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Green Hydrogen Project Cancellations, $290 M Plug Power Plant Cut, BP’s 80 MW Teesside Exit, and 4 Major Project Halts (2025-2026)

Hydrogen Project Viability, BP and Fortescue Face Commercial Hurdles

The global hydrogen sector is undergoing a critical market correction, shifting from a period of ambitious announcements to one of pragmatic re-evaluation. Between 2021 and 2024, the industry was defined by optimistic growth forecasts and multi-billion-dollar project proposals. However, the period from 2025 to today reveals a significant disconnect between planned capacity and bankable projects, driven primarily by the failure to secure binding long-term offtake agreements. This commercial bottleneck has become the central constraint on industry growth, leading to a wave of high-profile cancellations and strategic pivots by major players.

From Ambition to Pragmatism: 2021-2024

The earlier period was characterized by immense optimism, with market forecasts projecting a compound annual growth rate (CAGR) for green hydrogen of over 30%. One analysis from July 2024 suggested the market would grow from USD 6.49 billion in 2024 at a CAGR of 31% through 2032. Another projected a CAGR of 43.2%. This optimism fueled major announcements, culminating in milestones like the NEOM green hydrogen project reaching financial close in May 2023, backed by a 30-year offtake agreement with Air Products for all its green ammonia production.

The Offtake Agreement Bottleneck: 2025-2026

Beginning in 2025, this optimism collided with economic reality. The primary hurdle stalling projects is the inability to secure binding offtake agreements, which are essential for obtaining financing. A 2026 industry outlook from Deloitte estimated that over 75% of green hydrogen projects under development are now considered at risk. This is exemplified by the January 2026 cancellation of GH 2‘s 1.2 GW green hydrogen and ammonia project in Canada, which was shelved after the developer failed to secure any buyers for its output. This indicates a systemic market failure where the high cost of production cannot yet be matched by customer willingness to pay.

Hydrogen Market Size and Growth Projections
Forecast Provider Market Segment 2025 Market Size ($B) 2026 Market Size ($B) 2030 Market Size ($B) 2033 Market Size ($B) 2036 Market Size ($B) CAGR (%) Source
Grand View Research Overall Hydrogen Market 204.70 225 353.64 * 401.30 513.99 * 8.60 Hydrogen Generation Market Size, Share Report, 2026-2033
Factmr Green Hydrogen 10.66 * 14 61.30 * 139.71 * 213.70 31.30 Green Hydrogen Market | Global Market Analysis Report
Coherent Market Insights Green Hydrogen 11.82 * 13.56 25.79 * 35.42 53.45 * 14.70 Green Hydrogen Market Trends, Share and Forecast, 2026 …
The Business Research Company Green Hydrogen 3.88 * 5.52 22.66 65.43 * 188.94 * 42.40 Green Hydrogen Market Trends Analysis Report 2026-2030
MarketsandMarkets Europe Green Hydrogen 0.61 0.87 * 7.65 22.67 * 67.12 * 43.60 * Europe Green Hydrogen Market (2025-2030)
iMissing data has been automatically filled using calculation methods (e.g., CAGR projections derived from a source’s own reported values). Calculated values are displayed in blue * — hover any value to see the formula used.
Hydrogen production still growing despite project cancellations | Semafor — Green Hydrogen Market Poised for Explosive 60% CAGR Growth

Green Hydrogen Market Poised for Explosive 60% CAGR Growth
The Green Hydrogen market is forecast to surge from USD 1.74 billion in 2024 to USD 74.81 billion by 2032, exhibiting an astounding 60.0% CAGR. North America is identified as the fastest-growing region, contributing significantly to this expansion.

(Source: Hydrogen production still growing despite project cancellations | Semafor)

$8.8 T NEOM Scaling, Plug Power’s $290 M Project Cancellation

The market correction of 2025-2026 was defined by the cancellation or significant scaling back of several flagship green hydrogen projects. These were not minor pilot programs but large-scale industrial ventures intended to anchor regional hydrogen economies. The trend underscores severe economic headwinds and a collective corporate reassessment of the near-term viability of green hydrogen at a mega-project scale. Companies like Exxon Mobil have also had to navigate these complex market dynamics, adjusting strategies in response to shifting economic signals.

