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Copenhagen Infrastructure Partners develops ammonia bunkering operations manual

Manual builds upon existing gas carrier procedures for loading, discharging, and ship-to-ship transfers, adapting these established protocols to suit bunkering operations.

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Copenhagen Infrastructure Partners develops ammonia bunkering operations manual

Copenhagen Infrastructure Partners (CIP), through its Energy Transition Fund (ETF), recently developed an Ammonia Bunkering Operations Manual in collaboration with leading gas experts and reviewed by the American Bureau of Shipping (ABS).

The manual provides a structured framework for safe and efficient ammonia bunkering, aligning with future IMO procedures and evolving gas codes. By detailing critical safety protocols, it ensures the protection of personnel,vessels, and the environment during bunkering operations. 

ETF will continue refining the manual in collaboration with key stakeholders as industry standards progress.

The 73-page bunkering manual builds upon existing gas carrier procedures for loading, discharging, and ship-to-ship transfers, adapting these established protocols to suit bunkering operations. 

As a next step, ETF will develop a Fuel Handling Manual for customers, providing guidance on managing bunkered ammonia, including emergency response procedures and safety drills to ensure crew preparedness. 

ETF has engaged port authorities and industry stakeholders to refine its approach to ammonia bunkering. Through ongoing discussions with the Port of Rotterdam (POR), Port of Sines (APS), and Duisport, ETF has gathered insights to align its bunkering procedures with port infrastructure, safety requirements, and operational best practices.

The ammonia project MadoquaPower2X – a partnership between ETF and Madoqua – has already put in place a strategic MOU with POR, APS and Dusiport to develop a Maritime Green Corridor between Portugal and Northwest Europe hub for renewable supply chain of green hydrogen derivatives, including ammonia and methanol. Building on this foundation, ETF will continue to operationalise its Bunkering Operations and Fuel Handling standards initiative by collaborating with ports, shipping operators, and regulatory bodies to support the safe and efficient adoption of ammonia as a marine fuel.

Johan Thybo, Business Development Manager, CIP Energy Transition Fund, said: “We believe ammonia will be the dominant green marine fuel of the future, as it is a zero-carbon fuel with no scalability restrictions and low production costs relative to other e-fuels.”

“The development of our Ammonia Bunkering Operations Manual marks a significant milestone in our commitment to safe and sustainable ammonia delivery and our partnerships with port authorities, governments, and shipping companies are crucial for enabling the ammonia transition.”

 

Photo credit: Copenhagen Infrastructure Partners
Published: 5 March, 2025

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Alternative Fuels

Hitachi Zosen Marine Engine orders Mitsubishi Shipbuilding ammonia fuel handling system

MAmmoSS® will be designed and optimised to be compatible with the ammonia marine engines of Everllence SE and WinGD and will be used for shop tests of both engines after delivery to HZME’s facility.

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Hitachi Zosen Marine Engine orders Mitsubishi Shipbuilding ammonia fuel handling system

Mitsubishi Shipbuilding Co., Ltd., a part of Mitsubishi Heavy Industries (MHI) Group, on Friday (26 June) said it has received an order from Hitachi Zosen Marine Engine (HZME) for its MAmmoSS® ammonia fuel handling system.

HZME is a dual licensee of Everllence SE and WinGD, major licensors of marine engines. MAmmoSS® will be designed and optimized to be compatible with the ammonia marine engines of these two licensors, and after delivery to HZME’s facility, will be used for shop tests of both engines.

The company said decarbonisation in global shipping is a critical issue, and ammonia, which does not emit CO2 when burned, is attracting attention as a next-generation marine fuel that will significantly contribute to reducing GHG emissions in the shipping industry. 

“However, as ammonia is a toxic fluid, safe handling technology onboard ships is essential and is expected to drive demand for MAmmoSS®,” it said. 

Going forward, Mitsubishi Shipbuilding said it will continue to provide safe and reliable products for ammonia-fuelled vessels to support the expected market expansion.

