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Maersk and Equinor ink agreement for supply of green methanol bunker fuel

Agreement ensures green methanol supply for the ship from its entry into operation on a loop from Northern Europe into the Baltic Sea after the name giving ceremony later this month in Copenhagen.

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A.P. Moller - Maersk (Maersk) on Friday (8 September) said it has signed an agreement with Equinor to secure supply of green methanol for Maersk’s first methanol-powered feeder vessel during its initial months of operation from September 2023 and into the first half of 2024.

The agreement ensures green methanol supply for the ship from its entry into operation on a loop from Northern Europe into the Baltic Sea after the name giving ceremony later this month in Copenhagen. The green methanol will be bunkered in Rotterdam. 

The 172-meter-long vessel is currently embarking on its maiden voyage after leaving Hyundai Mipo Dockyard in Korea to Copenhagen where it will formally receive its name during a ceremony at Toldboden, next to the Maersk headquarter. The ship’s maiden voyage has marked milestones in bunkering operations for many ports including Singapore.

Alex Grant, Senior Vice President for the liquid commodity segment at Equinor, said: “Equinor is pleased to be partnering up with Maersk in delivering greener fuels to the marine industry. Equinor is an established player in the European methanol market through its production plant at Tjeldbergodden and we have ambitions to be a key provider of green methanol in the marine fuel segment.”

Maersk said the biomethanol is produced from biogas from manure. The biogas is upgraded to biomethane and injected into the existing gas grid and the methanol is produced from the biomethane in the grid on a mass-balance basis. 

“The existing European biogas certificate system is used to trace the attributes of the biomethane to the biomethanol and safeguard against double-claims. This way, green methanol can be produced in existing facilities using existing infrastructure and plants enabling a quick route to market,” it added. 

“The method can contribute to a greener gas grid while capturing harmful methane emissions that would arise from the manure feedstock if left untouched. The biomethanol is ISCC EU certified in accordance with the EU Renewable Energy Directive.”

Rabab Boulos, Chief Infrastructure Officer at A.P. Moller - Maersk, said: “We are very pleased to partner with Equinor, as it’s entering this business area. It is critical to get energy majors to the table and start supplying future fuels at scale.”

“This is the form of engagement we need to continue accelerating the pioneering journey towards a green fuel economy for global shipping. With more than 100 methanol enabled vessels on order across the industry, the demand for green fuel production is rising and will continue to do so in the years to come.”

Photo credit: A.P. Moller - Maersk
Published: 11 September, 2023

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Shipping Corridor

SFOC report proposes green methanol-fuelled Korea-Europe shipping corridor

Corridor will run between Pyeongtaek Port—the largest hub for automobile imports and exports in South Korea—and major European ports of Bremerhaven, Antwerp, Zeebrugge, and Southampton.

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SFOC report proposes green methanol-fuelled Korea-Europe green shipping corridor

Korean non-government organisation Solutions for Our Climate (SFOC) on Wednesday (23 April) released a report proposing the establishment of a green methanol-fuelled South Korea-Europe shipping corridor. 

The proposed corridor will run between Pyeongtaek Port—the largest hub for automobile imports and exports in South Korea—and major European ports of Bremerhaven, Antwerp, Zeebrugge, and Southampton, presenting strategic pathways for the decarbonization of the maritime sector.

South Korea has announced its “Greenship-K Program” to accelerate the adoption of eco-friendly vessels and set a national goal to achieve a 100% reduction in greenhouse gas (GHG) emissions from shipping by 2050.

Focusing on a green methanol-fuelled Pure Car and Truck Carrier (PCTC) operation model, the report quantitatively assessed the potential for greenhouse gas reduction along key routes. Notably, the Bremerhaven–Pyeongtaek route alone is estimated to reduce more than 1.4 million tonnes of CO₂ emissions annually, given its high cargo volume.

The report proposed the adoption of green methanol as the primary fuel for the corridor, with a long-term goal to transition toward e-methanol. This shift is expected to reduce CO₂ emissions by more than 70% compared to conventional fossil fuel use.

Beyond fuel switching, the report emphasised the importance of securing a stable green fuel supply chain, establishing supportive legal and institutional frameworks, and fostering close public-private cooperation among shipping companies, cargo owners, port operators, and fuel suppliers to make the corridor a viable reality.

“With these foundational elements in place, Pyeongtaek Port is well positioned to become the starting point of Korea’s transition toward a decarbonised maritime sector,” SFOC said. 