High-Profile Project Re-evaluations

Several major corporations publicly reversed course on previously announced commitments. In March 2026, Plug Power cancelled its planned $290 million green hydrogen plant in New York and is now selling the associated land. Similarly, BP scrapped its 80 MW Hy Green hydrogen project in Teesside, UK, in December 2025 as part of a broader strategic shift back toward oil and gas investments. Even the ambitious Saudi Arabian NEOM project, which includes a massive hydrogen component, was significantly scaled back in February 2026 amid cost projections reportedly nearing $8.8 trillion.

Policy and Offtake-Driven Failures

These cancellations are directly linked to both commercial failures and policy instability. Australian iron ore company Fortescue cancelled two major green hydrogen projects in the United States in July 2025, explicitly citing the Trump administration’s policy shifts as a contributing factor. In Europe, despite policy support mechanisms like the European Hydrogen Bank, market confidence has weakened. The bank’s second auction saw mass withdrawals, with just six projects ultimately signing grants, reflecting persistent weak demand and concerns over completion guarantees. The strategy of Repsol and other European players now faces a more challenging investment climate.

Table: Major Green Hydrogen Project Cancellations and Revisions (2025-2026)

Company / Project Time Frame Details and Strategic Purpose Source
Plug Power March 2026 Cancelled its planned $290 million green hydrogen plant in Genesee County, NY. The company is now selling the land and substation for up to $142 million. Times Union
NEOM February 2026 The Saudi Arabian mega-project was significantly scaled back, with “The Line” project suspended. Original plans included one of the world’s largest green hydrogen facilities. House of Saud
GH 2 January 2026 Shelved its 1.2 GW green hydrogen and ammonia project in Newfoundland and Labrador, Canada, after failing to secure any offtake agreements. Fuel Cells Works
BP (Hy Green Teesside) December 2025 Scrapped plans for its 80 MW green hydrogen project in Teesside, UK, as part of a strategic pivot away from some clean energy investments. S&P Global
Fortescue July 2025 Cancelled two major green hydrogen projects in the United States, citing policy shifts under the Trump administration as a contributing factor. The Guardian
Major Hydrogen Project Cancellations and Strategic Pivots (2025-2026)
Date Company Project / Location Market Segment Details / Capacity Stated Reason / Context Source
Jun 9, 2026 Woodside Energy H2Perth Plant / Rockingham, Australia Green Hydrogen to Blue Hydrogen $1 billion hydrogen plant WA green hydrogen: Woodside switches to natural gas for …
Mar 3, 2026 Plug Power Genesee County, New York Green Hydrogen $290 million green hydrogen plant Project cancelled; company is now selling the associated land and substation for up to $142 million. Plug Power’s new CEO says fuel cell maker at ‘inflection …
Feb 27, 2026 NEOM The Line / Saudi Arabia Green Hydrogen Mega-project including large-scale green hydrogen production. Project significantly scaled back and The Line suspended due to soaring cost projections of $8.8 trillion. NEOM in 2026: What Is Actually Being Built | House of Saud
Jan 8, 2026 GH2 Stephenville, Newfoundland and Labrador, Canada Green Hydrogen & Ammonia 1.2 GW capacity Project shelved after failing to secure any offtake agreements. Canadian Green Hydrogen Project Canceled for Power …
Dec 2, 2025 BP HyGreen Teesside / UK Green Hydrogen 80 MW capacity Project scrapped as part of a strategic pivot away from clean energy investments. UK remains committed to low-carbon hydrogen after BP …
Jul 24, 2025 Fortescue United States Green Hydrogen Two major projects Cancelled, with blame partially attributed to the Trump administration's changing policies on renewable energy. Fortescue axes two green hydrogen projects after Trump …
iBlank cells indicate the underlying source did not report a value for that column.

