Hydrogen's 4.9M-Tonne Shakeout: What's Still Being Built

Close to 60 major clean hydrogen projects were canceled globally in 2025, wiping out over 4.9 million tonnes of planned annual production capacity. But this isn't a collapse story. It's a correction.

The projects still being built share two things: a signed offtake agreement and a buyer that needs hydrogen as a chemical feedstock, not a fuel.

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Why Are So Many Clean Hydrogen Projects Being Canceled?

The numbers are significant. According to S&P Global data reported by the Financial Times, close to 60 projects were abandoned in 2025, many of them high-profile European and Middle East ventures. U.S. hydrogen hubs felt the pressure too, with billions in federal funding pulled from programs that had been in development for years.

BP alone walked away from two major projects in December 2025: the 1.5 GW Duqm Green Hydrogen Project in Oman, planned to produce 150,000 tonnes per year, and the 1.2 GW H2Teesside blue hydrogen project in the UK, planned at 160,000 tonnes per year.

ArcelorMittal pulled out of a green-hydrogen-fired direct-reduced iron (DRI) plant in Germany despite €1.3 billion in pledged government subsidies, citing high European electricity costs and a wave of cheap imported steel that made the business case unworkable.

Wood Mackenzie tracked final investment decisions falling 30% in capacity terms compared to 2024, while cancellations roughly tripled. The pattern across nearly every abandoned project was the same: no committed buyers [Wood Mackenzie, 2025].

Without a binding contract in hand, developers couldn't secure project financing. Without financing, projects died. That's the full equation.

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Which Types of Hydrogen Projects Are Actually Surviving?

The clearest pattern in what's getting built: hydrogen as feedstock beats hydrogen as fuel, consistently. Projects where hydrogen flows directly into a chemical process, such as ammonia synthesis, refining, methanol production, or direct-reduced iron manufacturing, have actual buyers. That changes everything about financing.

China leads the construction wave. Of 59 projects that started globally in 2025, China accounted for around 25, including five of the six largest [Wood Mackenzie via Hydrogen Insight, 2025].

The largest is a methanol, aviation fuel, and chemicals plant in Heilongjiang Province by Ningxia Jiaze, producing 107,000 tonnes per year of green hydrogen fed directly into chemical production. No speculative fuel market required. The customer is built into the manufacturing process itself.

The same logic runs through the 14 green hydrogen projects reshaping America's energy future, all anchored by industrial demand.

The IEA's Global Hydrogen Review 2025 confirms the trend: existing uses in refining and chemicals, plus hydrogen-based fuels in shipping, account for almost all firm offtake agreements announced to date and 80% of investment in committed production projects.

The Hydrogen Council reports that 3.6 million tonnes per year of binding offtake has been secured globally, with 43% going directly to ammonia production [Hydrogen Council, September 2025].

Project	Type	Status	Key Factor
BP Duqm, Oman	1.5 GW green H2 export	Canceled Dec 2025	No signed buyer commitments
ArcelorMittal DRI, Germany	Green H2 (iron/steel feedstock)	Canceled 2025	High electricity costs; cheap steel imports; deadline missed
CF Industries Blue Point, Louisiana	$4B blue H2 to ammonia	FID reached April 2025	JERA and Mitsui are equity partners and offtakers
Linde/Woodside Beaumont, Texas	$1.8B blue H2 (ammonia feedstock)	Grey ammonia operational Dec 2025; CCS integration 2026	Long-term Linde supply agreement; infrastructure operational
Ningxia Jiaze, Heilongjiang, China	Green H2 (chemicals feedstock)	Under construction	Demand built directly into production process
NEOM Green H2, Saudi Arabia	2.2 GW green H2 to ammonia	90% complete (Dec 2025); first ammonia 2027	Exclusive 30-year Air Products offtake agreement

Is the U.S. Blue Hydrogen Bet Actually Paying Off?

North America stands out, particularly for blue hydrogen projects tied to industrial feedstock. While green hydrogen fuel projects stalled across most Western markets, Gulf Coast blue hydrogen found traction by connecting directly to ammonia production, where buyers had already committed.

CF Industries, JERA, and Mitsui reached FID on the $4 billion Blue Point Complex in Louisiana in April 2025. The facility will produce 1.4 million metric tonnes of low-carbon ammonia per year, capturing over 95% of CO2, with production starting in 2029 [CF Industries, April 2025].

Critically, JERA is both a 35% equity partner and an offtaker, committing to supply the produced ammonia to markets in Europe and Asia. The U.S. blue ammonia sector is projecting a 3,200% market surge through 2035, with Louisiana at the center.

The Air Products and Yara joint venture model in Louisiana takes this even further, with the buyer holding equity in the production assets from day one.

The Beaumont, Texas corridor shows both progress and the commercial complexity still at play. Linde's $1.8 billion blue hydrogen facility is supplying the adjacent ammonia plant, now owned by Woodside Energy following its $2.35 billion acquisition of OCI Global's assets in September 2024.

The Woodside plant began producing ammonia in December 2025. CCS integration, enabling a transition to low-carbon blue ammonia, is being aligned with actual buyer demand rather than projections, as Woodside noted that uptake in low-carbon ammonia is maturing at a measured pace. The infrastructure is operational. The supply contract between Linde and Woodside remains in place.

ExxonMobil's Baytown project, which would be the world's largest blue hydrogen facility at nearly 880,000 tonnes per year, is still working toward a final investment decision. One firm offtake deal is in place, with Japan's Marubeni Corporation committed to one-quarter of planned ammonia output [ExxonMobil, 2025]. CEO Darren Woods identified the broader hurdle directly:

The technology works. The engineering is proven. But a project without committed buyers still doesn't get built, no matter its scale. Woods has said Baytown will move forward when buyers are in place.

That's exactly the discipline the market is now demanding of every developer. You can see that same dynamic reshaping Baytown's FID timeline in real time.

Is a Leaner Hydrogen Industry Actually a Stronger One?

C&EN's 2026 outlook described the sector settling into a pragmatic rhythm where projects advance only after a customer signs first. That's not failure; that's how durable industrial markets get built. The projects still standing, like the CHARBONE hydrogen supply hub in Ontario targeting existing industrial customers, reflect exactly that discipline.

The IEA projects that low-emissions hydrogen from operational and FID-stage projects will reach 4.2 million tonnes per year by 2030, a fivefold increase from 2024 production levels [IEA, Global Hydrogen Review 2025]. That's smaller than the original ambitions of the boom years. But it's contracted, financed, and being built.

The shakeout didn't break clean hydrogen. It filtered it. What's left is backed by real buyers, real agreements, and real money. That's a much more credible foundation than 4.9 million tonnes of optimistic announcements ever was.