Technip FMC CCUS Projects, 1 Chevron Gorgon Contract, 1 Petrobras HISEP® Project, and a 30% FPSO Reduction Target (2025)
CCUS Adoption, Technip FMC Validates Integrated Subsea Systems
In 2025, the energy industry advanced its approach to offshore carbon capture by embracing integrated subsea processing systems as a primary method for reducing project costs and risks, a strategic shift validated by Technip FMC‘s commercial successes. This marks a departure from the prior era (2021-2024) that largely focused on larger, more complex topside facilities. By moving key separation processes to the seabed, operators can now debottleneck existing platforms, reduce surface infrastructure footprints, and make new energy developments more economically and environmentally viable.
Technip FMC’s Strategic Pivot to New Energy
Technip FMC has solidified its pivot from a traditional energy service provider to a technology enabler for the energy transition, with a clear focus on greenhouse gas removal, carbon capture, and hydrogen. This strategic direction is backed by a corporate commitment to reduce its own Scope 1 and 2 emissions by 50% by 2030, integrating decarbonization directly into its operational strategy. Financial reports in 2025 consistently frame the company as a key technology provider to both traditional and new energy industries, underscoring a market-wide shift where decarbonization capabilities are becoming a core competitive advantage. This pivot positions the company to compete with other integrated service providers like SLB and Baker Hughes, which are also investing heavily in new energy services.
From Topside to Seabed: HISEP®
The centerpiece of this strategic pivot is the advancement of proprietary subsea technologies. In 2025, the market saw significant progress in this area.
- Technip FMC‘s proprietary HISEP® (High-Pressure Separation) technology is a key example, designed to separate CO₂, natural gas, and water on the seabed rather than on a topside platform.
- The market impact of HISEP® is its potential to lower both capital and operational expenditures. By managing CO₂ at the source, the system can reduce the size of a floating production, storage, and offloading (FPSO) unit by up to 30%.
- This debottlenecks production, reduces the need for extensive and heavy topside equipment, and makes offshore projects more economically feasible in a carbon-constrained world, as demonstrated by its selection for the Mero 3 project in Brazil.
$1.2 T Market, Technip FMC Benefits from Favorable CCUS Investment Climate
A confluence of robust government incentives and large-scale private investment in 2025 created a highly favorable financial environment for CCUS technology providers like Technip FMC, de-risking capital-intensive projects. This supportive backdrop is critical for bridging the commerciality gap for technologies that are essential for decarbonizing heavy industry and power generation, a strategy also pursued by utilities like Duke Energy.
Policy as a Primary Investment Driver
Government policy, particularly in the U.S., became a direct revenue catalyst for CCUS in 2025.
- The primary driver in the U.S. market was the Section 45 Q tax credit, which was increased in 2025 legislation to $85 per metric ton for CO₂ captured and stored in geologic formations, including through enhanced oil recovery (EOR).
- This incentive functions as a key revenue generator for projects, unlocking significant private capital and creating a stable, long-term market for the services and technologies offered by companies like Technip FMC.
- The effectiveness of these credits is stimulating a wave of project developments, creating a pull for the specialized engineering and subsea equipment needed for CO₂ transport and injection.
Private Capital Unlocks Large-Scale Projects
The policy support has been matched by significant private capital commitments, confirming investor confidence in the sector’s growth.
- The global market for carbon capture and hydrogen technologies is now projected to reach $1.2 trillion by 2030, signaling a massive addressable market for technology leaders.
- This forecast is supported by major investments from energy leaders, such as Exxon Mobil‘s plan to invest approximately $20 billion in lower-emission projects between 2025 and 2030.
- The successful launch of landmark projects like Northern Lights in August 2025, which began injecting CO₂, provides a crucial proof-of-concept for the entire value chain, de-risking future investments and stimulating demand for the subsea and transport infrastructure where Technip FMC specializes. Other national oil companies, including Saudi Aramco, are also building large-scale CCUS hubs.
