Saudi Fertilizer Project: SABIC Agri-Nutrients Awards $3.5 Billion SAN-7 EPC Contract
A $3.5 billion Saudi fertilizer project has moved into execution after SABIC Agri-Nutrients awarded the SAN-7 engineering, procurement and construction contract to Samsung E&A. The project will strengthen Saudi Arabia's position in nitrogen fertilizers while giving global buyers another major source of ammonia and urea supply.
The SAN-7 complex will combine ammonia production, two urea plants and carbon capture technology. SABIC Agri-Nutrients expects the expansion to increase its urea production capacity by 54% by 2030, creating important implications for fertilizer traders, procurement teams, importers and industrial buyers.
SAN-7 Brings a Major New Fertilizer Capacity Expansion
The SAN-7 project will be developed in Jubail, Saudi Arabia, a major industrial center with established chemical and petrochemical infrastructure. Samsung E&A will execute the EPC contract, valued at approximately $3.5 billion, with completion targeted for 2030.
For SABIC Agri-Nutrients, the project represents a substantial expansion of its nitrogen fertilizer platform. The company's urea production capacity is planned to rise from 4.8 million metric tons per year to 7.4 million metric tons per year, equivalent to a 54% increase.
That increase matters beyond Saudi Arabia because the additional output can strengthen the company's ability to serve international fertilizer markets. Samsung E&A states that the project will produce urea fertilizer for export, making the development particularly relevant to global trade flows.
How the Ammonia and Urea Complex Will Work
SAN-7 is designed as an integrated production complex rather than a standalone urea expansion. The facility will include an ammonia plant with annual production capacity of 1.2 million metric tons and two urea plants with combined annual capacity of 2.6 million metric tons.
The integration of ammonia and urea production gives the project a strong position within the nitrogen fertilizer value chain. Ammonia serves as the essential nitrogen feedstock for urea manufacturing, allowing the complex to connect upstream production with the final fertilizer product.
The project will use natural gas as feedstock for ammonia production. Samsung E&A reports that the plant is designed to produce approximately 3,500 metric tons of ammonia per day, which will then support production of around 7,700 metric tons of urea fertilizer per day.
The project also incorporates different technologies across its production units. SABIC identifies Kellogg Brown & Root technology for the ammonia plant, while the urea plants will use technologies from STAMICARBON and thyssenkrupp Uhde Fertilizer Technology.
Why the 54% Urea Increase Matters to Buyers
A 54% capacity increase gives SABIC Agri-Nutrients greater production scale at a time when fertilizer supply remains closely connected to agricultural demand and food security.
For procurement professionals, the project could have several practical implications:
More export availability: Additional production can strengthen the volume available for international markets, particularly as the new urea output is intended for export.
Greater supplier scale: Higher capacity can improve SABIC Agri-Nutrients' ability to support large-volume procurement requirements from distributors and industrial buyers.
Integrated production: The connection between ammonia and urea manufacturing gives the complex an integrated structure across important stages of nitrogen fertilizer production.
Long-term supply planning: Buyers can factor new Saudi capacity into future sourcing strategies as the project moves toward commercial production in 2030.
SABIC Agri-Nutrients already operates within a broad nitrogen fertilizer portfolio that includes urea and ammonia. Its wider strategy also focuses on food security, climate considerations and the development of lower-carbon fertilizer solutions.
Carbon Capture Adds a Low-Carbon Dimension
One of the most significant elements of SAN-7 is its carbon capture unit. The project incorporates carbon capture technology alongside the ammonia and urea facilities, supporting efforts to reduce the carbon intensity associated with production.
The carbon capture system is designed to use carbon dioxide generated during ammonia production in urea synthesis. Samsung E&A says this approach can reduce emissions while also improving the economic efficiency of the overall production system.
This feature is increasingly important for international fertilizer markets. Buyers are facing growing pressure to understand the carbon profile of industrial inputs, particularly when supplying markets where environmental requirements and customer expectations are becoming more demanding.
