Why Hydrogen Project Delivery Split in 2026: EPC Scale vs. Subsea Niche

Hydrogen Project Delivery Models Diverge for Commercial Scale

The hydrogen market is moving from generalized strategies to specialized project delivery models, splitting between large-scale onshore industrialization and niche offshore integration to de-risk commercial adoption. This strategic divergence, catalyzed by the 2021 separation of Technip FMC into two distinct entities, reflects a maturing industry where success requires tailored expertise for specific production environments. The market is now defined by two competing and complementary approaches: one focused on scaling up onshore production via proven EPC methods and another centered on unlocking offshore renewables through complex subsea system integration.

• In the period following the February 2021 spin-off, Technip Energies leveraged its EPC heritage to pursue large-scale industrial projects, exemplified by its involvement in the Hy PSTER storage project and securing the contract for Galp’s 100 MW green hydrogen plant in Portugal. This approach focused on adapting proven onshore plant construction methodologies to the new hydrogen economy.
• In contrast, by 2025, Technip FMC solidified its distinct strategy by focusing on its subsea expertise, advancing its Deep Purple™ concept for integrated offshore green hydrogen production. This model avoids direct competition in onshore EPC and instead creates a specialized solution for monetizing offshore renewable energy, a market segment with unique technical challenges.
• This divergence shows the industry is maturing beyond monolithic strategies; success now requires specialized expertise tailored to specific environments like onshore industrial versus offshore marine. The formation of dedicated entities like Rely by Technip Energies and John Cockerill for onshore solutions and focused technology like Deep Purple™ confirms that a one-size-fits-all approach is insufficient for commercial scale.

Investment Flows Reflect Specialized Hydrogen Strategies

Capital allocation in the hydrogen sector is bifurcating, with major investments targeting both the industrialization of onshore production and the development of high-tech offshore enabling technologies. Financial backing is flowing toward two distinct value-creation models: the standardization and cost reduction of large-scale onshore facilities, and the technology-intensive systems needed to produce hydrogen in challenging offshore environments. This split in investment demonstrates market confidence in both pathways as critical to building out a global hydrogen economy.

• Technip Energies demonstrated strong investor confidence in its onshore energy transition model, booking over €1 billion in related awards by early 2023 and executing a heavily oversubscribed share sale post-spin-off, validating its strategy to scale up hydrogen and CCUS projects.
• Technip FMC is directing its financial power toward its subsea and new energy pivot, committing $1 billion by 2025 to develop technologies like Deep Purple™ and CO 2-resistant pipes. This is complemented by a $150 million investment in its Hyderabad engineering and manufacturing hub in 2023 to support complex project delivery.
• The different investment patterns signal market validation for both approaches. One stream of capital backs the scale and standardization of onshore EPC, while another funds the high-margin, technology-driven solutions required for the more nascent offshore hydrogen market.

Table: Hydrogen-Related Investments by Technip Entities (2023-2025)

Hydrogen Partnerships Evolve From Exploration to Execution

Strategic alliances in the hydrogen sector have shifted from broad exploration to targeted, execution-focused partnerships designed to fill specific capability gaps in either onshore scale-up or offshore integration. Companies are no longer just forming MOUs to investigate possibilities; they are creating joint ventures and exclusive technology agreements to secure supply chains, de-risk project execution, and deliver commercially viable hydrogen projects. This evolution signals a move from strategic posturing to operational readiness.

• The onshore EPC model is defined by execution-focused alliances, such as Technip Energies’ Rely joint venture with John Cockerill in November 2023 to provide integrated green hydrogen and Power-to-X solutions. Its exclusive global alliance with Shell Catalysts & Technologies for CCUS secures a critical technology for its blue hydrogen offering.
• Technip FMC’s partnerships target the unique challenges of the marine environment, a key factor in offshore wind development. Its 2025 collaboration with Mc Phy provides access to electrolyzer technology for its Deep Purple™ system, while its work with Petrobras on CO 2-resistant flexible pipes addresses the infrastructure needs for offshore blue hydrogen and carbon transport.
• Both companies are also partnering to develop foundational technologies for future growth. Technip FMC’s collaboration with Prysmian on floating offshore wind solutions and Technip Energies’ work with Total Energies on low-carbon LNG facilities show a focus on building the enabling energy systems that will power and be decarbonized by hydrogen.

Table: Key Hydrogen Alliances and Specialization Focus (2021-2025)

Europe and the Americas Emerge as Hubs for Specialized Hydrogen Deployment

Geographic activity for hydrogen projects is concentrating in Europe for green hydrogen industrialization and the Americas for blue hydrogen infrastructure, reflecting regional policy support and existing industrial footprints. This regional specialization allows companies to align their distinct capabilities with local market conditions, whether it is Europe’s push for renewable energy independence or the Americas’ leverage of natural gas resources and carbon storage geology.

• Europe is the primary hub for green hydrogen scale-up, driven by projects like Galp’s 100 MW plant in Sines, Portugal, and the Hy PSTER hydrogen storage pilot in France. The formation of the Rely JV by French and Belgian firms (Technip Energies, John Cockerill) further solidifies the continent’s lead in developing a green hydrogen industrial base.
• The Americas, particularly the U.S. Gulf Coast and Brazil, are central to blue hydrogen and CCUS development. Technip FMC’s 2025 agreement with Brazil’s Petrobras to develop CO 2-resistant pipes is a direct response to the needs of massive pre-salt field decarbonization, while its earlier collaboration with Talos Energy targeted CCUS solutions along the U.S. Gulf Coast.
• The Asia-Pacific region is emerging as a key market for operational decarbonization and technology deployment. Technip FMC’s $150 million investment in its Hyderabad, India facility and its 2025 Power Purchase Agreement with Total Energies ENEOS in Malaysia indicate the region’s growing importance as both a delivery hub and an end-market for new energy solutions.

