Shell Green Hydrogen Strategy, 200 MW Holland I Project, Northern Lights CCS Launch, and Dual-Track Pivot (2021-2025)

Shell’s Dual-Track Hydrogen Strategy: A Pivot Amidst Market Headwinds

In 2025, Shell executed a strategic pivot in its hydrogen approach, de-risking its portfolio by operationalizing a commercial-scale blue hydrogen pathway while selectively advancing its flagship green hydrogen projects in Europe. This dual-track strategy is a direct response to increasing market headwinds, including rising costs and uncertain demand for green hydrogen, allowing the company to maintain momentum in decarbonization by leveraging its existing strengths in natural gas and carbon capture and storage (CCS).

Holland Hydrogen I: Green Hydrogen Flagship

The centerpiece of Shell’s green hydrogen ambition, the Holland Hydrogen I project, is moving toward completion in 2025. Located in Rotterdam, this plant features a 200 MW electrolyzer designed to produce up to 60 metric tons of renewable hydrogen per day, which will primarily supply the company’s own Pernis refinery. However, despite its technical progress, the project, valued at up to $1.17 billion, faced significant questions in March 2025 regarding its long-term profitability due to a lack of industrial offtake and an uncertain European industrial strategy. This reflects the broader market “reality check” for green hydrogen economics.

Northern Lights: Blue Hydrogen Enabler

In contrast to the market uncertainty facing green hydrogen, Shell, along with partners Total Energies and Equinor, achieved a critical milestone in August 2025 with the operational launch of the Northern Lights CCS project in Norway. As the world’s first open-source, cross-border CO₂ transport and storage service, it began injecting captured CO₂ 2, 600 meters below the seabed. This achievement provides a commercially viable pathway for blue hydrogen production, directly supporting projects like the Blue Horizons venture in Oman, which selected Shell’s proprietary Blue Hydrogen Process in 2025. This operational capability gives Shell a competitive advantage in the more cost-effective blue hydrogen market, a strategy also being pursued by competitors like Exxon Mobil and Chevron.

Project Cancellations, Shell Pauses Brazil Pilot

Shell demonstrated increased capital discipline in 2025 by reallocating resources away from higher-risk ventures toward projects in regions with stronger policy support and clearer returns. The decision to halt a green hydrogen pilot in Brazil marks a significant strategic adjustment, prioritizing its European hubs and de-risking its portfolio amid global economic pressures.

Brazil Pilot Paused in January 2025

The most telling signal of this strategic shift was the January 2025 announcement that Shell would pause its planned green hydrogen pilot at Brazil’s Port of Açu. The company cited rising costs, supply chain challenges, and a strategic decision to focus on higher-return projects as the primary drivers. This move indicates a departure from a more speculative, globally diversified approach to a consolidated focus on core markets where infrastructure and policy frameworks are more mature.

Table: Shell Hydrogen Project Adjustments and Cancellations

Shell’s Critical Hydrogen Alliances, Equinor and Total Energies

Shell’s hydrogen strategy is built on a foundation of critical partnerships that span technology development, infrastructure, and project execution. The company leverages joint ventures to share risk and cost on capital-intensive projects, most notably in the CCS domain, while forming alliances with technology providers and off-takers to build out the European green hydrogen value chain.

Northern Lights CCS Joint Venture

The most significant partnership is the Northern Lights joint venture with Equinor and Total Energies. This collaboration was essential to launching the world’s first commercial cross-border CO₂ storage service, a key enabler for a European blue hydrogen economy. The project’s successful startup in August 2025 validates the consortium’s multi-year investment and provides a tangible infrastructure asset to support decarbonization for Shell and third-party customers.

European Green Hydrogen Partnerships

For its green hydrogen projects, Shell collaborates with key technology and infrastructure partners. Thyssenkrupp Nucera is supplying the 200 MW of electrolyzer capacity for Holland Hydrogen I. For the 100 MW REFHYNE II project in Germany, Shell secured vital power purchase agreements for offshore wind and solar power in November 2025 to ensure the supply of renewable electricity. These partnerships are essential to constructing and operating its large-scale electrolysis plants.

Table: Key Shell Hydrogen Partnerships and Projects

Europe vs. Global, Shell’s Geographic Consolidation

Shell’s hydrogen activities in 2025 confirm a deliberate geographic consolidation, concentrating major capital investments in Europe while stepping back from projects in other regions. This strategy focuses resources on the Netherlands and Germany, where established infrastructure, industrial demand clusters, and more developed policy frameworks provide a less risky environment for first-of-a-kind projects.