North America vs. Europe, Fortescue and BP Project Shifts

While hydrogen ambitions were global, the project fallout from 2025-2026 highlights distinct regional vulnerabilities. Project cancellations in North America and Europe reveal that even in regions with strong policy frameworks, commercial and political risks can halt development. This contrasts with the earlier period, where regions competed to announce the largest and most ambitious hydrogen strategies. The current environment exposes the fragility of these plans when faced with economic realities, affecting the strategies of firms from Chevron to smaller specialized developers.

North American Policy and Market Headwinds

North America has emerged as a high-risk environment for large-scale green hydrogen projects. The cancellation of two Fortescue projects in the U.S. due to political uncertainty, coupled with Plug Power’s cancelled New York plant, points to a volatile investment climate. Canada experienced a similar setback with the shelving of the 1.2 GW GH 2 project, which pivoted to exploring domestic power exports after failing to find international hydrogen buyers. These events demonstrate that supportive policy, like the U.S. Inflation Reduction Act, is insufficient without stable offtake markets.

Europe’s Subsidy Challenges and Strategic Pivots

Europe is facing its own set of challenges. BP’s decision to scrap its Hy Green Teesside project in the UK reflects a broader strategic pivot among some energy majors, but it also signals a loss of confidence in the UK’s hydrogen roadmap. More systemically, the poor outcome of the European Hydrogen Bank’s second auction in 2025-2026, which saw most of the proposed capacity withdrawn, shows that subsidy mechanisms alone cannot create a market. The hurdles of high completion guarantees and a lack of firm offtakers are proving difficult to overcome across the continent, impacting plans for companies like the OMV Group.

Middle East Mega-Project Recalibration

The significant scaling back of Saudi Arabia’s NEOM project serves as a powerful indicator that even state-backed ventures with vast capital resources are not immune to market realities. While the hydrogen component, led by partners including Saudi Aramco and Air Products, remains a strategic priority, the broader project’s recalibration reflects the immense, perhaps underestimated, costs and complexities of building new energy economies from scratch.

Electrolyzer Stack Cost Dynamics and Projections
Technology Market Segment Time Period Low Cost (€/kW) High Cost (€/kW) Source
Alkaline Electrolysis (AE) Electrolyzer Stack Current 242 388 Present and future cost of alkaline and PEM electrolyser …
Alkaline Electrolysis (AE) Electrolyzer Stack 2030 Forecast 52 79 Present and future cost of alkaline and PEM electrolyser …
Proton Exchange Membrane (PEM) Electrolyzer Stack Current 384 1071 Present and future cost of alkaline and PEM electrolyser …
Proton Exchange Membrane (PEM) Electrolyzer Stack 2030 Forecast 63 234 Present and future cost of alkaline and PEM electrolyser …

Plug Power and BP Technology Deployment Halts (2025-2026)

The recent wave of project cancellations is not an indictment of green hydrogen production technology itself, but rather a reflection of the profound immaturity of its commercial and economic ecosystem. Electrolysis technologies like PEM and alkaline are commercially proven. However, the events of 2025-2026 demonstrate that technological readiness does not guarantee market success. The primary failure point has been the inability to bridge the economic gap between the high cost of production and what end-users are willing to pay, stalling the deployment of available technology.

Proven Technology, Unproven Economics: 2021-2024

During this period, the industry’s focus was on scaling proven technologies. Companies like RWE advanced pilot projects such as its Lingen facility, aiming to demonstrate the operational feasibility of green hydrogen production at an industrial level. The prevailing assumption was that technology scaling and manufacturing efficiencies would drive down costs, and that demand from sectors like heavy transport, involving firms like Ocean Network Express, would naturally materialize to meet climate targets. The challenge was seen primarily as an engineering and scale-up problem.

The Commercialization Gap: 2025 to Present

The cancellations by Plug Power in New York and BP in Teesside highlight the shift from an engineering challenge to a commercial one. These projects were halted not because the electrolyzers would not work, but because the business case collapsed. Reports from late 2025 and early 2026 consistently point to green hydrogen production costs remaining stubbornly high, with a lack of a mature supply chain and distribution infrastructure adding further expense. Without a carbon price or subsidy mechanism sufficient to make green hydrogen competitive with fossil fuels, or a guaranteed buyer willing to absorb the “green premium, ” large-scale technology deployment remains commercially unviable.

