Global demand for ammonia storage terminals is growing faster than at any point in the past three decades. Ammonia has always been a critical commodity — roughly 80% of global production feeds fertiliser supply chains that underpin food security for billions of people. In 2026, a second demand driver has emerged: ammonia as a hydrogen carrier and zero-carbon fuel for shipping, power generation, and industrial decarbonisation. The terminals ranked below are the facilities that handle the largest volumes, occupy the most strategically significant positions in global ammonia trade, or are leading the infrastructure build-out for ammonia’s expanding role in the energy transition.
How We Ranked the Top 10 Ammonia Storage Terminals
Rankings are based on refrigerated storage capacity, throughput significance in global ammonia trade, and strategic position in either fertiliser supply chains or emerging clean ammonia corridors. Dedicated ammonia terminals and multi-commodity terminals with significant ammonia handling are both included. Data reflects 2026 operational capacity and confirmed expansion projects.
1. Yara International — Porsgrunn, Norway
Yara International operates the largest integrated ammonia production and storage complex in Europe at Porsgrunn, where approximately 60,000 tonnes of refrigerated ammonia storage capacity sits adjacent to one of the world’s largest ammonia production facilities. Yara is the world’s largest ammonia trader by volume, and Porsgrunn functions as both a production hub and a distribution terminal for ammonia moving into European fertiliser and industrial markets. The facility loads ammonia onto pressurised and refrigerated vessels for distribution to Yara’s network of import terminals across Northwest Europe. Yara’s 2026 strategy includes producing low-carbon ammonia at Porsgrunn using carbon capture, positioning the terminal as a future clean ammonia export point for European industrial decarbonisation demand.
2. CF Industries — Donaldsonville, Louisiana
CF Industries operates the largest ammonia production complex in North America at Donaldsonville, Louisiana, with on-site refrigerated storage capacity exceeding 100,000 tonnes and direct pipeline connectivity to the Kaneb ammonia pipeline system — the only long-distance ammonia pipeline network in the United States. Donaldsonville sits on the Mississippi River, giving it barge access to inland agricultural markets alongside its pipeline and marine loading capabilities. CF Industries is the largest single owner of ammonia storage infrastructure in North America. The company is investing in blue ammonia production at Donaldsonville using carbon capture, with an agreement to supply low-carbon ammonia to Mosaic and other industrial buyers through 2026 and beyond.
3. OCI Global — Beaumont, Texas and Rotterdam
OCI Global operates ammonia import-export terminals at two of the most strategically significant positions in global ammonia trade: Beaumont, Texas on the US Gulf Coast and the Rotterdam port complex in the Netherlands. The Beaumont terminal handles ammonia produced at OCI’s Iowa and Texas production facilities alongside third-party volumes, with refrigerated storage and VLAC-capable marine loading. The Rotterdam terminal — one of the largest ammonia import facilities in Europe — provides storage and distribution infrastructure for ammonia moving into European fertiliser, industrial, and increasingly energy markets. OCI is positioning both terminals as hubs for low-carbon and green ammonia as production from the Middle East, US, and Australia scales through the late 2020s.
4. Oiltanking (Marquard & Bahls) — Global Network
Oiltanking operates ammonia storage at multiple terminals within its global bulk liquid network, with significant positions at Hamburg, Houston, and Singapore. Its Houston terminal on the Ship Channel handles ammonia alongside LPG and refined products, and its European terminals are positioned to receive growing volumes of imported clean ammonia as European industrial decarbonisation demand materialises. Oiltanking’s global terminal network of over 45 facilities gives it infrastructure access at ports where dedicated ammonia terminal capacity is constrained, making it a natural third-party storage provider as ammonia trade volumes grow beyond the captive capacity of the major producers.
