South ERCOT, Texas
An AI campus in development with on-site gas generation and storage, planned so halls energize without waiting on the interconnection queue.
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Hydrogen and ammonia program for industrial and marine buyers
PacinfraX is developing a hydrogen and ammonia program co-located with campus power, for industrial and marine buyers. Power on the campus feeds electrolysis, hydrogen is converted to ammonia, and the product reaches buyers through industrial and port channels. We are seeking technology partners and offtakers to define the first plant.
Updated
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1,200MW
Planned in Vietnam
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4
Site agreements in Vietnam
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10–50MW
Hyperscale block size
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3
Markets: Texas, Minnesota, Vietnam
Who it's for
Who the program is for
The program looks for two groups. Buyers who want a supply of hydrogen or ammonia as an industrial input or as a marine fuel, and partners who bring technology, engineering or logistics. If you sit in either group, we want to talk.
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Industrial buyers
Operators that use hydrogen or ammonia as a feedstock or an energy input and want a supply tied to a defined source.
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Marine and port buyers
Shipping and port operators looking for ammonia as a fuel or bunkering product.
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Technology partners
Electrolyser, conversion and storage providers who can show performance on industrial sites.
Technology partners can write to [email protected]. Prospective offtakers can start with Request capacity.
Program flow
How the program works, from campus power to buyer
The program starts with power. A PacinfraX campus produces electricity from on-site generation and storage. A share of that power feeds electrolysis, which splits water into hydrogen and oxygen. Hydrogen can be used directly or converted to ammonia, which is easier to store and ship. Industrial and marine buyers take the product at the plant or through a port.
The power side is described on power infrastructure.
Diagram: hydrogen program flow
What you get
What the program offers
Six things the program offers
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A co-located source
Product made beside campus power.
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Two product forms
Hydrogen for direct industrial use and ammonia for storage, shipping and marine fuel.
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Defined offtake terms
Volume, specification and delivery point are agreed with each buyer before the plant is sized.
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Shared infrastructure
Utilities, security and logistics benefit from the campus footprint.
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Partner-led technology
Technology is selected with partners who commit to performance on the plant.
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One accountable developer
PacinfraX leads siting, permitting and program delivery.
How we deliver
From offtake definition to delivery in six steps
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Next
Define the offtake
We work with buyers to define product, volume, delivery point and timing.
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Next
Select technology with partners
Electrolysis, conversion and storage technology is chosen with partners who stand behind performance.
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Next
Site the program with campus power
The plant is located where campus power, utilities and logistics line up.
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Next
Permit and finance
Permits, safety studies and project finance are prepared with partners and offtakers.
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Next
Build and commission
Electrolysis, conversion and storage are built and tested as one system.
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Next
Deliver to buyers
Product moves to industrial and marine buyers through agreed channels.
Design basis
Design basis for the program
The program is in development, so the design basis describes intent. Each element is confirmed with partners and buyers as the project advances.
Design basis for the hydrogen and ammonia program
| Element | Design intent |
|---|---|
| Power | Electricity from the co-located campus, supplied through dedicated switchgear. |
| Water | Water supply and treatment planned with the site and the electrolysis technology. |
| Electrolysis | Modular electrolyser units installed in skids, added as demand grows. |
| Conversion | Hydrogen converted to ammonia where buyers or logistics call for it. |
| Storage | Hydrogen and ammonia storage sized to the offtake profile. |
| Safety | Hazard studies, detection, separation distances and emergency plans for each product. |
| Logistics | Pipe, road, rail or port routes chosen with each buyer. |
Photo: Hydrogen electrolyser skid
Ammonia
Why ammonia travels better than hydrogen
Hydrogen is light and needs compression or cooling to move in volume. Ammonia carries hydrogen in a denser form and uses storage and shipping practice that the industry already knows. That is why the program plans ammonia for buyers who are far from the plant or who need a marine fuel.
Ammonia handling and separation distances
Ammonia also demands careful handling. We plan separation distances, detection systems and emergency response with local authorities and with the buyers who receive the product.
Photo: Ammonia storage tanks
Industrial and marine buyers
Delivery to industry and to ports
Industrial buyers can take hydrogen by pipe or ammonia by road or rail. Marine buyers take ammonia at a port terminal, either as cargo or as bunker fuel. We design the logistics with each buyer so the product arrives in a form and at a place that fits their operation.
Three delivery routes: industry, marine fuel and export
- Industrial feedstock and energy: hydrogen or ammonia delivered to the buyer’s site.
- Marine fuel: ammonia supplied at port terminals for vessels that can use it.
- Export: ammonia shipped to buyers in other regions.
Photo: Industrial port terminal
Partners
What we look for in technology partners and offtakers
A program of this kind needs partners who share the risk. We look for the following.
The four partner types we look for
- Technology partners: proven electrolysis, conversion or storage technology with a clear performance commitment.
- Offtakers: buyers who can define volume, specification, delivery point and term.
- Engineering and logistics partners: teams who have built and run hydrogen or ammonia handling on industrial sites.
- Local partners: port, rail and utility operators near candidate campuses.
Write to [email protected] or review our partner program.
Diagram: partnership model
Where available
Where the program can sit
The program follows campus power. Each campus below is a candidate for assessment with partners and buyers.
Where we build: Texas, Minnesota, Vietnam
Minnesota
Minnesota, powered industrial site.
Explore the Minnesota site →
Vietnam
1,200 MW planned across four sites. Nam Thang Binh, Da Nang leads with 200 MW and a 20 MW phase 1 targeted for 2026–2027.
Explore Vietnam sites →Next step
Start the conversation
Tell us whether you are a buyer or a partner, the volume or capability you bring and the region you care about. We reply with the next step. See also all solutions and why PacinfraX.
FAQ
Hydrogen and ammonia program questions
What is the PacinfraX hydrogen and ammonia program?
It is a development program co-located with campus power, for industrial and marine buyers. Campus power feeds electrolysis, and hydrogen can be converted to ammonia.
Who is the program for?
Industrial and marine buyers who want hydrogen or ammonia, and technology partners who bring electrolysis, conversion or storage capability.
Why co-locate with campus power?
Electrolysis needs large, steady electricity. A campus already plans generation, storage and grid connection, so the plant can draw from that infrastructure.
Why produce ammonia as well as hydrogen?
Ammonia stores and ships hydrogen in a denser form and fits marine fuel and long-distance supply.
4 more questions
How do I become an offtaker?
Use Request capacity and describe the product, volume, delivery point and timing you need. We reply with the next step.
What do technology partners need to show?
Proven performance on industrial sites, a clear commitment to plant performance and the ability to support the project through commissioning.
Is the plant operating today?
The program is in development. We are seeking technology partners and offtakers to define the first plant.
Where could the program sit?
Candidate sites follow our campuses in South ERCOT, Texas; Minnesota, powered industrial site; and Vietnam.
Request capacity
Join the hydrogen and ammonia program
Tell us whether you are an offtaker or a technology partner, what you bring and where. We come back with the next step.
- A named contact for offtake or technology partnership
- A defined path from offtake terms to plant design
- Product made beside campus power
Request capacity or write to [email protected].
One form, one team. Requests go through our contact page and reach the program team directly.
Request capacity