Hydrogen Production Cost Comparison by Type
Hydrogen Type Market Segment Low-End Cost ($/kg) High-End Cost ($/kg) Time Period Source
Green Hydrogen Green Hydrogen 4 7 2026 Green Hydrogen Manufacturing Plant Project Report 2026
Green Hydrogen Green Hydrogen 2.50 7 2026 Green Hydrogen Production Costs 2026: The Reality Check
Green Hydrogen Green Hydrogen 3 6 2026 Cost to Produce Hydrogen: Factors & Production Methods
Blue Hydrogen Blue Hydrogen 2 3 2026 Cost to Produce Hydrogen: Factors & Production Methods
Grey Hydrogen Grey Hydrogen 1 2 2026 Cost to Produce Hydrogen: Factors & Production Methods

SWOT Analysis, Top Hydrogen Companies’ Strengths and Market Threats

The strategic landscape for hydrogen has fundamentally shifted. A SWOT analysis comparing the 2021-2023 period with the realities of 2024-2025 reveals a market moving from a position of strength based on ambitious pipelines to one dominated by external threats and internal weaknesses. The ability to secure bankable contracts has become the defining factor separating viable projects from speculative announcements. This dynamic affects the entire value chain, including potential end-users in maritime shipping such as Mediterranean Shipping Company.

Table: SWOT Analysis for Top Hydrogen Projects & Companies

SWOT Category 2021 – 2023 2024 – 2025 What Changed / Resolved / Validated
Strengths Large-scale project pipelines announced by energy majors (BP) and pure-plays (Plug Power). Strong corporate backing and access to capital for initial development. Financial discipline and the ability to pivot by cancelling unprofitable projects (Plug Power, BP). Retention of core technology and engineering expertise. The key strength shifted from ambition and project scale to capital discipline and strategic flexibility in a deteriorating market.
Weaknesses High capital intensity of giga-scale projects. Heavy reliance on future technology cost-downs and anticipated policy support to close economic gaps. Demonstrated inability to secure binding, long-term offtake agreements (GH 2). Over 75% of announced projects are considered at risk of not proceeding. The theoretical weakness of project financing became an acute, validated reason for widespread project failure.
Opportunities Massive government incentives (e.g., U.S. Inflation Reduction Act) and national strategies create a strong policy tailwind. Projected demand from hard-to-abate sectors. Pivoting to more reliable domestic power markets as a primary offtaker, as explored by GH 2. Focus on smaller, localized industrial clusters with captive demand. The most viable near-term opportunity shifted from large-scale global export to smaller, economically integrated domestic projects.
Threats Competition from lower-cost blue hydrogen. Slow development of midstream infrastructure (pipelines, storage, shipping). Macroeconomic headwinds (high interest rates), political instability (Fortescue citing U.S. policy), and strategic pivots back to fossil fuels (BP). Abstract long-term risks became immediate, tangible threats that directly caused project cancellations and strategic reversals.
Comparative Market Size & Growth Projections for Hydrogen Segments
Forecast Provider Market Segment 2024 Market Size ($B) 2032 Forecast ($B) 2034 Forecast ($B) CAGR (%) Source
Zion Market Research Green Hydrogen 1.19 20.82 * 61.34 43.20 Green Hydrogen Market Size, Share, Growth Report, 2034
Plug Power Green Hydrogen 6.49 43.51 * 74.67 * 31 The Rise of Green Hydrogen: Stats, Trends, and Future …
Straits Research Clean Hydrogen 1.58 * 4.45 * 5.80 13.81 Clean Hydrogen Market Size, Share, Growth, Analysis …
iMissing data has been automatically filled using calculation methods (e.g., CAGR projections derived from a source’s own reported values). Calculated values are displayed in blue * — hover any value to see the formula used.
Cleantech Group — Capital Shift Signals Market Maturation and Funding Challenges

Capital Shift Signals Market Maturation and Funding Challenges
The sharp decline in hydrogen funding in H1 2023 (compared to 2021-2022 highs) indicates a potential market recalibration. This shift could be due to rising interest rates, increased scrutiny on project viability, or a transition from early-stage funding to project execution, impacting capital access for new ventures.