Table: Key CCUS Financial Drivers and Investments (2025)
| Partner / Project | Time Frame | Details and Strategic Purpose | Source |
|---|---|---|---|
| Northern Lights JV (Equinor, Shell, Total Energies) | Aug 2025 | Commenced operations as the world’s first cross-border, open-source CO₂ transport and storage facility. Validates the commercial and technical viability of the CCUS value chain, stimulating demand for subsea infrastructure. | Equinor |
| U.S. Government (Section 45 Q) | Aug 2025 | The “One Big Beautiful Bill Act” increased the 45 Q tax credit to $85/ton for CO₂ stored via EOR, creating a direct revenue stream that underpins the financial models of new CCUS projects. | CANUSA EPC |
| Technip FMC Financials | Jul 2025 | Reported a significant project backlog, increased by a foreign exchange impact of $528 million as of June 30, 2025, indicating strong business health and capacity to invest in new energy technologies. | Technip FMC |
Technip FMC 4 Key Alliances for CCUS and Subsea Projects (2025)
Technip FMC‘s 2025 strategy relied on forming key partnerships across the value chain to deploy its integrated project models and proprietary technologies for complex offshore developments, including those with integrated CCUS. These collaborations are essential for managing the high costs and execution risks of pioneering large-scale CCUS infrastructure and are a common strategy among major energy players like BP.
Validating Technology with Project Partners
Partnerships with major operators and suppliers were critical for demonstrating the commercial viability of Technip FMC’s new technologies in real-world applications.
- The contract awarded to Cladtek in February 2025 for the Mero 3 HISEP® project highlights the move to execution, requiring specialized suppliers to deliver components for the innovative subsea carbon capture system.
- A collaboration with Petrobras, announced in September 2025, to advance Hybrid Flexible Pipe technology is vital for developing the robust and cost-effective subsea pipeline networks required to transport CO₂ from capture sites to offshore storage locations.
Expanding Integrated Models Globally
The company leveraged its integrated Engineering, Procurement, Construction, and Installation (i EPCI™) model through strategic alliances to secure and execute large projects globally.
- On December 13, 2025, Technip FMC secured a significant subsea contract for the Chevron-operated Gorgon Stage 3 gas project in Australia, reinforcing its position at a site with one of the world’s largest CCS systems.
- A partnership announced March 12, 2025, with Cairn Oil & Gas to use the i EPCI™ model in India demonstrates the market’s adoption of this streamlined execution model for complex subsea developments.
- An agreement to support Vår Energi’s hub strategy in the Gjøa area in Europe connects Technip FMC to a region linked to the Northern Lights CO₂ storage facility, positioning it within the European CCS value chain.
Table: Key Technip FMC Partnerships and Projects (2025)
| Partner / Project | Time Frame | Details and Strategic Purpose | Source |
|---|---|---|---|
| Chevron / Gorgon Stage 3 | Dec 2025 | Secured a subsea contract for the expansion of the Gorgon gas project, which hosts a major CCS facility. Underscores Technip FMC’s expertise in executing projects at complex integrated sites. | Ocean Energy Resources |
| Petrobras / Hybrid Flexible Pipe | Sep 2025 | Collaboration to advance flexible pipe technology critical for building out CO₂ transport infrastructure needed for large-scale offshore CCUS projects. | Global Underwater Hub |
| Cairn Oil & Gas / i EPCI™ Model | Mar 2025 | Partnership to use the integrated i EPCI™ model for subsea infrastructure development in India, demonstrating market adoption of Technip FMC’s streamlined project execution approach. | Upstream |
