Total Energies Green Hydrogen, €1 B Air Liquide JV, 30, 000 Ton RWE Offtake, and 2 Refinery Projects (2025)
Industry Adoption, Total Energies Captive Demand Strategy for €1 B in Projects
By 2025, Total Energies solidified its green hydrogen strategy around a captive demand model, using its own European refineries as the primary offtakers to de-risk multi-billion-dollar investments. This approach marks a significant shift from the speculative, export-oriented projects that characterized the 2021-2024 period, focusing instead on decarbonizing existing industrial processes where demand is guaranteed. This model provides a clear, financeable path to commercial-scale deployment by solving the offtake uncertainty that stalls many green hydrogen ventures.
Total Energies’ Refinery-First Decarbonization Model
The core of the company’s strategy is replacing its existing grey hydrogen consumption with green hydrogen produced on-site or nearby. This insulates major capital projects from market price volatility and demand creation challenges. It creates a closed-loop system where renewable power assets feed electrolyzers that, in turn, supply the refineries with clean fuel for industrial processes.
- In February 2025, Total Energies and Air Liquide announced a joint investment of over €1 billion to develop green hydrogen projects aimed at decarbonizing their refineries in Northern Europe. The initiative will utilize power from Total Energies’ offshore wind assets.
- On March 12, 2025, the company signed a 15-year offtake agreement with RWE to supply approximately 30, 000 metric tons of green hydrogen per year to its Leuna refinery in Germany, with deliveries scheduled to begin in 2030.
- Throughout 2025, Total Energies secured access to green hydrogen from major electrolyzer projects in Normandy, France, and Antwerp, Belgium, dedicating the output to its local refining platforms.
Shift from Speculative to Integrated Projects in 2025
While the 2021-2024 period saw many companies announce large-scale green hydrogen projects aimed at future export markets, 2025 marked a turn towards pragmatism. Total Energies’ actions reflect a broader industry realization that the most viable near-term path for green hydrogen lies in displacing existing fossil-fuel-based demand within established industrial corridors, a model also being pursued by shipping firms like the CMA CGM Group.
- The company’s strategy contrasts with the challenges faced by more speculative ventures. In May 2025, a Spanish developer in which Total Energies holds a stake cancelled land leases for a 4 GW green hydrogen and ammonia complex.
- In September 2025, Total Energies requested a postponement of its $16 billion green ammonia project in Chile until 2027, signaling headwinds for projects reliant on creating new export markets.
- By focusing on its European refineries, Total Energies mitigates market risk and aligns its investments with regional decarbonization policies and incentives, creating a more resilient project pipeline.
$4 B Capex, Total Energies Green Hydrogen Investment and Delays
In 2025, Total Energies committed to a disciplined capital allocation strategy, directing approximately $4 billion annually to its low-carbon initiatives, which include its green hydrogen projects. This financial framework enabled the company to move forward with concrete, refinery-focused investments in Europe while strategically pausing or exiting more speculative, large-scale green fuel projects in other regions that faced greater market uncertainty and developmental hurdles.
Targeted Investments in European Refinery Hydrogen
The company’s investment decisions in 2025 prioritized projects with clear paths to integration and offtake within its existing European operations. This approach ensures capital is deployed on assets that directly contribute to its corporate decarbonization targets and have a predictable return profile.
- The most significant investment was the partnership with Air Liquide, committing over €1 billion for electrolyzers to serve refineries in Northern Europe.
- Total Energies also made a critical enabling investment of €160 million in March 2025 for 221 MW of battery storage projects in Germany, which supports the grid stability needed for large-scale electrolysis.
- Commissioning work began on the 30 MW Energiepark Bad Lauchstädt green hydrogen plant, which will supply the Leuna refinery, reinforcing the strategy of building supply infrastructure adjacent to demand centers.
Strategic Delays for Speculative Export Projects
In contrast to its progress in Europe, Total Energies demonstrated capital discipline by stepping back from large-scale projects that lacked the immediate, certain demand of its refinery model. These decisions reflect a pragmatic response to market realities and project development complexities.
- On September 24, 2025, Total Energies submitted a request to postpone its $16 billion green ammonia project in Chile, citing the need for further assessment and pushing the timeline to March 2027.
- In May 2025, a Spanish developer partially owned by Total Energies, Ignis, cancelled its land leases for a massive 4 GW green hydrogen and ammonia complex, highlighting the difficulties in advancing mega-projects without firm offtake agreements.