Note: The full report by SFOC can be viewed here and it is also available in Korean here.  

 

Photo credit: Solutions for Our Climate
Published: 25 April, 2025

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Methanol

Tsuneishi Shipbuilding completes first block loading of methanol-fuelled newbuildings

Company completed the first block loading of its first 5,900TEU methanol-fuelled containership and its first methanol dual-fuelled Kamsarmax bulk carrier in China and Philippines respectively.

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Tsuneishi Shipbuilding completes first block loading of methanol-fuelled newbuildings

Tsuneishi Shipbuilding on Tuesday (22 April) said its shipyard in China successfully completed the first block loading for its first 5,900TEU methanol-fuelled containership, which is the largest of this ship type built by the company, on 16 April.

In addition to the enhanced hull form and MT-FAST, the company’s innovative energy-saving technology, the integration of a large-capacity shaft generator has enabled this dual-fuel vessel to achieve both optimal loading performance and exceptional fuel economy when compared with fuel oil vessels in the same segment. 

MT-FAST is an energy-saving device that improves propulsion efficiency by approximately 4% by regulating water flow through the installation of multiple fins in front of the propeller. It was developed jointly with MTI of the NYK Group.

The vessel has been developed based on the concept of a final solution for the zero CO₂ emission vessel through the use of green methanol. Therefore, not only the main engine but also all on-board generators, HiMSEN engine which will be supplied by HD Hyundai, can be methanol-fuelled. 

This makes it possible to achieve carbon neutrality with the exception of a small amount of pilot fuel. Furthermore, the vessel is equipped with the necessary infrastructure to receive large-capacity alternative maritime power supplies. 

“In addition, the generators can be deactivated during anchorage, thereby achieving zero CO₂ emissions. We will continue to promote the further practical application of methanol-fuelled vessels with the aim of achieving carbon neutrality in the future,” the company said.

Tsuneishi Shipbuilding completes first block loading of methanol-fuelled newbuildings

Additionally, the Japan-based shipbuilder said its yard in the Philippines has successfully completed the first block loading for its first methanol dual-fuelled Kamsarmax bulk carrier on 21 April at THI Slipway No.2 . 

The vessel is scheduled to be launched in July 2025 and delivered in January 2026.

It is the first methanol-fuelled vessel in the Kamsarmax series, a long-standing series of vessels built by Tsuneishi Shipbuilding, which reached the 400-vessel milestone in July 2024.

By using methanol for propulsion, Tsuneishi Shipbuilding said the vessel reduces carbon dioxide emissions by 10%, nitrogen oxide emissions by 80% and sulphur oxide emissions by 99% during voyages compared to conventional models. 

 

Photo credit: Tsuneishi Shipbuilding
Published: 23 April, 2025

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Bunker Fuel

Singapore: GCMD develops calculator to explore IMO GFI-linked pricing system

Free cost and compliance calculator has been developed by its team based on the newly approved GHG emissions pricing framework by IMO’s MPEC 83 recently.

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Singapore: GCMD develops calculator to explore IMO GFI-linked pricing system

The Global Centre for Maritime Decarbonisation (GCMD) on Tuesday (15 April) introduced a free cost and compliance calculator that has been developed by its team based on the newly approved greenhouse gas (GHG) emissions pricing framework by the Marine Environment Protection Committee during its 83rd session (MPEC 83). 

The calculator will help maritime stakeholders explore how the two-tiered, GHG Fuel Intensity (GFI)-linked pricing system could impact operational costs.

GCMD said the buzz around International Maritime Organization's MEPC 83 and the newly approved GHG emissions pricing framework has been intense — and understandably so.

“To help make sense of it, our CEO Prof. Lynn Loo started with handwritten trajectory calculations to break down the core workings,” it said in a social media post. 

“Building on that, our team has developed a simple, accessible cost and compliance calculator to help you explore how the two-tiered, GFI-linked pricing system could impact operational costs.”

The calculator is just one input—its results should be considered alongside other economic and operational factors to inform commercial decisions.

The tool covers covers heavy fuel oil (HFO), liquified natural gas (LNG), B24 biofuel, e-ammonia and bio-methanol.

“Whether you're assessing fuel options, planning newbuilds, or just trying to get a feel for what this might mean for your operations — this tool offers a useful first-cut view. For added clarity, we’ve included the workings on the side so you can trace the calculation process,” GCMD added.

Note: GCMD’s cost and compliance calculator can be found here

 

Photo credit: Global Centre for Maritime Decarbonisation
Published: 16 April, 2025

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