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Global Centre for Maritime Decarbonisation
Article
New partnership to develop guidelines for use of ammonia as a marine fuel
Paper
Ammonia as marine fuel: Risk awareness vs risk adversity
Article
Study paves the way towards ammonia bunkering pilots in Singapore
Article
Key shipping stakeholders see a multi-fuel future: new survey results
Article
Maritime developments: on-water cracking, AiPs and Singapore bunker study releases first results
In maritime ammonia updates this week:
- In Europe, government funding will support the development of an ammonia cracking system that can be installed on existing LNG vessels (Norway), and the establishment of a floating production and storage facility connected to an offshore wind farm (Netherlands).
- Two AiPs have been granted: one for Korea’s first ammonia FSRU vessel, the other for a bunkering tanker in Singapore.
- H2Carrier and Trelleborg will develop a ship-to-ship ammonia transfer system.
- And GCMD has unveiled the results of their Singaporean ammonia bunker study. All risks identified for conducting pilot projects were found to be low or mitigable, with work towards those pilots to continue.
Article
Singapore: investments, a green corridor partnership and a new bunkering vessel project
Article
Maritime actors push on with overcoming ammonia fuel safety concerns
Two recent reports (one from Bureau Veritas & Total, the other from the Together in Safety consortium) illustrate just how seriously the maritime industry is pursuing low carbon ammonia fuel. While progress in the maritime ammonia space is impressive, safety risks are widely-acknowledged and work remains to be done.
Both reports identify key hazards facing adoption of ammonia as a maritime fuel, and echo points heard before in the development of methanol & LNG as maritime fuels: high-risk hazards currently exist that must be eliminated, mitigated or controlled. But Together in Safety concludes the way forward will be via collaboration & shared responsibility - something we’re already seeing in the multiple high-profile safety studies and consortia working around the globe. Thankfully, the willingness of significant maritime players to engage on ammonia and the momentum for change are both high.
Article
GCMD & DNV: Pioneering Ammonia Bunkering Safety in Singapore
Article
Global Centre for Maritime Decarbonisation and Mærsk Mc-Kinney Møller Center join forces
Article
New partnership to develop guidelines for use of ammonia as a marine fuel
Article
Study paves the way towards ammonia bunkering pilots in Singapore
Article
Key shipping stakeholders see a multi-fuel future: new survey results
Article
Maritime developments: on-water cracking, AiPs and Singapore bunker study releases first results
In maritime ammonia updates this week:
- In Europe, government funding will support the development of an ammonia cracking system that can be installed on existing LNG vessels (Norway), and the establishment of a floating production and storage facility connected to an offshore wind farm (Netherlands).
- Two AiPs have been granted: one for Korea’s first ammonia FSRU vessel, the other for a bunkering tanker in Singapore.
- H2Carrier and Trelleborg will develop a ship-to-ship ammonia transfer system.
- And GCMD has unveiled the results of their Singaporean ammonia bunker study. All risks identified for conducting pilot projects were found to be low or mitigable, with work towards those pilots to continue.
Article
Singapore: investments, a green corridor partnership and a new bunkering vessel project
Article
Maritime actors push on with overcoming ammonia fuel safety concerns
Two recent reports (one from Bureau Veritas & Total, the other from the Together in Safety consortium) illustrate just how seriously the maritime industry is pursuing low carbon ammonia fuel. While progress in the maritime ammonia space is impressive, safety risks are widely-acknowledged and work remains to be done.
Both reports identify key hazards facing adoption of ammonia as a maritime fuel, and echo points heard before in the development of methanol & LNG as maritime fuels: high-risk hazards currently exist that must be eliminated, mitigated or controlled. But Together in Safety concludes the way forward will be via collaboration & shared responsibility - something we’re already seeing in the multiple high-profile safety studies and consortia working around the globe. Thankfully, the willingness of significant maritime players to engage on ammonia and the momentum for change are both high.