Hydrogen Technology Moves from R&D to Commercial Integration

Hydrogen-related technologies have progressed from component-level R&D to integrated system deployment, with the focus now on proving commercial viability at scale in specific operating environments. The market has shifted from demonstrating that individual components like electrolyzers or storage tanks work, to engineering and delivering complete, optimized production systems that can operate reliably and economically. This transition is evident in the move from lab pilots to contracts for commercial-grade, auditable infrastructure.

Hydrogen Ship Market Signals Commercialization

The projected explosive growth of the hydrogen ship market to $45.3 billion by 2034 is a prime example of the technology’s shift from R&D to large-scale commercial integration in a new application.

(Source: Market.us)

• The 2021–2024 period focused on proving enabling technologies. This included developing hybrid floating platforms for renewable power (the In SPIRE project) and enhancing steam reforming with Technip Energies’ proprietary EAR technology, laying the groundwork for more efficient blue and green hydrogen production.
• By 2025, the focus has shifted to full system integration. Technip FMC’s Deep Purple™ offering is a prime example, combining desalination, electrolysis, and storage into a single offshore system. A late-2025 contract awarded for a fiscal metering system on a hydrogen project signals that projects are reaching a commercial stage requiring auditable, transaction-ready infrastructure.
• The development of specialized infrastructure components, like the CO 2-resistant Hybrid Flexible Pipe with Petrobras, validates that the industry is moving past pilot stages. It is now engineering solutions for the specific chemical and physical stresses of long-term commercial operation, a key step toward bankability.

SWOT Analysis: Two Paths to Hydrogen Market Leadership

The post-spin-off strategies of Technip FMC and Technip Energies reveal a market where success hinges on leveraging legacy strengths to address distinct segments, creating both specialized opportunities and focused risks. The 2021 split resolved a lack of strategic focus, allowing each entity to build a competitive moat in a different part of the hydrogen value chain. One excels in onshore industrialization, the other in complex offshore integration, but both face threats from policy uncertainty and cost competition.

Table: SWOT Analysis for Hydrogen Project Delivery Models

2026 Outlook: FID and Offtake Agreements to Determine Hydrogen Leaders

The trajectory for hydrogen market leadership in 2026 will be determined by which specialized model, onshore EPC or offshore integration, can first convert its project pipeline into final investment decisions (FIDs) backed by bankable offtake agreements. While both strategies are sound, their ultimate success depends on external market and policy factors that will favor either rapid industrial-scale deployment or the development of new, large-scale offshore energy sources. The key signals to watch are not technology announcements, but commercial and financial closures.

Equipment Market Growth Underpins Hydrogen Outlook

The projected growth of the pressure control equipment market to $9.8 billion supports the section’s forward-looking analysis, as this equipment is essential for future hydrogen project investment decisions.

(Source: Research Nester)

• If supportive regulatory frameworks and carbon pricing accelerate in industrial zones, Technip Energies’ onshore EPC model, via Rely, is positioned to capture large-scale decarbonization projects rapidly due to its standardized approach. Watch for FIDs on major European industrial clusters.
• If the levelized cost of offshore wind continues to fall faster than expected, Technip FMC’s Deep Purple™ concept could become a dominant solution for producing green hydrogen at massive scale, independent of congested onshore grids. Watch for the first FID on a pilot or commercial-scale Deep Purple™ project.
• A critical signal to monitor is the commercial progress of blue hydrogen projects. The advancement of the Technip FMC-Petrobras pipe development and the commissioning of projects like Acorn will indicate the near-term bankability of the blue hydrogen pathway, potentially favoring players with strong CCUS and hydrocarbon infrastructure expertise.

Frequently Asked Questions

Why is the hydrogen project delivery market splitting into two different models?

The market is maturing beyond a ‘one-size-fits-all’ approach. The split into onshore industrial scale-up and niche offshore integration allows companies to apply specialized expertise to de-risk projects in distinctly different operating environments. This divergence reflects the need for tailored solutions to achieve commercial-scale adoption.

What are the two main strategies for hydrogen project delivery described in the article?

The two main strategies are: 1. Onshore EPC Scale-up: Led by Technip Energies, this approach adapts proven industrial plant construction methods to build large-scale, standardized hydrogen facilities. 2. Offshore Subsea Integration: Championed by Technip FMC, this is a niche, technology-intensive strategy focused on creating integrated systems like Deep Purple™ to produce hydrogen directly from offshore renewable sources.

How have Technip Energies and Technip FMC specialized their strategies since their 2021 separation?

Since the split, Technip Energies has focused on its onshore EPC strengths, launching the Rely joint venture to deliver large-scale green hydrogen and Power-to-X projects. In contrast, Technip FMC has leveraged its subsea expertise to develop the Deep Purple™ concept for offshore hydrogen production, creating a specialized niche to monetize offshore renewables and avoid direct competition in the onshore EPC market.

How do investment trends reflect these different hydrogen strategies?

Investment flows are bifurcating to support both pathways. Technip Energies’ onshore strategy is validated by over €1 billion in energy transition project awards, showing confidence in its EPC scale-up model. Meanwhile, Technip FMC’s commitment of $1 billion by 2025 to new energy technologies, including Deep Purple™, signals that capital is also flowing towards high-tech, specialized offshore solutions.

According to the 2026 outlook, what is the key factor that will determine which hydrogen strategy succeeds?

The key factor for success in 2026 will be the ability to secure Final Investment Decisions (FIDs) backed by bankable, long-term offtake agreements. The article argues that leadership will be determined not by technology announcements, but by which model—onshore EPC or offshore integration—can first demonstrate commercial viability by converting its project pipeline into financially closed projects.