling. The same niche depth, built around the decision your work actually depends on.
