Introduction

Most coverage of NEOM centers on The Line and Trojena, the residential and tourism components that generate the headline renders and, more recently, the headline setbacks. Oxagon is a different kind of project entirely, an industrial port city built around manufacturing, logistics, and clean energy production, and its water infrastructure requirements look nothing like a residential development’s. This piece focuses specifically on what’s actually being built at Oxagon, the water systems underpinning it, and what that means for pump suppliers.

Why Oxagon Is Different From the Rest of NEOM

Why it matters: Oxagon sits in the southwest corner of NEOM on the Red Sea coast, conceived as the world’s largest floating industrial complex, combining advanced manufacturing, integrated logistics, and clean industry rather than residential or hospitality development. As covered in our earlier piece on NEOM’s restructuring, Oxagon has been specifically named by PIF leadership as the priority node within NEOM’s broader portfolio, in direct contrast to components like The Line, which have seen reduced near-term priority, and Trojena, which lost its marquee international event and a major infrastructure contract over the same period covered in our piece on Trojena losing the 2029 Asian Winter Games. For suppliers evaluating exposure to NEOM specifically, Oxagon currently represents the more stable, actively prioritized component of the broader project.

The Scale: A Floating Industrial City on the Red Sea

Why it matters: Oxagon’s physical footprint and port infrastructure are already substantially under construction, not purely conceptual.

The site spans roughly 200 square kilometres, with about 40 square kilometres forming the city itself, targeting a resident population of approximately 90,000 by 2030. The Port of NEOM, formerly Duba Port before its 2022 transfer from Saudi Ports Authority to NEOM’s own management, has been operational since 2022, handling container cargo, warehousing, breakbulk, and ferry services. Current port capacity stands at 250,000 TEU, with a major expansion targeting 1.5 million TEU by 2030, phased container terminal openings beginning in 2026, and 2027 marking the port’s first full year of expanded operations. Independent satellite imagery analysis reported port construction at roughly 68 percent completion as of late 2025.

The Water Infrastructure Actually Being Built

Why it matters: Beyond the port itself, Oxagon’s disclosed project list includes a specific, itemized set of water infrastructure components, giving a genuinely concrete picture of what’s under construction rather than a general aspiration.

Documented projects include a water transmission line, a main storage reservoir, a precast production factory supporting the water transmission system from NEOM’s desalination plant, a transmission pipeline connecting NEOM Industrial City to Gayal, and an undersea utility tunnel serving Oxagon Village. Together, these represent a substantial, purpose-built water distribution network specifically engineered to move desalinated water from NEOM’s coastal desalination infrastructure across an industrial site with its own distinct demand pattern, continuous industrial process water, port operations, and eventually a resident population, rather than the water infrastructure profile of a standard residential or hospitality development.

Green Hydrogen: Where Water Becomes Industrial Feedstock, Not Just Utility

Why it matters: This is what makes Oxagon’s water infrastructure story genuinely distinct from almost any other project covered on this site. At Oxagon, water isn’t only a utility supporting the site, it’s the direct feedstock for the site’s flagship industrial product.

The NEOM Green Hydrogen Company, a joint venture between NEOM, Air Products, and ACWA Power valued at $8.4 billion, is constructing a 4 gigawatt green hydrogen plant at Oxagon, reported at roughly 90 percent complete with commercial production targeted for mid-2026. Hydrogen production through electrolysis directly consumes water as its core input, splitting water molecules using renewable-powered electricity, meaning the plant’s entire output scales directly with the water supply and treatment infrastructure feeding it.

A particularly notable technical detail: the Green Hydrogen Company is reported to integrate directly with ENOWA, NEOM’s energy and water company, to convert brine, the concentrated saline byproduct of desalinating seawater for the electrolysis process, into industrial materials such as salts for local use or export, rather than treating it as waste requiring disposal. This kind of circular water-industrial integration reflects a genuinely different engineering approach than a standard municipal or commercial water system.

