- Cumulative committed investment in clean hydrogen has reached $130 billion across 579 projects, according to the Hydrogen Council.
- Those projects represent 6.9 million tonnes a year of production capacity, although only 1.7 million tonnes is operating today.
- The market is becoming more tangible, but binding offtake and implemented demand policy still lag the production pipeline.
Committed global investment in clean hydrogen has passed $130 billion, offering evidence that a smaller and more mature group of projects is advancing despite cancellations across the sector.
The Hydrogen Council’s Global Hydrogen Compass 2026 identifies 579 projects that have reached final investment decision, entered construction or begun operating. Together they represent 6.9 million tonnes a year of clean hydrogen capacity.
Operational capacity rose 70% over the past year to 1.7 million tonnes, according to the council, and could double as plants currently under construction are completed. Committed investment has risen from $110 billion in 2025 and $75 billion in 2024.
The $130 billion is cumulative capital committed to projects, not annual investment or money necessarily spent in full. The report was also produced by an industry organisation and McKinsey, so its conclusion that hydrogen “is no longer a future bet” represents the sector’s own assessment.
Even so, the use of a final investment decision threshold makes this a more meaningful measure than the much larger pipeline of early-stage announcements. Around 90% of the projects are either operating or under construction, the council said.
Supply outpacing bankable demand
The report’s most important number may be the 4.2 million tonnes a year covered by binding offtake contracts. That is substantial, but remains below the 6.9 million tonnes of committed production capacity.
Policies already in force could support around six million tonnes of annual demand by 2030. A further five million tonnes could emerge if governments fully enact measures that have been announced but not implemented. In other words, almost half the council’s potential 2030 demand still depends on political delivery.
That imbalance explains why developers have struggled to finance projects aimed at steel, shipping and long-distance transport. Potential buyers may want low-carbon hydrogen, but many cannot absorb its premium over conventional hydrogen or fossil fuels without mandates, carbon prices or state-backed contracts.
The IEA reached a similarly cautious conclusion in 2025 when it cut its 2030 low-emissions hydrogen production outlook by almost a quarter. At the time, it found that only about four million tonnes of annual production expected by 2030 was backed by projects under construction or at final investment decision.
Regional concentration adds a second risk. China now accounts for more than half of committed renewable hydrogen capacity. Europe ranks second for investment and leads by number of committed projects, while the US accounts for three quarters of committed low-carbon hydrogen capacity, a category that includes production from fossil fuels with carbon capture.
The current oil and gas shock strengthens hydrogen’s energy security appeal, particularly for import-dependent Europe, Japan and South Korea. Yet expensive electricity can simultaneously raise the cost of renewable hydrogen. Security arguments therefore improve the political case without automatically repairing project economics.
For the UK, the report supports a selective rather than volume-led strategy. Policy should concentrate on industrial clusters where producers, infrastructure and credible buyers can develop together. Refining, fertiliser, chemicals and some dispatchable power applications offer firmer early demand than attempting to create a general-purpose hydrogen economy.
The sector has moved beyond a collection of press releases, but not beyond policy dependence. The next measure of progress should be contracted demand, operational output and utilisation, not simply the size of the capital pipeline.