Table: Total Energies 2025 Green Hydrogen Investment and Cancellation Activity
| Partner / Project | Time Frame | Details and Strategic Purpose | Source |
|---|---|---|---|
| Share Buyback | Q 4 2025 | Authorized $1.5 billion in share buybacks, demonstrating financial strength to support its low-carbon capital expenditure program. | chemxplore.com |
| Chile Green Ammonia Project | September 2025 | Requested to postpone its $16 billion project until 2027, indicating a strategic delay for a large, speculative export-focused venture. | Marketscreener |
| Ignis Green Hydrogen Complex | May 2025 | The developer, in which Total Energies holds a stake, cancelled land leases for a 4 GW green hydrogen and ammonia project in Spain. | Upstream |
| German Battery Storage | March 2025 | Announced a €160 million investment in 221 MW of battery storage projects to support grid stability for renewable energy, enabling green hydrogen production. | Energy Connects |
| Air Liquide Joint Venture | February 2025 | Announced a 50/50 JV with a combined investment of over €1 billion to develop large-scale electrolyzers for Northern European refineries. | Reuters |
Total Energies 2 Major Hydrogen Partnerships with RWE and Air Liquide (2025)
In 2025, Total Energies leveraged strategic partnerships with major European energy and industrial gas players to secure the technology, production capacity, and long-term supply required for its refinery decarbonization strategy. These collaborations with Air Liquide and RWE are foundational to its green hydrogen ambitions, providing the scale and operational expertise necessary to execute complex, capital-intensive projects.
Air Liquide €1 B Joint Venture for Northern Europe
The partnership with Air Liquide, a world leader in industrial gases and hydrogen, represents Total Energies’ most significant move in the sector. The 50/50 joint venture structure allows both companies to share the financial risk and combine their respective expertise in renewable energy production and large-scale electrolysis.
- Announced on February 18, 2025, the JV will focus on decarbonizing the Normandy industrial basin and includes plans for a 250 MW electrolyzer near the Zeeland refinery.
- The projects under the JV are expected to produce 45, 000 tons of green hydrogen annually, abating up to 450, 000 tons of CO 2 emissions per year from the refineries.
- Total Energies will supply renewable electricity to the projects, including from its Oranje Wind offshore wind farm, creating a fully integrated value chain.
RWE Long-Term Offtake for the Leuna Refinery
The agreement with RWE is a landmark deal that secures a significant volume of green hydrogen for one of Total Energies’ key German assets. As a long-term offtake agreement, it provides the demand certainty that RWE needs to proceed with its own large-scale production facility, demonstrating a symbiotic relationship between producers and industrial consumers.
- Signed on March 12, 2025, the 15-year agreement is for approximately 30, 000 metric tons of green hydrogen per year.
- The hydrogen will be produced by RWE’s planned 300 MW GET H 2 Nukleus electrolyzer project in Lingen, Germany.
- This was reported as one of the first long-term green hydrogen supply agreements of its size in Germany, positioning Total Energies as a first mover in securing supply for industrial decarbonization.
Table: Key Total Energies Green Hydrogen Partnerships in 2025
| Partner / Project | Time Frame | Details and Strategic Purpose | Source |
|---|---|---|---|
| Repsol and Hitec Vision | August 2025 | Merged UK upstream oil and gas business into a JV. This consolidation of legacy assets helps optimize cash flow to fund low-carbon initiatives like green hydrogen. | Repsol |
| RWE | March 2025 | Signed a 15-year offtake agreement for 30, 000 tons/year of green hydrogen to supply the Leuna refinery, de-risking supply for a key German asset. | Total Energies |
| Aramco Ventures / Hydo Tech | February 2025 | Named as a key global partner alongside Sinopec and Gold Wind in an initiative to advance the hydrogen energy industry and establish flagship projects. | Aramco Ventures |
| Air Liquide | February 2025 | Formed a 50/50 JV with an over €1 billion investment to build and operate large-scale electrolyzers for decarbonizing refineries in Northern Europe. | Air Liquide |
Europe Focus, Total Energies Geographic Strategy for Green Hydrogen
Total Energies‘ geographic strategy for green hydrogen in 2025 was sharply focused on the industrial corridors of Northern Europe. By concentrating investments in Germany, the Netherlands, Belgium, and France, the company is embedding its projects within mature regulatory frameworks and established industrial ecosystems. This targeted approach contrasts with a more scattered, global strategy, allowing for deeper integration with its existing assets and leveraging regional policy support for decarbonization.
Concentrated Capital in Northern European Industrial Hubs
The company is creating a network of interconnected projects across the region’s key industrial hubs. This allows for operational synergies, shared infrastructure development, and a coordinated approach to decarbonizing a significant portion of its European refining capacity.
- In Germany, the focus is on the Leuna refinery, supported by the landmark offtake agreement with RWE and supply from the nearby Energiepark Bad Lauchstädt project.
- In the Netherlands, the Zeeland refinery is a focal point of the Air Liquide JV, with plans for a 250 MW electrolyzer powered by offshore wind.