(Source: Cleantech Group — via Green Hydrogen Market Report 2025-2032 [300 Pages & 250 Tables])

2027 Outlook, Will Top Hydrogen Companies Secure Offtake?

The trajectory of the hydrogen market into 2027 hinges almost exclusively on the ability of developers to solve the offtake dilemma. The trend of cancellations and pivots seen in 2025-2026 will likely persist unless projects can be made bankable through guaranteed, long-term sales contracts. The market has bifurcated into ambitious but unfunded announcements and a small number of de-risked, operational projects. The key signal to watch is whether major industrial or utility consumers begin signing binding purchase agreements at a scale sufficient to underwrite new production capacity.

Scenario: Continued Project Stagnation

If offtake agreements remain scarce, more cancellations of large-scale green hydrogen projects are probable. A key signal would be the failure of the next European Hydrogen Bank auction or the quiet shelving of more projects in North America. In this scenario, expect companies to pivot further toward smaller-scale projects serving captive industrial clusters or to shift investment into more mature clean energy technologies. The strategies of shipping lines like Korea Marine Transport and COSCO Shipping Lines will be critical to watch, as their fuel decisions could make or break regional hydrogen hubs.

Scenario: A Path to Bankability

A positive turn would be signaled by a major developer announcing a large, binding offtake agreement with a creditworthy industrial partner, particularly for a project outside the existing NEOM framework. This would prove a commercial model exists beyond highly subsidized or state-backed ventures. Watch for offtake deals in industrial sectors like steel, chemicals, or refining, where hydrogen is already used and decarbonization pressures are high. Success in securing these contracts would restore investor confidence and could trigger a new, more realistic phase of project development. The bunkering choices at major ports, which affect companies like Pacific International Lines, will also serve as a crucial indicator of real-world demand.

Key Commercial Offtake Agreements in the Hydrogen Sector
Date Company / Project Market Segment Counterparty Agreement Details Source
Sep 4, 2024 Lhyfe Green Hydrogen (Mobility) H2 MOBILITY Deutschland 5-year agreement to supply >1,200 tons of green hydrogen for 4 fuel stations in Germany. Lhyfe signs a five-year offtake agreement with H2 MOBILITY …
Jul 11, 2024 Fertiglobe Renewable Ammonia H2Global Won auction to supply renewable ammonia to Europe at €1,000/ton. Volumes could scale to 397,000 tons by 2033. Fertiglobe Wins H2Global Auction to Supply Renewable …
Aug 15, 2023 H2 Green Steel (H2GS) Green Steel Various Secured €3.5B in debt by pre-selling 60% of initial volumes via 5-to-7-year contracts. Five Lessons for Industrial Project Finance from H2 Green …
May 22, 2023 NEOM Green Hydrogen Company Green Ammonia Air Products Exclusive 30-year offtake agreement for all green ammonia produced at the $8.4B facility. 0001193125-23-149976 | 8-K | iXBRL Viewer

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Erhan Eren

Erhan Eren is the CEO and Co-Founder of Enki, a commercial intelligence platform for emerging technologies and infrastructure projects, backed by Equinor, Techstars, and NVIDIA. He spent almost a decade in oil and gas, first at Baker Hughes leading market intelligence, strategy, and engineering teams, then at AI startup Maana, where he spearheaded commercial strategy to acquire net new accounts including Shell, SLB, and Saudi Aramco. It was across these roles, watching teams stitch together executive briefings from scattered PDFs and Google searches, that the idea for Enki was born. Erhan holds a BS in Aeronautical Engineering from Istanbul Technical University and an MS in Mechanical and Aerospace Engineering from Illinois Institute of Technology. He has spent over 20 years at the intersection of energy, strategy, and technology, and built Enki to give professionals the clarity they need without the analyst-grade budget or timeline.

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