This is a legacy page. Please click here to view the latest version.
Thu 18 Aug 2022, 08:03 GMT

Ammonia bunker vessel to be developed in Singapore


Project partners aim to produce a vessel design that 'de-risks ammonia as a marine fuel'.


Ammonia-powered ship icon
Image credit: Wikimedia Commons

PaxOcean Engineering has signed an MoU with Singapore-based bunker vessel operator Hong Lam Marine and classification society Bureau Veritas to jointly develop an ammonia bunker vessel design.

Significance: The collaboration is designed to promote the use of ammonia as a marine fuel.

Company roles
  • PaxOcean is to focus on developing designs for ammonia-fuelled and ammonia bunkering vessels.
  • Hong Lam Marine will provide input specific to operational data, and support and validate the suitability of the ship design for commercial operations.
  • And Bureau Veritas will verify compliance with the most applicable and up-to-date rules, particularly those related to the handling of ammonia — drawing on its expertise in ammonia carriage and operations, and previous technical studies on ammonia as a fuel.

The Maritime and Port Authority of Singapore (MPA) welcomed the formation of a partnership to develop, trial and test-bed new designs and innovative technologies needed to accelerate the transition to a clean economy.

  • The MPA's Chief Executive, Ms Quah Ley Hoon, said the project "aligns with our maritime decarbonization efforts to be ready for a multi-fuel bunkering transition to support the future of International shipping."

David Barrow, Vice President, South Asia Zone of Bureau Veritas Marine & Offshore, stressed that additional work was needed to overcome the safety and operational issues associated with ammonia.

  • "These challenges can be overcome through cross-industry collaboration, and we are very pleased to be working with PaxOcean and Hong Lam Marine to develop an ammonia bunker vessel design that de-risks ammonia as a marine fuel," he added.


Maritime Technologies Forum (MTF) logo. MTF issues safety management guidelines for methanol-fuelled ships  

New MTF report offers recommendations for developing and strengthening safety management systems for methanol as a fuel.

Kapitan Dranitsyn icebreaker. European shipowners call for permanent EU ETS derogations for islands, outermost regions and ice-classed vessels  

ECSA urges the European Commission to extend maritime ETS exemptions beyond 2030 ahead of directive revision.

Global Maritime Forum logo. Compliance pooling could help unlock investment in zero-emission marine fuels, says Getting to Zero Coalition  

A new insight brief argues pooling models must evolve to support long-term e-fuels offtake.

Levante LNG and Legend of the Seas STS bunkering operation. Peninsula performs maiden bio-LNG delivery in Cádiz  

Bunker firm has now supplied all three of Royal Caribbean Group’s Icon-class vessels with bio-LNG.

Shawn Ho, Oilmar. Oilmar appoints Shawn Ho as senior manager for business development and bunker trading in Singapore  

Marine fuel seller hires experienced industry professional to bolster its Singapore operations.

Island Horizon vessel. Island Oil expands fleet with acquisition of two tankers for Mediterranean operations  

Island Polaris and Island Horizon join bunker firm's fleet of vessels.

Meera naming ceremony. Naming ceremony held for LPG dual-fuel ammonia carrier  

VLAC Meera named during event held in China on 10 July.

IMO Council 137th session IMO adopts Singapore-led resolution on protection of shipping lanes  

Thirty co-sponsors back a resolution reaffirming navigational rights under international law.

TT-Line Green Ship 2.0 illustration. TT-Line orders second LNG-hybrid battery ferry for Baltic Sea operations  

German ferry operator doubles down on LNG-hybrid technology with a second next-generation newbuild.

CMA CGM Notre Dame and Gas Agility ship-to-ship (STS) bunkering operation. CMA CGM Notre Dame receives first European bio-LNG bunkering during Rotterdam maiden call  

LNG-powered container ship takes on bio-LNG derived from agricultural waste.


↑  Back to Top