5. Vopak — Global Network
Vopak has positioned ammonia as a strategic growth commodity alongside hydrogen and CO₂ in its 2026 infrastructure investment programme. The company operates or is developing ammonia storage at terminals in the Netherlands, Singapore, Australia, and the Middle East — markets that sit at the intersection of current fertiliser trade flows and anticipated clean ammonia import demand. Vopak’s global terminal network reported 91% occupancy in Q1 2026, reflecting tight supply of third-party bulk liquid storage capacity at major ports. Its Rotterdam terminal complex is a primary entry point for ammonia into the European market, and Vopak has announced joint development agreements for dedicated clean ammonia import infrastructure at multiple locations as the commodity’s role in the energy transition becomes more defined.
6. Trammo (Transammonia) — Global Trading Network
Trammo, the commodity trading and logistics arm of Transammonia, is the world’s largest independent ammonia trader and controls terminal access at key import hubs across Latin America, Europe, and Asia to support its physical cargo business. Unlike the producer-operators and infrastructure companies elsewhere on this list, Trammo’s terminal positions are built around trading requirements — the company secures storage at ports where it originates or terminates cargoes, rather than building terminal scale for third-party revenue. Its ammonia logistics network handles millions of tonnes annually and gives it storage access at ports across the Black Sea, Mediterranean, and Pacific Basin that dedicated terminal operators do not serve. Trammo is also active in emerging clean ammonia supply chains, having signed offtake agreements with prospective green ammonia producers in Chile and the Middle East.
7. SABIC / Saudi Aramco — Jubail, Saudi Arabia
SABIC, majority-owned by Saudi Aramco, operates ammonia production and storage at the Jubail Industrial City complex on the Arabian Gulf — one of the largest petrochemical manufacturing sites in the world. SABIC’s ammonia storage at Jubail supports both its own downstream fertiliser and chemical production and export volumes moving to Asian and European markets via King Fahad Industrial Port. Saudi Arabia is one of the world’s largest ammonia exporters, and Jubail’s proximity to low-cost gas feedstock and existing port infrastructure positions it as a leading candidate for blue and green ammonia export as global demand for low-carbon ammonia scales. Saudi Aramco’s broader strategy includes establishing Saudi Arabia as a primary ammonia export hub for Asian energy markets by the early 2030s.
8. Fertiberia / Grupo Villar Mir — Huelva, Spain
Fertiberia operates one of the largest ammonia import terminals in Southern Europe at Huelva, on Spain’s Atlantic coast. The terminal receives ammonia from Trinidad and Tobago, Russia (pre-2022 volumes now largely redirected), and the Middle East for Fertiberia’s fertiliser production facilities in Spain and Portugal. Huelva’s position on the Atlantic makes it a natural import point for future ammonia from emerging production regions including Chile, Morocco, and the US Gulf Coast. Fertiberia has announced a large-scale green ammonia production project at Puertollano, which would eventually reduce its import dependence while maintaining the Huelva terminal as a third-party import and distribution hub.
9. Yara — Le Havre, France
Yara’s Le Havre terminal is the largest dedicated ammonia import terminal in France and one of the most significant ammonia handling facilities in Northwest Europe. It receives refrigerated ammonia from Yara’s own production facilities in Norway and Trinidad and from third-party suppliers, distributing into French agricultural markets and Yara’s downstream production network. Le Havre’s position on the English Channel gives it access to both Atlantic import routes and short-sea distribution across Northwest Europe. The terminal is included separately from Porsgrunn to reflect its distinct function as an import and distribution hub rather than a production-adjacent facility — the two assets serve different roles in Yara’s supply chain.
10. MB Energy — Hamburg, Germany
MB Energy received planning permission for a new ammonia import terminal at the Port of Hamburg in 2026 — a significant development for European ammonia import infrastructure given Hamburg’s role as the primary gateway for commodity imports into Central Europe. MB Energy’s Hamburg terminal is designed to handle refrigerated ammonia imports from low-carbon production sources and distribute into the German industrial and fertiliser markets that currently depend on pipeline gas-derived ammonia. The project reflects the broader infrastructure investment wave in European ammonia import capacity as the continent works to replace Russian-origin fertiliser and build clean energy supply chains. Once operational, the terminal will be among the most strategically positioned ammonia import facilities in Northern Europe.