 

Photo credit: Mitsubishi Shipbuilding
Published: 30 June, 2026

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Ammonia

Pilbara Ports confirms plans for first ammonia bunkering trial in late 2026

This comes following Fortescue and CMB.TECH announcing their landmark agreement to introduce dual-fuelled ammonia bulk-carriers to the Pilbara.

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Pilbara Ports confirms plans for first ammonia bunkering trial in late 2026

Australia’s Pilbara Ports Authority on Friday (26 June) confirmed progress of its plans for the first ammonia bunkering trial at the Port of Port Hedland later this year.

On its website, the port authority said ammonia-fuelled vessels are expected to begin visiting Pilbara as early as this year. 

This comes following Fortescue and CMB.TECH announcing their landmark agreement to introduce dual-fuelled ammonia bulk-carriers to the Pilbara, a significant milestone in accelerating the transition to low-carbon shipping.

The port authority said the announcement reflects the growing global momentum behind ammonia as a marine fuel and the collective effort across industry to decarbonise supply chains. 

On 22 June, Fortescue said it signed an agreement with CMB.TECH for the charter of up to 12 ammonia-capable vessels.

Under the agreement, Fortescue will charter a fleet of 12 Newcastlemax dry bulk vessels (210,000 dwt) from Bocimar, CMB.TECH’s dry bulk shipping operator.

Up to three of the vessels will be delivered with dual-fuel ammonia engines and are expected to enter service by the end of 2026. The remaining nine vessels will be ammonia-ready and can be converted to operate on ammonia in the future.

“At Pilbara Ports, we’re proud to be supporting this transition, with plans progressing for our first ammonia refuelling trial at the Port of Port Hedland later this year,” the port authority said.

“This work will help ensure the Pilbara is ready – with the infrastructure, safety frameworks and operational capability needed to support the next generation of cleaner vessels.”

 

Photo credit: Pilbara Ports Authority
Published: 29 June, 2026

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Engine

Eight classification societies oversee successful TAT of Everllence ammonia engine

Everllence announced the successful Type Approval Test of its ME-LGIA ammonia-burning engine at its Research Centre Copenhagen.

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Eight classification societies oversee successful TAT of Everllence ammonia engine

Everllence recently announced the successful Type Approval Test (TAT) of its ME-LGIA ammonia-burning engine at its Research Centre Copenhagen (RCC). 

Eight classification societies oversaw the testing that took place from 10 to 12 June, marking the latest phase in the engine’s journey towards its market debut.  

Bjarne Foldager, Head of Two-Stroke Business, Everllence, said: “The TAT is yet another important step as we definitively move from concept development to seagoing engine operation. It confirms the Everllence B&W ME-LGIA as ready for on-board installation and is the last test before actual sea and gas trials. 

“This engine sets new benchmarks in zero-carbon propulsion and digitally connected performance, and has attracted great interest since its development was announced in 2019. It stands testament to Everllence’s unique ability to meet demands and bring innovative fuels to market.”

Everllence officially marketed the ME-LGIA engines at a two-day event in Copenhagen in November 2025. Using the Diesel principle and the well-known, dual-fuel Liquid Gas Injection concept, the engine has a proven track record of several hundred thousand operational hours.

Ole Pyndt Hansen, Senior Vice President, Head of Two-Stroke R&D, Everllence, said: “The TAT is also important in relation to maturing IMO ammonia regulations as it is vital that rules and guidelines are in line with reality to optimise safety onboard vessels. 

“This experience comes from industry and the first ammonia-driven ships, which are expected to operate at sea during 2026, will act as compelling input for the development of these guidelines.”

Everllence also noted that the ammonia TAT marked the end of an era with it being the final TAT at the RCC in Copenhagen before the company moves location to outside the city in late-2027.

 

Photo credit: Everllence
Published: 22 June, 2026

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