🔔 Subscribe to ShipUniverse Weekly →
THE SHIPS ARE COMING.
WHERE IS THE FUEL?
Ten ports competing to turn LNG, methanol and ammonia capability into dependable bunkering businesses.
On October 13, Mineral Europa loaded 1,000 tonnes of green ammonia at Zhoushan. On November 2, the same ammonia-powered bulker completed a second bunkering operation at Port Hedland in two hours. The Australian trial's fuel volume was not disclosed. These operations prove that ships can be supplied. They do not yet establish a global network where a vessel can rely on repeat deliveries at a quoted price and within a fixed port-call window.
The fleet is moving faster than the fuel network
LR snapshot / November 2 studyPorts offering bunkering by fuel
*One commercial ammonia-fueling port identified by LR in its study, Ulsan. Subsequent named deliveries and trials at Zhoushan and Port Hedland are separate milestones, not evidence of routine worldwide service.
The orderbook is not fuel demand yet
Methanol-capable vessels on order in LR's January 2026 dataset
Ammonia-capable vessels on order in the same dataset
DNV subsequently recorded 364 alternative-fuel vessel orders during January–October 2026, including 230 LNG-fueled orders. Those are a different reporting period and measure. Neither dataset means every vessel needs a bunker stem today.
One ship. Two ammonia supply chains.
Mineral Europa / real operationsZhoushan · October 13
Certified green ammonia transferred ship-to-ship by the dedicated Shenghang Yongle bunker vessel. Fuel originated at Energy China's Songyuan production complex.
Port Hedland · November 2
Certified green-ammonia transfer completed before the iron-ore carrier entered port. Regulators, dispersion modeling, pilotage and emergency response were part of the procedure.
Australian stem quantity
The Port Hedland volume was not published. Two hours alone cannot establish tonnes/hour, annual capacity, cost or the availability of a second bunker slot.
The 10 ports with the strongest positioning
Editorial readiness ranking / Nov 3Ranking combines demonstrated marine-fuel operations, diversity of available supply, vessel demand along trading routes and ability to develop a repeat service. It is not a statistical league table of certified low-carbon tonnes, price competitiveness or investment return. Port names refer to operating port authorities/gateways except the explicitly identified joint San Pedro Bay assessment.
| Rank / port | Verified marine-fuel milestone | Most advanced fuel(s) | Readiness boundary | Next commercial hurdle |
|---|---|---|---|---|
| 01 · Singapore | Eight additional LNG supply licences from September 2026; three methanol licences from January | LNG + methanol | Commercial fuel network; ammonia trials / development | Secure certified low-carbon volumes and repeat deepsea contracts |
| 02 · Rotterdam | Over 1M m³ LNG bunkered during 2025; 11,819 t biomethanol; 800 m³ ammonia transfer pilot | LNG + methanol | Established sales; ammonia not routine vessel fueling | Ammonia offtake, safe berth scheduling and scale economics |
| 03 · Ningbo-Zhoushan | 1,000 t green ammonia to Mineral Europa; 5,500 t methanol to a boxship in August | Methanol Ammonia STS | Actual multi-fuel stems; routine ammonia frequency unproved | Turn first ammonia voyage into recurring service with contracted supply |
| 04 · Shanghai / Yangshan | 3,643 t green methanol to CMA CGM Osmium; 712,000 m³ LNG supplied in 2025 | LNG + methanol | Commercial proof on large container vessels | Reliable local certified feedstock and berth-window scalability |
| 05 · Ulsan | Approximately 600 t green ammonia supplied in April by pipe-to-ship | Ammonia first delivery | Strong ammonia proof; not established global routine supply | Regular bunkering demand beyond first carrier and trial framework |
| 06 · Antwerp-Bruges | 4,300 t green methanol to Ane Maersk in 2024; LNG hub at Zeebrugge | Methanol + LNG | Operational deepsea deliveries | Protect high-volume certified fuel supply and predictable slots |
| 07 · Busan | 2026 biomethanol supplied to retrofitted Seaspan Amazon during simultaneous cargo operations | Methanol | Completed SIMOPS delivery | Broaden beyond named operators; sustain certified import logistics |
| 08 · Port Hedland | November 2 certified green ammonia transfer to Mineral Europa completed in two hours | Ammonia trial | Port-operating proof; volume and repeat service undisclosed | Produce/buy contracted fuel and qualify repeating export calls |
| 09 · Hamburg | Waltershof container terminals declared ship-to-ship methanol/LNG bunker-ready in February 2026 | Infrastructure-ready | Approval and readiness is not a verified fuel sale | Published delivered volumes and available licensed supply |
| 10 · Port of Los Angeles | Joint Los Angeles–Long Beach study projects San Pedro Bay fuel demand through 2030 | Feasibility / planned pilots | Shared two-port study, not a commercial methanol award | RFP, permits, pilot stems and enforceable supplier commitments |
What each port must prove next
Commercial investment fileThe licensing advantage
Regulation, surveyors, bunker craft and contracted suppliers are already integrated. Eight new LNG licences and three methanol supply licences expand commercial options; a licence does not guarantee sustainably certified product at every requested berth.