European Green Hydrogen Hubs

Europe is the clear center of gravity for Shell’s green hydrogen strategy. The Holland Hydrogen I project in Rotterdam and the REFHYNE II project in Germany represent the company’s most significant investments. These projects are located within major industrial ports and are designed to integrate with Shell’s existing refinery assets, creating localized ecosystems for hydrogen production and consumption. The progress on these projects, like securing power deals for REFHYNE II, shows a continued commitment to building a commercial-scale presence in the region.

Strategic Focus on Supportive Markets

The decision to pause the green hydrogen pilot in Brazil highlights this strategic concentration. By moving away from a project in a market with greater logistical and economic uncertainty, Shell reinforces its focus on geographies with clearer paths to profitability. Concurrently, its pursuit of blue hydrogen opportunities in regions like Oman, with the Blue Horizons project, shows a willingness to deploy its technology globally where it aligns with regional resources and commercial models, in this case leveraging natural gas.

Blue vs. Green Hydrogen, Shell’s Technology Readiness

Shell is advancing two different hydrogen production technologies toward commercial scale, each at a distinct level of market readiness. Green hydrogen production via electrolysis is being proven at an unprecedented scale, while blue hydrogen production is now commercially de-risked by the successful deployment of the critical CCS enabling infrastructure.

Electrolysis at Commercial Scale

Between 2021 and 2024, the focus was on the final investment decision and construction of large-scale electrolysis projects. By 2025, the narrative has shifted to execution and operational readiness. The near-completion of the 200 MW Holland Hydrogen I plant marks a major step-up from the smaller pilot projects of the past. It serves as a real-world test of the commercial viability and operational challenges of producing green hydrogen at a scale required by industrial users. This strategy of decarbonizing its own refineries is similar to that of Phillips 66.

CCS Enables Commercial Blue Hydrogen

While green hydrogen faces economic hurdles, Shell’s blue hydrogen pathway achieved a critical validation point in 2025. The startup of the Northern Lights CCS project transformed CCS from a pilot-stage technology into a commercial service. This operational infrastructure directly enables the production of low-carbon blue hydrogen from natural gas at a cost that is currently more competitive than green hydrogen. It provides Shell with a mature, technically proven, and commercially available solution to offer large-scale decarbonization today.

SWOT Analysis, Shell Hydrogen Execution Risks

Shell’s hydrogen strategy leverages its core strengths in large-scale project management and integrated energy systems. However, the company faces significant external threats from market uncertainty and policy dependence, particularly for its capital-intensive green hydrogen projects. Its dual-track approach is a clear attempt to balance these factors.

Table: SWOT Analysis for Shell Hydrogen Initiatives

Shell’s 2026 Outlook: Holland I Offtake and Blue Hydrogen

The most critical factor for Shell’s hydrogen strategy over the next 12 to 18 months is its ability to translate massive capital investment in green hydrogen into a commercially viable business. The success or failure of securing firm, bankable offtake agreements for Holland Hydrogen I will be the primary signal of its green hydrogen model’s viability and will dictate the pace of future investments.

Holland Hydrogen I Commercial Viability

If Shell successfully commissions Holland Hydrogen I and secures long-term offtake agreements that support its economic model, watch for the company to move forward with subsequent phases of its European green hydrogen projects. This would validate its strategy of using its own assets as anchor customers while building out a broader merchant market. Conversely, if the plant operates at low utilization rates due to a lack of demand, expect a significant slowdown in new green hydrogen FIDs.

Blue Hydrogen Expansion Signals

In parallel, watch for the commercial success of the Northern Lights CCS project. If Shell and its partners announce new third-party customers for CO₂ storage, it will be a direct indicator of growing momentum for blue hydrogen and blue ammonia projects across Europe. Such announcements would confirm that the market sees Shell’s blue hydrogen pathway as a bankable, near-term decarbonization solution, likely prompting the company to accelerate its investments in this part of its dual-track strategy.

The questions your competitors are already asking

This report covers one angle of Shell’s commercial hydrogen trajectory. The questions that matter most depend on your work.

• Holland Hydrogen I offtake agreements status
• Blue hydrogen projects using Northern Lights storage
• European policy for industrial hydrogen demand
• ExxonMobil versus TotalEnergies blue hydrogen projects

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.

Run your first brief in Enki Brief Pro