| Cladtek / Mero 3 HISEP® Project | Feb 2025 | Technip FMC awarded Cladtek a contract to supply components for the Mero 3 HISEP® project, signaling the move of the innovative carbon capture system into the commercial execution phase. | Cladtek |
| Date⇅ | Partner / Client⇅ | Market Segment⇅ | Partnership Type⇅ | Key Details / Value⇅ | Source⇅ |
|---|---|---|---|---|---|
| Dec 13, 2025 | Chevron | Subsea Gas Production / CCS | Client Contract | Awarded a subsea contract for the Gorgon Stage 3 gas project in Australia, a project known for its large-scale carbon capture and storage component. | TechnipFMC secures subsea role in Gorgon Gas Expansion ↗ |
| Jul 24, 2025 | Vår Energi | Subsea Production Hubs | Client Agreement | Agreement to support Vår Energi's hub strategy in the Gjøa area of the North Sea, a region connected to the Northern Lights CO₂ storage infrastructure. | TechnipFMC Announces Second-Quarter 2025 Results ↗ |
| Feb 28, 2025 | Cladtek | Carbon Capture Technology (HISEP®) | Supplier Contract | TechnipFMC, as the project lead, awarded a contract to Cladtek for the Mero 3 HISEP® carbon capture project, signifying a key supply chain collaboration. | Cladtek Wins TechnipFMC Mero 3 HISEP Contract ↗ |
Technology Maturity, Technip FMC Moves HISEP® to Commercial Scale
2025 marked the transition of Technip FMC‘s proprietary HISEP® technology from a conceptual innovation to a commercially deployed system, validated by the Mero 3 contract award and signaling a new maturity level for subsea CO 2 processing. While the 2021-2024 period involved development and qualification, 2025 represents the technology’s entry into project execution, a critical milestone for any new industrial hardware. This progression is a key objective for many industrial firms developing climate technologies, including European leaders like Iberdrola.
- The move to commercial scale was confirmed by the contract award to supplier Cladtek for the Mero 3 HISEP® project, indicating that engineering and procurement for the world’s first subsea CO₂ separation system are actively underway.
- The market value of this technology is tied to clear performance metrics: the system is designed to reduce the size and weight of a topside FPSO by up to 30%, directly lowering CAPEX and the operational carbon footprint.
- Beyond capture, Technip FMC is also advancing enabling technologies for transport. A September 2025 collaboration with Petrobras on Hybrid Flexible Pipe technology addresses the critical need for cost-effective subsea infrastructure to move captured CO₂ to permanent storage sites.
| Technology Name⇅ | Deployment Year⇅ | Key Feature⇅ | Quantifiable Impact⇅ | Source⇅ |
|---|---|---|---|---|
| TechnipFMC HISEP® | 2025 (Mero 3 Project) | Subsea high-pressure separation of CO₂-rich gas and direct reinjection at the seabed. | Reduces FPSO size by up to 30%, lowering emissions and improving operational efficiency. | Cladtek Wins TechnipFMC Mero 3 HISEP Contract ↗ |
| Conventional Post-Combustion Capture | Ongoing | Captures CO₂ from flue gas streams at large industrial facilities or power plants (topside). | Typically involves significant energy penalty and large physical footprint for amine scrubbing towers. | Carbon capture, utilization, and storage (CCUS) technologies ↗ |
SWOT Analysis, Technip FMC CCUS Strengths and Market Opportunities
Technip FMC‘s established subsea engineering leadership and proprietary technology portfolio provide significant strengths and opportunities in the high-growth CCUS market, positioning it favorably against competitors. However, its focus on large, complex projects exposes it to execution risks and market volatility, while the broader energy transition introduces new competitive dynamics from both established players and new entrants.