The operating data advantage
More than one million cubic metres of LNG bunker sales in 2025 and measurable biomethanol deliveries give developers real demand curves. The 2025 ammonia transfer established procedures, but it did not convert an ammonia-fueled trading fleet into repeat customers.
The first-mover ammonia corridor
The 1,000-tonne Mineral Europa stem connected renewable production, tank storage, a dedicated bunkering ship and the receiving hull. The same gateway has executed a 5,500-tonne methanol delivery. This is deeper evidence than an announced permission framework.
The container-network option
Yangshan's 3,643-tonne green-methanol stem ran alongside cargo operations. A local 100,000-tonne/year green-methanol production facility began operating in late 2025, linking maritime demand to upstream manufacturing.
The chemical-port model
Ulsan supplied roughly 600 tonnes of ammonia by pipe-to-ship in April 2026, supported by industrial chemical expertise, port safety authorities and an ammonia-capable carrier. A fixed berth may work well for repeat contracts but is not automatically portable to any anchorage.
Dual supply chains in one port system
The large Ane Maersk methanol delivery established deepsea scale, and Zeebrugge hosts major LNG infrastructure. The commercial prize is dependable fuel during existing cargo calls, with fewer diversions for ships serving northern Europe.
The retrofit-fleet gateway
Biomethanol bunkering for the retrofitted Seaspan Amazon showed a fuel supply chain can meet a converted containership without stopping normal terminal activity. The key asset may be licensed logistics and SIMOPS discipline rather than a major new terminal.
The cargo-owner anchor
Fortescue's ore cargo and ammonia-capable chartered fleet create unusually clear potential demand. The two-hour trial matters because ammonia can be transferred in an operating export-port setting. It does not establish annual capacity while the stem quantity remains unknown.
Readiness before the first volume
Waltershof's methanol and LNG ship-to-ship readiness can support a future customer, but a declared berth-ready status is not a count of deliveries. Hamburg's opportunity is connecting Europe-facing liner demand with a repeatable commercial supplier.
A large opportunity still in planning
The combined San Pedro Bay study with Long Beach projects 64,000–250,000 tonnes/year of methanol demand by 2030 and 65,000–115,000 tonnes/year of LNG. These are scenario ranges for both ports together, not firm sales at Los Angeles.
Four contracts that determine the winning port
What equipment cannot solve aloneNamed customers, annual minimum volumes, supply quality and penalties for missed deliveries.
Berth-specific toxic-gas studies, shutdown systems, firefighting, crew training and operating limits.
Guaranteed pumping rate, setup time and compatibility with cargo handling and ship schedules.
Traceable fuel-origin evidence and well-to-wake intensity; the label “alternative” is not itself a carbon claim.
PORT BUNKERING INVESTMENT / LIVE STRESS TEST
Choose a gateway and target fuel, then size a hypothetical bunker service. The model translates oil-equivalent vessel demand into LNG, methanol or ammonia tonnes, tests whether each stem fits the berth window, caps yearly transfers at available bunker hours and calculates NPV under a stated demand ramp. No port-specific investment cost or profit assumption is presented as published fact.
Each cell is ten-year NPV in USD millions. Click a cell to change the port capture rate and retained contribution per fuel tonne.
| Year | Delivered stems | Fuel tonnes | Operating contribution | Fixed operating cost | Annual cash flow | Discounted flow | Cumulative NPV |
|---|
We welcome your feedback, suggestions, corrections, and ideas for enhancements.
Please click here to get in touch