Data Centers and Cooling Water Demand

Why it matters: Oxagon’s industrial tenant base extends beyond hydrogen production. Saudi Arabia has allocated approximately $12.8 billion toward one of the world’s largest data centers at Oxagon, with data center developer DataVolt committing an initial $5 billion investment. Large-scale data center operations typically carry substantial water-based cooling requirements as a standard part of their infrastructure, adding a further, distinct category of continuous industrial water demand to the site beyond hydrogen production and port operations, though the specific cooling infrastructure approach for Oxagon’s data center development hasn’t been separately detailed in available reporting.

What This Means for Pump Suppliers Specifically

Why it matters: Translating Oxagon’s infrastructure profile into pump application categories gives a clearer picture of where the real opportunity sits, building directly on the continuous-duty industrial standards covered in our guide on industrial water pump solutions for manufacturing facilities.

• Desalinated water transmission and storage requires continuous-duty pumping infrastructure moving water across the transmission lines, storage reservoir, and pipeline network connecting NEOM’s desalination plant to Oxagon’s industrial and residential zones.
• Port and marine operations carry their own seawater handling, fire suppression, and marine facility water system requirements distinct from the site’s freshwater industrial supply.
• Green hydrogen electrolysis demands high-purity water feed systems supplying the process directly, a continuous, high-reliability pumping application where downtime translates directly into lost production.
• Industrial tenant process water, as manufacturing and logistics operations move into Oxagon’s industrial quarter, will generate its own facility-level water supply and process requirements, similar to the broader industrial diversification demand covered in our piece on Saudi Arabia’s industrial diversification beyond oil.
• Data center cooling infrastructure, as the DataVolt-backed facility develops, represents a further, substantial continuous water demand category worth tracking as more specific technical details become available.

Why Oxagon Carries Lower Rescoping Risk Than Other NEOM Components

Why it matters: As covered in our NEOM restructuring analysis, PIF leadership has explicitly named Oxagon as the current priority within NEOM’s broader portfolio, backed by continued investment in its port, industrial infrastructure, data centre capacity, and renewable energy assets specifically. This stands in direct contrast to the roughly $5 billion in Q1 2026 contract terminations concentrated in The Line and Trojena. For suppliers evaluating where to focus attention within NEOM specifically, Oxagon’s continued prioritization, combined with its already-operational port and reported 90 percent complete hydrogen plant, represents meaningfully lower execution risk than NEOM’s more speculative residential and tourism components.

Practical Takeaways for Pump Suppliers

• Track Oxagon’s water infrastructure packages specifically, the transmission line, storage reservoir, and pipeline network, as distinct procurement opportunities from the port and hydrogen plant construction itself.
• Understand the industrial feedstock distinction. Water demand tied to hydrogen electrolysis behaves differently from standard utility water supply, output scales directly with water throughput, making supply reliability a production-critical factor rather than a background utility concern.
• Watch for industrial tenant announcements as Oxagon’s manufacturing and logistics quarter fills, since each new tenant represents its own facility-level water infrastructure requirement layered on top of the site-wide systems already under construction.
• Recognize Oxagon’s relative stability within NEOM’s broader portfolio, and weight supplier attention accordingly compared to the higher rescoping risk seen in The Line and Trojena.

Conclusion

Oxagon’s water infrastructure needs look fundamentally different from the rest of NEOM, and from most other Saudi giga-projects covered on this site. It’s simultaneously a utility requirement, moving desalinated water across a 200 square kilometre industrial site, and a direct industrial feedstock, feeding a 4 gigawatt green hydrogen electrolysis plant that scales output directly with water throughput. Combined with its status as NEOM’s current priority node and its already-substantial, itemized water infrastructure project list, Oxagon represents one of the more concrete, lower-risk industrial water opportunities in the Kingdom’s current giga-project pipeline.

Your next steps:

1. Track Oxagon’s specific water transmission, storage, and pipeline packages as distinct procurement opportunities.
2. Evaluate continuous-duty, high-reliability pump specifications suited to hydrogen electrolysis feedstock applications specifically.
3. Explore Kanzotech’s industrial pump range for equipment built to continuous-duty industrial water supply standards.

Evaluating pump infrastructure requirements for an industrial or port-adjacent project in Saudi Arabia? Contact Kanzotech Pumps to discuss your project’s technical requirements.