Commercial Opportunities

Finding buyers for green ammonia

8 min read · Updated 2026-09-28

Ammonia is the most commercially tractable molecule in the energy transition, and producers still find it difficult to sign offtake. The reason is usually not that demand does not exist. It is that the demand that exists is not where most producers look first.

Why ammonia starts ahead

Ammonia has one decisive advantage over every other hydrogen carrier: the industry already exists. It has been produced industrially for over a century, it is traded globally in large volumes, and the vessels, refrigerated terminals, handling standards and trained operators are all in place.

That matters commercially in a way that is easy to underrate. When a producer approaches a hydrogen buyer, the buyer is usually being asked to accept a higher price and build new infrastructure and adopt unfamiliar handling practice. When a producer approaches an ammonia buyer, frequently only the price is new.

It also means ammonia is chemically identical whether it was made from reformed natural gas or from electrolytic hydrogen. The buyer changes nothing about their plant. The conversation is narrowed to price and certification, which is a far easier conversation than adoption.

The segments, in order of contractability

Fertiliser and agriculture

The largest existing ammonia market by a wide margin, and the most immediately substitutable. Fertiliser producers already buy ammonia at scale and would use it identically.

The constraint is price sensitivity. Fertiliser is a cost-driven commodity input and farmers do not generally pay a premium for lower-carbon nutrient. The credible demand signal comes from further down the chain — food and beverage companies with scope-three commitments pushing requirements up their supply chain, and from regulation. Any project whose case rests on a farm-gate premium is resting on the weakest link available.

Chemicals and industrial feedstock

Ammonia feeds nitric acid, explosives and a range of chemical processes. These buyers are technically sophisticated, have established procurement, and are increasingly under customer and regulatory pressure on embedded emissions. Volumes are smaller than fertiliser but tolerance for a premium is often better.

Shipping

Potentially very large and genuinely not yet contractable at scale. Ammonia is a leading candidate for deep-sea marine fuel, engine technology is maturing, and owners are ordering dual-fuel tonnage precisely because the answer is unsettled.

The blocker is bunkering. Owners will not commit to a fuel they cannot buy at the ports they call at; ports will not build for a fuel with no confident demand. Green corridor initiatives exist to break that deadlock on defined routes, and they are where the early shipping offtake will come from. A producer targeting shipping should be talking to corridor initiatives and ports, not only to shipping lines.

Power co-firing

Concentrated in Japan and Korea, where relatively young coal and gas fleets, limited land for renewables, and a policy preference for using existing assets combine to make ammonia co-firing attractive. This is real, policy-backed import demand at meaningful scale, and it is the reason so many export projects point at those two markets.

The competition for it is correspondingly intense.

Where producers go wrong

They approach ambition rather than mandate. A sustainability team with a public commitment is not a buyer. A procurement function with a budget, an approved specification and authority to sign a long-term contract is. Verifying which one you are talking to in the first conversation saves months.

They lead with production cost. A buyer does not care what your plant cost. They care about delivered price at their boundary, against a certification basis they are bound by, on a term they can commit to. A producer quoting plant-gate LCOA is answering a question nobody asked.

They ignore the certification requirement until late. If the buyer’s market binds them to a carbon-intensity threshold, your pathway either qualifies or it does not, and price is irrelevant until that is settled. This should be established in the first substantive exchange.

They target the largest market instead of the reachable one. Shipping is bigger than chemicals. Chemicals can contract now. For a project that needs offtake to reach FID, the reachable buyer is worth more than the large one.

They start too late. Buyer conversations shape volume, delivery point, certification basis and timing. Beginning them after the design is frozen removes exactly the flexibility an agreement needs.

What a qualified ammonia buyer looks like

Before an introduction is worth anyone’s time, four things should be known:

1. Mandate — is there an approved requirement, or an aspiration?
2. Volume and term — what quantity, over what period, and is that compatible with your plant?
3. Certification — what scheme binds them, and does your pathway clear it?
4. Delivery — where do they take title, and does the corridor exist?

A contact that cannot answer these is a research task, not a lead. Most disappointing offtake processes are disappointing because this filter was never applied.

The practical route

Start with organisations already consuming ammonia in your reachable geography. Establish the certification basis before discussing price. Understand their substitution economics rather than presenting yours. Treat shipping and co-firing as strategic rather than immediate, and engage the corridor initiatives and ports that will actually enable them.

This is what buyer discovery is for, and it is the reason ammonia is usually the first molecule worth testing for a project with good renewable resource and an export position. It is also why market analysis that stops at segment size is not much use — the deliverable has to resolve to organisations you can contact.

If your project has had interest but no contracts, the diagnosis is usually one of the four failures above, and it is worth establishing which before the next campaign.