For chemical traders, the development also signals that future competition in fertilizer markets may depend on more than volume and price. Production technology, emissions intensity and supply reliability can increasingly influence purchasing decisions.
What SAN-7 Means for Global Fertilizer Trade
The project adds another significant production platform to the global nitrogen fertilizer landscape. Saudi Arabia already benefits from access to natural gas feedstock, established industrial infrastructure and major export logistics, creating a strong foundation for large-scale fertilizer manufacturing.
SAN-7 could therefore strengthen the country's role as a reliable source for international urea buyers. The export orientation of the new production is especially relevant for traders who monitor regional supply balances and look for diversified sourcing options.
Global buyers will likely pay attention to several factors as the project progresses:
Production ramp-up: The timing and pace of commissioning will influence when additional urea volumes become commercially available.
Export availability: International buyers will need to monitor how new production is allocated across target markets.
Freight economics: Delivered urea costs depend not only on the product price but also on freight, port conditions and destination logistics.
Product specifications: Buyers should continue matching fertilizer specifications with the requirements of their agricultural or distribution markets.
Carbon credentials: The project's carbon capture component could become commercially relevant for customers seeking lower-carbon fertilizer supply chains.
Saudi Arabia Strengthens Its Nitrogen Fertilizer Position
SAN-7 fits into Saudi Arabia's broader industrial development strategy and SABIC Agri-Nutrients' long-term plans for its fertilizer business. SABIC describes its Agri-Nutrients business as focused on fertilizer market leadership, low-carbon ammonia opportunities and support for Saudi Vision 2030.
The project also builds on the existing industrial ecosystem in Jubail. Samsung E&A says it has executed more than 30 projects in Saudi Arabia since entering the market in 2003 and has extensive experience in the Jubail Industrial Complex.
For project execution, that existing infrastructure and local experience can be strategically important. Large ammonia and urea facilities require coordinated engineering, equipment procurement, construction, commissioning and integration with supporting utilities and logistics.
Samsung E&A's involvement also highlights the continued importance of experienced EPC contractors in large-scale fertilizer investment. The company identifies ammonia and urea facilities as core offerings within its hydrocarbon business.
Procurement Priorities as 2030 Approaches
For fertilizer buyers and chemical traders, SAN-7 is primarily a development to track over the medium term rather than an immediate source of new commercial volumes. The project's commercial production is expected in the fourth quarter of 2030, following commissioning activities planned for the third quarter.
Procurement teams can use the intervening period to evaluate how the additional Saudi capacity may affect their sourcing portfolios.
A practical approach includes:
Monitoring project construction and commissioning milestones.
Reviewing existing supplier concentration and geographic exposure.
Comparing Saudi-origin urea with alternative regional supply sources.
Assessing freight routes and landed-cost implications.
Tracking demand from agricultural markets that rely heavily on nitrogen fertilizers.
Evaluating whether lower-carbon fertilizer attributes could influence future purchasing requirements.
For importers, the key opportunity will be maintaining flexibility. New production capacity can improve supply options, but buyers still need to compare delivered costs, specifications, availability and contractual terms before shifting procurement volumes.
Looking Ahead to 2030
The SAN-7 project gives Saudi Arabia a substantial new platform for ammonia and urea production while expanding SABIC Agri-Nutrients' urea capacity from 4.8 million to 7.4 million metric tons per year. The 54% increase, combined with export-oriented output and carbon capture technology, makes the project significant for the international fertilizer trade.
For chemical traders and procurement professionals, the most important development to watch is the transition from construction to commercial production. As the 2030 target approaches, new Saudi volumes could influence sourcing strategies, regional competition and the availability of nitrogen fertilizer in international markets.
The project also illustrates how large fertilizer investments are increasingly combining production scale with emissions-reduction technology. For buyers planning long-term supply strategies, SAN-7 will be an important project to monitor as Saudi Arabia expands its role in the global nitrogen fertilizer market.
2-Ethyl Hexanol
Found this useful?
