Ammonia Ships: Can Shipping Leave Oil Behind?
Can ammonia help ocean-going ships leave oil behind? This video follows the complete fuel chain: Haber and Bosch, fossil and renewable production, tanks, engines, exhaust, ports and delivered costs. It compares batteries, hydrogen, methanol, biofuels, LNG and wind assistance.
Evidence is labelled: the 2024 Green Pioneer trial, Rotterdam’s 2025 full-scale bunkering simulation, Singapore’s 2026 supply proposal and CMB.TECH’s October 2026 Mineral Europa maiden-voyage announcement. Future deliveries and price claims remain company projections. Ammonia contains no carbon, but lifecycle emissions still depend on its production, supporting fuel and exhaust.
The five archival and contemporary photographs are credited on screen. Generated backgrounds are illustrative, with unnamed people and no representation of a specific unphotographed event. General information; no operational fuel-handling instructions. Sources and dates are recorded in the fact sheet.
Educational documentary. Not financial or investment advice.
In these topics
Chapters
- Can a ship leave oil behind?
- A century of making ammonia
- Why this molecule interests shipping
- The climate bill starts ashore
- From tank to propeller
- No carbon does not mean no emissions
- Ships that exist, plans that do not yet
- Ports and people must be ready
- Who pays for the new fuel?
- Ammonia versus the alternatives
- The conditions for leaving oil behind
Sources and credits
Photo credits (Wikimedia Commons)
- Fritz Haber, 1891 doctoral portrait: Unknown authorUnknown author, Public domain - https://commons.wikimedia.org/wiki/File%3AFritz_Haber_1891_Prom.jpg
- Carl Bosch, portrait circa 1929: Nobel Foundation, Public domain - https://commons.wikimedia.org/wiki/File%3ACarl_Bosch.jpg
- Singapore container terminal, Bukit Merah, 2017; illustrative background only, not 2026 or ammonia operations: chuttersnap chuttersnap, CC0 - https://commons.wikimedia.org/wiki/File%3AContainer_terminal_from_above_%28Unsplash%29.jpg
- H&S Bravery departing Rotterdam Europoort, 12 July 2025; illustrative cargo shipping, not the ammonia bunkering demonstration: Alfvanbeem, CC0 - https://commons.wikimedia.org/wiki/File%3AH%26S_Bravery_%28ship%2C_2004%29_%28IMO_9195547%2C_MMSI_246231000%29_General_Cargo_Ship_departing_Port_of_Rotterdam_%28Europoort%29.jpg
- EIBE OLDENDORFF, IMO 9676618, Amsterdam, 10 May 2026; illustrative contemporary cargo ship, not an ammonia-powered ship: Alfvanbeem, CC0 - https://commons.wikimedia.org/wiki/File%3AEIBE_OLDENDORFF%2C_General_Cargo_Ship%2C_IMO_9676618%2C_Port_of_Amsterdam.jpg
Primary sources
- IMO, Fourth GHG Study, 2020.
- IEA, Ammonia Technology Roadmap, 11 Oct 2021.
- IRENA and AEA, Innovation Outlook: Renewable Ammonia, May 2022.
- MPA Singapore, Green Pioneer trial release, 15 Mar 2024.
- EMSA, ammonia safety study, 2023–2025.
- NYK / Golden Island / Yara, joint release, 20 Apr 2026.
- Port of Rotterdam, MAGPIE report announcement, 22 May 2026.
- IMO, ammonia seminar report, 22 Sep 2026.
- CMB.TECH, Mineral Europa issuer release, 9 Oct 2026.
Not regulated financial advice.