The bulk route from Pilbara to China is extremely important. Greening it would be a big deal.
AI Agent Leo says:
The Pilbara-to-China route is a core segment of the Transpacific Dry Bulk corridor, with ~700 to 800 million tonnes of iron ore shipped annually from Western Australia to North Asia.
Key Traffic and Route Details:
- Volume: The Pacific basin handles approximately 700–800 million tonnes of iron ore per year, with ~350–350 million tonnes of coal also moving via Panamax vessels. (https://www.bulkargo.com/routes-markets/transpacific/)
- Primary Ports: Cargo originates mainly from Port Hedland and Dampier in the Pilbara, discharging at major Chinese terminals like Qingdao and Caofeidian. (op.cit.)
- Distance and Time: The route spans approximately 3,500 to 4,000 nautical miles, with a typical laden transit time of 10 to 14 days. (op.cit.)
- Vessel Class: The trade is dominated by Capesize bulk carriers, which are optimized for high-volume iron ore transport. (op.cit.)
- Pilbara Throughput: In the 2025–26 financial year, Pilbara Ports recorded a record 804.1 million tonnes of total throughput, with 759.4 million tonnes being iron ore exports, heavily directed toward Asian markets. (https://www.hellenicshippingnews.com/pilbara-ports-exceeds-800-million-tonnes-to-deliver-another-record-year-of-trade/)
This is a big chunk of traffic that generates lots of emissions. Using a genuinely green fuel like ammonia would substantially reduce emissions.
So it’s big news that an ammonia fueling of a 209,000 dwt bulker that transports iron ore took place at Port Hedland, Australia. According to the article it only took 2 hours.
It proves that ammonia bunkering at scale can take place at ports. All it takes is the infrastructure and supply of green ammonia.
Marcus Hand, Editor November 3, 2026
Port News, 29/07/26
