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WSC: Liner shipping defines the six critical pathways to zero carbon shipping

There will be no single or simple fuel technology solution, no single party that can set the pace, no single regulation that will drive the necessary change, states World Shipping Council.

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Transitioning global shipping from a carbon dependent industry into one that operates without greenhouse gas (GHG) emissions is a massive task. Container and roro carriers are already investing in the development of zero GHG technologies and are committed to enabling the industry’s transition to zero, but clear global regulations are needed.

The World Shipping Council (WSC) has identified six regulatory and economic pathways, all of which are critical for the nations of the UN International Maritime Organisation to address for a successful maritime energy transition. In June this year, the 78th session of the International Maritime Organisation’s Marine Environment Protection Committee (IMO MEPC 78) will consider further development of IMO’s GHG Strategy. There will be no single or simple fuel technology solution, no single party that can set the pace, no single regulation that will drive the necessary change.

The reality will be a complex multi-technology, multi-stakeholder development process that needs to be driven and supported by an array of mutually reinforcing global regulations. Maritime actors, technology providers, fuel innovators, organisations and regulators will need to work together to decarbonise shipping in line with the Paris agreement.

“Liner shipping understands the shared responsibility for GHG reductions in the maritime sector, and we don’t underestimate the challenge. We are committed to decarbonising shipping and have multiple ideas and projects in the pipeline. But to be able make these investments, to take the necessary risks, we – and all other maritime actors – need a regulatory framework that addresses the key strategic issues. We are now offering our perspective on the critical pathways the IMO should consider as it tackles this global challenge. Action is needed now by the governments of the IMO so as not to stall development but rather to support ambitious innovators and front runners,” says John Butler, President & CEO of WSC.

The path to zero emissions

WSC has identified six regulatory and economic pathways, all of which are critical for the IMO MEPC to successfully navigate the maritime energy transition:

  • A global price on carbon combined with dependable and broad-based “buy down” programmes that effectively level the playing field among newer low and zero GHG ships and the tens of thousands of ships that will still be burning conventional fuels. This will play a large role in making it possible for companies to put zero GHG ships on the water and to operate them competitively.
  • Transparent well-to-wake life cycle analysis of fuels, breaking out well-to-tank emissions and tank-to-wake emissions, combined with regulatory mechanisms to incentivize firstmovers for use of alternative fuels that offer significant GHG reductions even if they are not available from fully renewable sources from the start.
  • Integrated development of global production and supply of zero GHG fuels through partnerships between IMO member states and energy providers, as well as regulatory provisions that allow for flexibility in the initial stages of the energy transition, given that zero GHG fuels will not be available at the same time around the globe.
  • A Green Corridors Programme to accelerate an equitable fuel and technology transition, introducing zero GHG ships and fuels across trade lanes where the necessary shoreside energy infrastructure is first available. This will speed development of best practices and encourage IMO member states and interested parties to focus on government-togovernment initiatives and coordinated public-private investments to build the necessary production facilities and supply infrastructure.
  • New build standards that support the energy transition, such as requiring ships built after a certain date to be able to operate on zero GHG fuels or not allowing the construction of vessels that can only operate on fossil fuels after a certain date.
  • Applied R&D for shipboard and shoreside systems that allow the safe use of zero GHG fuels is necessary to put zero emission ships on the water. To avoid accidents and stranded assets, a significant increase in the level of R&D effort and investment is needed to develop the technologies necessary to use the most promising fuels onboard transoceanic ships.

The critical pathways have been further detailed and submitted by WSC to the IMO. Each and every one of these elements should be part of an expanded IMO GHG Strategy, and WSC looks forward to working with member states and organisations to develop and integrate these elements into explicit regulations and programmes.

Moving forward together

“We are looking to decarbonise shipping as soon as possible and will continue to lead the way in enabling shipping’s transition to zero. But we cannot do this alone. If we are to decarbonise shipping in line with the Paris agreement, the governments of the IMO must work together. For the sake of future generations and the future of shipping, our focus in the coming years must be to develop and implement innovative, concrete and equitable global regulatory frameworks,” John Butler concludes.

“These are complicated matters and we do not pretend to have all the answers. What we do know is that we must develop these critical pathways together to address the climate challenge and transition the fleet to zero GHG ships.”

 

Photo credit: Chris Pagan on Unsplash
Published: 14 February, 2022

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LNG Bunkering

Singapore: FueLNG achieves 800th LNG bunkering operation milestone

Bunker tanker “FUELNG Venosa” delivered LNG marine fuel to bulk carrier “MV Ubuntu Humanity” at Eastern Bunkering A Anchorage (AEBA) on 11 July.

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Singapore: FueLNG completes 800th LNG bunkering operation

Singapore’s licensed LNG bunker supplier FueLNG on Friday (17 July) announced the successful completion of its 800th LNG bunkering operation in the republic.

The company said bunker tanker FUELNG Venosa delivered LNG marine fuel to bulk carrier MV Ubuntu Humanity at Eastern Bunkering A Anchorage (AEBA) on 11 July. 