- In France and Belgium, the company secured production capacity from 200 MW electrolyzer projects in Normandy and Antwerp, respectively, to supply its local platforms.
Contrasting Fortunes: European Progress vs. Global Delays
The success and momentum of Total Energies’ European projects stand in stark contrast to the challenges faced by its ventures elsewhere. The delays and cancellations in Spain and Chile highlight the higher execution risk associated with developing projects in regions with less mature hydrogen policies or those dependent on creating new export markets, a challenge also faced by shipping lines like Mediterranean Shipping Company.
- The European projects benefit from proximity to existing infrastructure, including pipelines, ports, and a robust electrical grid that is being further supported by investments in battery storage.
- The EU’s regulatory and financial support for decarbonization, such as through the Renewable Energy Directive, creates a favorable investment climate that is not yet replicated globally.
- By prioritizing Europe, Total Energies is building a defensible market position in one of the world’s leading regions for industrial decarbonization.
SWOT Analysis, Total Energies Hydrogen Strengths and Market Risks
Total Energies’ green hydrogen strategy is built on the significant strength of its integrated business model and strong financial footing, allowing it to pursue capital-intensive decarbonization projects. However, the company is exposed to external market headwinds and the inherent complexities of executing first-of-a-kind, large-scale industrial projects. The events of 2025 validated the strength of its core European strategy while also highlighting the threats that led to the delay of more speculative ventures.
Table: SWOT Analysis for Total Energies Green Hydrogen Initiatives for 2025: Key Projects, Strategies and Market Impact
| SWOT Category | 2021 – 2023 | 2024 – 2025 | What Changed / Resolved / Validated |
|---|---|---|---|
| Strengths | Financial capacity to invest in low-carbon energy; existing portfolio of industrial assets (refineries) using grey hydrogen. | Leveraged $4 B/year low-carbon capex for major projects. Used captive refinery demand to de-risk €1 B+ JV with Air Liquide and the 30, 000 ton/year RWE offtake. | The captive demand model was validated as a successful de-risking strategy, allowing the company to commit to large-scale projects while others stalled. |
| Weaknesses | High dependency on fossil fuel revenue for funding transition; lack of at-scale green hydrogen projects beyond the pilot stage. | Strategy remains highly capital-intensive, with long project lead times (e.g., RWE deliveries start in 2030). The merger of UK upstream assets with Repsol shows continued reliance on O&G cash flow. | The weakness of long lead times and high capex remains, but the firm commitment to projects in 2025 shows a clear path to execution, shifting from planning to development. |
| Opportunities | First-mover advantage in decarbonizing heavy industry; potential to leverage renewable energy portfolio for integrated hydrogen production. | Secured first-mover status with Germany’s largest green hydrogen offtake deal (RWE). Vertically integrated its Oranje Wind offshore project to power electrolyzers in the Netherlands. | The company successfully seized the opportunity to become a key offtaker in the emerging European hydrogen economy, solidifying its role as an industrial decarbonization leader. |
| Threats | Uncertainty in hydrogen market development; policy and regulatory risks; competition from other energy majors and pure-play hydrogen developers. | Project execution risks materialized with the delay of the $16 B Chile project and cancellation of the Ignis project in Spain, showing vulnerability to market and development headwinds. | The threat of execution risk was validated. In response, the company reinforced its focus on the less risky, policy-supported European market, shelving more speculative global projects. |
Scenario Modelling: Total Energies’ Captive Demand Strategy
The primary signal for Total Energies’ green hydrogen strategy is the execution of its large-scale European electrolyzer projects, which will validate its captive demand model. If these projects meet construction milestones and budget targets, it will confirm that focusing on decarbonizing existing industrial demand is the most viable path to scaling green hydrogen. This would likely compel competitors to pivot from speculative export ventures toward similar, integrated industrial projects.
- If this happens: Successful, on-schedule commissioning of the Normandy, Zeeland, and Leuna-linked hydrogen facilities.
- Watch this: Announcements from other energy majors or chemical companies mirroring Total Energies’ strategy by launching refinery- or plant-integrated hydrogen projects in the 2026-2027 timeframe.
- This could be happening: A broader market shift away from speculative, large-scale green ammonia export projects toward smaller, more financeable projects tied to existing industrial offtakers in regulated markets.
- Conversely: Significant delays or cost overruns on the Air Liquide or RWE projects would signal that even this de-risked model faces major execution hurdles. This could slow broader industry investment and force a re-evaluation of the timelines for industrial decarbonization.
The questions your competitors are already asking
This report covers one angle of TotalEnergies’ green hydrogen commercial strategy. The questions that matter most depend on your work.
- Competitor green hydrogen refinery projects
- European electrolyzer project pipeline
- German government support for industrial hydrogen
- Green hydrogen supply contracts for steel manufacturing
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