Noreva on Air Products’ Louisiana Exit: The Decarbonization Build Was Always the Hurdle

What the Energy Intelligence coverage examined

Air Products announced it was canceling the Louisiana Clean Energy Complex in Ascension Parish near New Orleans and redirecting its focus to Saudi Arabia’s Neom green hydrogen project. The company attributed the decision to “expected financial returns not meeting stringent return criteria.” The relevant facts (Energy Intelligence, June 30, 2026):

• Announced in 2021, the complex would have produced blue hydrogen from natural gas plus ammonia, with captured CO2 moved by pipeline for permanent storage beneath Lake Maurepas.
• The original cost estimate of $4.5 billion later rose to $8 billion to $9 billion amid development delays and worsening conditions for low-carbon hydrogen.
• Air Products said it will incur up to $2.9 billion in pretax charges in its fiscal third quarter, primarily to write down assets and terminate contractual commitments.
• A zero-carbon liquid hydrogen facility in Casa Grande, Arizona, and other smaller clean energy distribution projects were also canceled.
• On the February fiscal-2026 first-quarter earnings call, CEO Eduardo Menezes had set the conditions for a final investment decision, including a carbon capture and sequestration partner and a highly reliable capital cost estimate backed by agreements with reputable EPCs.
• Yara, which in December had been in advanced negotiations to acquire the Louisiana ammonia production, storage, and shipping facilities for 25% of the project’s total cost, confirmed it is not proceeding and is finalizing a Neom ammonia deal instead.
• The $8.5 billion Neom project on Saudi Arabia’s Red Sea coast, in which Air Products holds a one-third stake alongside Acwa and the Public Investment Fund, is over 90% complete and will produce up to 600 tons per day of carbon-free hydrogen as green ammonia, with commercial operations expected in the fourth quarter.

Gardett was clear about the significance of what was canceled. Had the project been built, he told Energy Intelligence, it would have been “the flagship development in the United States to prove there is a durable market and a scalable tech pathway for decarbonized chemicals.”

But he did not treat the outcome as an accident of timing. As he put it, the “core economics of clean hydrogen have always been challenging.”

The specific burden falls hardest on blue hydrogen, which requires, in his words, “an entirely distinct hard infrastructure build solely for the purpose of decarbonization, posing a high spend hurdle.”

On the pivot to Saudi Arabia, Gardett told Energy Intelligence the decision to concentrate on the near-complete project makes sense: “Neom is the only one close to shipping molecules and has extremely concessionary financing terms.”

Why the “distinct infrastructure” point is the whole story

Gardett’s framing isolates what separates hydrogen project economics from the rest of the energy transition, and it is worth stating plainly. A wind or solar project builds generation that produces a salable commodity, and the decarbonization benefit comes along with it. A blue hydrogen complex has to build a second infrastructure system, capture and transport and sequestration, whose only function is the decarbonization attribute itself. That capital earns nothing unless the attribute has a durable price.

Which turns the whole question into an environmental attribute valuation problem. The CCS build is underwritten by the value of avoided carbon, delivered through credits, offtake premiums, and policy support. When cost estimates roughly double, as they did here from $4.5 billion to the $8 billion to $9 billion range, the required attribute price to clear a return threshold rises with them, and at some point it exceeds anything the market or the policy framework will pay.

His two comparison points make the same argument from the other side. Neom clears because it is close to shipping product and carries extremely concessionary financing, meaning the cost of capital was solved outside the market. Louisiana did not clear because it had to solve for the return on decarbonization capital at commercial cost of capital, in a market where the attribute price is not yet dependable enough to support it.

For anyone underwriting hydrogen, ammonia, or CCS exposure, the practical consequence is that these projects should be modeled as attribute-price bets with heavy capital cost sensitivity, not as commodity projects with a green feature. Noreva’s fuels coverage spans hydrogen alongside natural gas, LNG, SAF, and RNG, and its environmental attributes work prices the carbon and credit markets that determine whether a decarbonization build can ever earn its capital back.