Ammonia Storage Terminals: What to Watch in 2026
The most significant shift in ammonia terminal infrastructure in 2026 is the emergence of clean ammonia as a tradeable commodity alongside the existing fertiliser market. Projects in Saudi Arabia, Australia, Chile, and the US Gulf Coast are targeting first production of blue or green ammonia for export in the 2027–2030 window, and the terminal infrastructure to receive and distribute those volumes is being planned and in some cases built now — ahead of production coming online. Import terminals at Rotterdam, Hamburg, and Japanese and South Korean ports are the primary focus of this pre-positioning investment.
Port of Hamburg’s ammonia import ambitions — of which the MB Energy terminal is the leading example — reflect a broader European recognition that ammonia import infrastructure is a prerequisite for hydrogen and ammonia-based decarbonisation of heavy industry. The global tank terminal sector is responding to this demand signal, with major independent operators including Vopak and Oiltanking both committing capital to ammonia-capable storage that serves both current fertiliser trade and future energy market demand. For context on related bulk liquid terminal infrastructure, see the top 10 independent tank terminal operators ranked by network scale.
Which country has the largest ammonia storage terminal capacity?
The United States has the largest aggregate ammonia storage capacity, concentrated in Gulf Coast export terminals and inland production facilities connected by the Kaneb pipeline system. CF Industries’ Donaldsonville complex in Louisiana is the single largest ammonia storage facility in North America, with over 100,000 tonnes of refrigerated capacity. Saudi Arabia is the largest exporter by volume, with Jubail Industrial City hosting the most significant export-oriented storage infrastructure outside North America.
What temperature is ammonia stored at in refrigerated terminals?
Refrigerated ammonia is stored at atmospheric pressure and approximately -33°C, at which temperature it is liquid. This is the standard condition for large-volume ammonia storage at export and import terminals. Smaller volumes are stored in pressurised vessels at ambient temperature — typically up to around 17 bar — but refrigerated atmospheric storage is more economical at the scales handled by major ammonia terminals. Tank design for refrigerated ammonia follows standards including BS EN 1473 and API 620 Appendix R.
Why is ammonia storage infrastructure growing in 2026?
Two parallel demand drivers are expanding ammonia storage terminal investment. The traditional driver — ammonia as fertiliser feedstock — continues to grow with global food demand. The emerging driver is ammonia as a hydrogen carrier and zero-carbon fuel for shipping and power generation. Ammonia can be more efficiently transported and stored than hydrogen itself, making it the preferred vector for moving green hydrogen from low-cost production regions to industrial demand centres. Import terminals in Europe, Japan, and South Korea are the primary focus of new investment as clean ammonia trade is expected to scale materially through the late 2020s.
What is the difference between a pressurised and refrigerated ammonia terminal?
Pressurised ammonia terminals store the commodity in cylindrical or spherical pressure vessels at ambient temperature and approximately 8–17 bar pressure, depending on ambient conditions. They are suitable for smaller volumes — typically up to a few thousand tonnes per vessel — and lower throughput operations. Refrigerated terminals store ammonia in large flat-bottomed insulated tanks at atmospheric pressure and -33°C, enabling storage volumes of 10,000 to 60,000 tonnes or more per tank. Major import and export terminals universally use refrigerated storage for economic and safety reasons at scale.
Which European ports are the main ammonia import hubs?
Rotterdam is the largest ammonia import hub in Europe, handling volumes for both Vopak and OCI’s terminal operations and distributing into Northwest European fertiliser and industrial markets. Hamburg is expanding its ammonia import capacity through projects including the MB Energy terminal. Le Havre in France and Rostock in Germany are also significant ammonia import points. Southern European import flows are concentrated at Huelva in Spain and Augusta in Sicily, which serves Italian and broader Mediterranean markets.