“This achievement is more than just a number,” FueLNG said.

“It reflects the trust our customers place in us, the dedication of our operations team, the professionalism of our marine partners, and our unwavering commitment to safe, efficient, and reliable bunker deliveries.” 

Manifold Times previously reported FueLNG completing its 500th LNG ship-to-ship (STS) bunkering operation.

Related: Singapore: FueLNG achieves milestone of 500th STS LNG bunkering operation

 

Photo credit: FueLNG
Published: 20 July, 2026

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Methanol

Western Baltic Engineering unveils green methanol bunkering vessel design for Klaipėda

Designed for flexible operations in shallow waters and local bunkering routes, the concept features an 800-metric-tonne green methanol capacity and the potential to supply up to 250,000 mt annually.

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Western Baltic Engineering unveils green methanol bunkering vessel design for Klaipėda

Ship design and engineering service provider Western Baltic Engineering on Thursday (16 July) showcased its latest concept design for a green methanol bunkering vessel, developed for the operational needs of the Port of Klaipėda.

Designed for flexible operations in shallow waters and local bunkering routes, the concept features an 800-metric-tonne green methanol capacity and the potential to supply up to 250,000 metric tonnes (mt) annually. 

“It is Western Baltic Engineering’s first concept dedicated exclusively to green methanol bunkering, expanding our portfolio of alternative-fuel vessel solutions,” the company said in a social media post.

“Building on our experience in methanol-ready vessel design, it reflects our continued focus on enabling the industry’s transition to cleaner fuels.”

“As the maritime sector evolves, engineering companies have a responsibility not only to respond to market needs but also to anticipate future challenges,” said Marius Arkusauskas, Director at Western Baltic Engineering.

“By exploring emerging technologies and alternative fuel applications, we help our partners prepare for the next generation of maritime operations while contributing to a more sustainable future.”

 

Photo credit: Western Baltic Engineering
Published: 20 July, 2026

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Alternative Fuels

Repsol and Maersk wrap up first bioethanol bunkering operation in Port of Barcelona

Repsol supplied 2,800 mt of bioethanol to a Maersk container vessel, “Antonia Maersk”, in the first bunkering operation of its kind in the Port of Barcelona and one of the first in the Mediterranean.

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Repsol and Maersk wrap up first bioethanol bunkering operation in Port of Barcelona

Spanish energy company Repsol and shipping giant A.P. Moller – Maersk (Maersk) completed the first bioethanol bunkering operation in the Port of Barcelona, according to the port authority on Wednesday (15 July). 

Repsol successfully supplied 2,800 metric tonnes (mt) of bioethanol to a Maersk container vessel, Antonia Maersk, in the first bunkering operation of its kind in the Port of Barcelona and one of the first in the Mediterranean. 

The operation demonstrates growing demand for alcohol-based marine fuels, as well as the readiness of the infrastructure, logistics, and operational capabilities required to support their deployment at commercial scale. 

Juan Abascal, Repsol’s Executive Managing Director of Industrial Transformation and Circular Economy, said: “With this supply, we reaffirm our commitment to the decarbonization of maritime transport through solutions that are available today and ready to scale in the future. 

“At Repsol, we provide shipping companies with a reliable supply chain and a multi-energy strategy that combines different renewable fuels to support the sector in a safe, competitive, and sustainable transition.”

The supply took place in the Port of Barcelona under fully commercial conditions, bringing together key players across the maritime value chain and demonstrating how collaboration can accelerate the adoption of lower-emission solutions in shipping. 

The delivery was carried out by Bahía Candela, Repsol’s newest bunker vessel, operated by Mureloil and designed to supply both conventional marine fuels and next-generation energy products. 

During the bunkering operation, Bahía Candela operated using its battery system, enabling the fuel transfer to be completed with zero local emissions, and further reducing the environmental footprint of the operation. 

Prior to the bunkering, Maersk tested ethanol on one of its smaller vessels, the 1,800 TEU feeder vessel Laura Maersk, which in 2023 became the world’s first dual-fuel container vessel able to operate on methanol. Today, Maersk has 23 dual-fuel container vessels designed to operate on methanol; however, the company continues to explore ethanol as an alternative fuel for its methanol-enabled vessels. Laura Maersk has performed sailings on 100% ethanol as well as blends of ethanol and methanol. 

Emma Mazhari, Vice President Energy Markets at Maersk, said: “Following the successful ethanol trials conducted on Laura Maersk, this latest bunkering of Antonia Maersk marks another important step in our efforts to explore scalable low-emission fuel solutions. 

“As the first ethanol trial on one of our large dual-fuel vessels, with a capacity of 16,000 TEU, it allows us to deepen our understanding of ethanol’s operational potential at scale. 

“Building on the experience we have gained with methanol, we are working closely with port authorities and industry partners to develop the infrastructure and procedures needed to support ethanol bunkering. Ethanol is one of several pathways we are pursuing to diversify our future fuel portfolio and help accelerate the development of new, viable liquid marine fuel markets.”

 

Photo credit: Port of Barcelona
Published: 20 July, 2026

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