Table: SWOT Analysis for Technip FMC’s CCUS Position
| SWOT Category | 2021 – 2024 | 2025 | What Changed / Validated |
|---|---|---|---|
| Strengths | Established leadership in subsea technology and integrated project execution (i EPCI™). Strong relationships with major offshore operators. | Proprietary HISEP® technology validated with a commercial contract (Mero 3). Strong financial backlog reported, providing stability for new technology investment. | The company successfully translated its legacy subsea expertise into a tangible technological advantage for the new energy market, validated by a major commercial project award. |
| Weaknesses | Business model heavily reliant on large, capital-intensive offshore projects, making it sensitive to oil price cycles and operator investment decisions. | Financials show a significant positive foreign exchange impact ($528 million) on backlog, highlighting exposure and sensitivity to currency fluctuations in a global business. | The global nature of its business was highlighted as both a strength (diverse project locations) and a source of financial volatility, a persistent structural weakness for any multinational. |
| Opportunities | Emerging demand for decarbonization solutions in the oil and gas sector. Growing policy support for CCUS in key markets. | CCUS market projected to reach $1.2 T by 2030. U.S. 45 Q tax credit increased to $85/ton. Landmark projects like Northern Lights prove the open-access storage model. | The market opportunity moved from theoretical to tangible. Favorable policy and the successful launch of pioneering projects created a clear demand signal for CCUS infrastructure. |
| Threats | Competition from other major energy service companies developing their own CCUS and new energy solutions. Risk of delays or cancellations on large, complex projects. | Major operators like Exxon Mobil are investing billions ($20 B) in their own low-carbon solutions, representing both a customer and a potential competitor in technology development. | The competitive environment intensified as major operators scaled up their internal low-carbon ventures, increasing pressure on service providers to deliver unique, cost-effective technology. |
Technip FMC 2026 Outlook: Scaling HISEP® and Securing Hub Contracts
In 2026, the key indicator for Technip FMC‘s continued leadership in CCUS enablement will be its ability to convert its HISEP® technological advantage, proven at Mero 3, into multiple commercial contracts. Success will be measured by its ability to position its subsea processing and transport technologies as the standard for developing large-scale offshore carbon storage hubs.
- If the HISEP® system at Mero 3 performs as expected, watch for announcements of its adoption in other Brazilian pre-salt fields or similar high-CO₂ gas developments worldwide. This would signal a significant market validation.
- A critical signal of strategic success would be Technip FMC securing a central technology provider role in a major developing CCUS hub, such as those planned for the U.S. Gulf Coast, the UK, or the Netherlands, moving beyond single-project contracts.
- The commercial performance of the Northern Lights project will be a key bellwether. Watch for follow-on agreements with partners like Vår Energi that expand Technip FMC‘s role in building out the associated subsea injection and monitoring infrastructure.
| Date⇅ | Company⇅ | Project / Agreement⇅ | Market Segment⇅ | Counterparty / Location⇅ | Details / Capacity⇅ | Source⇅ |
|---|---|---|---|---|---|---|
| Dec 13, 2025 | TechnipFMC | Gorgon Stage 3 Subsea Contract | Subsea Gas / CCS | Chevron / Australia | Awarded a subsea contract for the expansion of the Gorgon gas project, which features a major CCS component. | TechnipFMC secures subsea role in Gorgon Gas Expansion ↗ |
| Aug 29, 2025 | Equinor (Project Partner) | Northern Lights Project | CO₂ Transport & Storage | Norway | Successfully injected and stored the first volumes of CO₂ in its cross-border storage facility. | The Northern Lights project ↗ |
| Jul 24, 2025 | TechnipFMC | Gjøa Hub Support | Subsea Production Hubs | Vår Energi / North Sea | Agreement to support the Gjøa area hub strategy, which is linked to the Northern Lights CCS infrastructure. | TechnipFMC Announces Second-Quarter 2025 Results ↗ |
| Mar 17, 2025 | Net Zero Teesside Power (Project) | NZT Power Project | Power Generation with CCS | United Kingdom | Aims to be the world's first gas-fired power station with CCS, capturing up to 2 million tonnes of CO₂ per year. | NZT Power ↗ |
| Feb 28, 2025 | TechnipFMC | Mero 3 HISEP® Project | Carbon Capture Technology | Brazil | Advanced the project by awarding a key contract to Cladtek for its proprietary subsea carbon capture technology. | Cladtek Wins TechnipFMC Mero 3 HISEP Contract ↗ |
The questions your competitors are already asking
This report covers one angle of Technip FMC’s commercial trajectory. The questions that matter most depend on your work.
- subsea carbon capture technology competitors
- cost breakdown subsea vs platform carbon capture
- new offshore carbon storage projects US Gulf Coast
- Petrobras Mero 3 project timeline
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.
