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DNV and Alfa Laval: What can drive the energy transition in shipping?

Rasmus Stute from DNV interviews Sameer Kalra of Alfa Laval on the company’s innovative approach to energy transition, emphasizing fuel-agnostic solutions, and energy efficiency.

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Rasmus Stute from DNV interviews Sameer Kalra, President of the Marine Division and Executive Vice President at Alfa Laval, on key industry trends including the company’s innovative approach to the energy transition, emphasizing fuel-agnostic solutions, energy efficiency and close collaboration with third parties to meet future challenges:

We met recently at the SMM trade fair, always a really important date on the shipping calendar. What were your takeaways?

The first thing that stood out to me was that energy efficiency seems to be really high on the agenda, alongside LNG as an alternative fuel. Secondly, digitalization seems to be much more in focus than just a couple of years ago. This is why it is so great to come to these trade shows; you can hear what the industry’s talking about and it really helps to calibrate your own views.

At SMM, we launched our latest Maritime Forecast to 2050, which focuses on the building blocks needed for the energy transition in shipping. From Alfa Laval’s perspective how are you going to respond to the energy transition? Is this a significant challenge or something you’ve already anticipated?

The one thing that Alfa Laval is absolutely known for is being innovative from the beginning and that’s still part of the company’s DNA. So when we started working around decarbonization and the energy transition roughly five or six years ago, we took the position that as Alfa Laval we needed to put our money where our mouth was. And, instead of just telling others to decarbonize, we also set some goals for ourselves for 2030. Right now, we expect to meet our Scope 1 and 2 net zero targets ahead of schedule. (PS: After this interview took place, Alfa Laval announced an updated goal to achieve net zero in its own operations by 2027, covering Scope 1 and 2 emissions.) 

However, challenges remain, particularly supporting customers in areas outside our direct control, such as fuel choice. Shipowners have a tough challenge, finding a vessel design and choosing a fuel that is economically viable, commercially attractive and future-proof for the next 20–25 years. Recognizing this complexity early on, we positioned ourselves to support shipowners with versatile, future-ready solutions. In particular, one major initiative has been to ensure our product portfolio is fuel-agnostic. 

Additionally, we have prioritized the development of new platforms focused on energy efficiency. Another key step has been the acquisition of StormGeo, which, whilst unconventional for a company like Alfa Laval, aligns with our strategy to address the evolving energy efficiency and sustainability demands of the maritime industry. Ultimately, our commitment is to provide solutions that enable both immediate and long-term decarbonization goals.

You mentioned key elements like energy efficiency and fuel flexibility, and you have set up your company to address these challenges. Looking ahead to 2030, what do you envision will be your most important products to support customers with these trends?

It is challenging to be definitive about specific products, but we can identify trends. Our energy efficiency portfolio will play an increasingly important role, even more so than it does today. Transitioning to clean fuels will also grow in importance. If I were to highlight one area, it would be energy efficiency over the short term. 

Given the challenges in scaling up the supply of green methanol and ammonia by 2030, boosting energy efficiency becomes an essential, immediate necessity for the industry. At Alfa Laval, all three of our divisions – Marine, Energy, and Food and Water – will contribute to these efforts. In the near term, we will focus on enhancing energy efficiency in existing systems whilst introducing new, innovative energy efficiency platforms across our product portfolio to support our customers in navigating this energy transition.

I’ve a follow-up question on the energy transition. How do you feel about the role of carbon capture and storage in this process?

From our perspective, carbon capture and storage (CCS) is set to play an important role, particularly on the energy side. However, the role of onboard carbon capture specifically is less clear. These are two different challenges and we need to approach them with an open mind. For instance, it’s possible that LNG could be a transitional fuel that achieves a 20% reduction in emissions. If onboard carbon capture technology could add another 10–15% reduction on top of that, it might be a viable step forward. 

However, there are still many questions to address. We need to solve challenges related to the footprint of onboard carbon capture systems, as well as their cost-benefit ratios. These are critical factors that must be worked out before onboard carbon capture becomes a widespread solution. That said, I have confidence in the ingenuity of the maritime industry, and I am optimistic that we will find ways to overcome these challenges. 

And whilst there are still questions to answer, I firmly believe that carbon capture and storage, both on land and onboard, could make a significant contribution towards accelerating the energy transition.

Note: The full interview by DNV can be found here.

 

Photo credit: Venti Views on Unsplash
Published: 14 January, 2025

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Methanol

World Fuel and partners complete first green methanol bunkering of car carrier in Shanghai

Operation involved the delivery of approximately 2,800 MT of green methanol to “Arctic Tern” via a ship-to-ship transfer using SIPG Energy’s dedicated methanol bunkering vessel “M/V Hai Gang Zhi Yuan”.
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World Fuel and partners complete first green methanol bunkering of car carrier in Shanghai

Marine fuel provider World Fuel on Tuesday (21 July) said it successfully completed the first green methanol bunkering of M/V Arctic Tern, with EUKOR Car Carriers and SIPG Energy at the Port of Shanghai. 

Arctic Tern is the first vessel in the new Shaper Class series of car carriers. 

The operation involved the delivery of approximately 2,800 MT of green methanol to Arctic Tern via a ship-to-ship transfer using SIPG Energy’s dedicated methanol bunkering vessel M/V Hai Gang Zhi Yuan, the largest vessel of its kind in operation. 

The bunkering operation was carried out at Haitong Terminal, Waigaoqiao Port Area, Shanghai Port, with cargo handling operations conducted simultaneously during bunkering.

This marks EUKOR Car Carriers’ first green methanol operation and the first time Arctic Tern has bunkered methanol since its delivery on 9 July. The operation marked the first bunkering at Shanghai Port of green methanol produced locally in Shanghai for an international PCTC operator. 

It also demonstrated the city’s integrated green methanol value chain, spanning local production, storage and bunkering, and established a replicable “Shanghai Model” for green methanol supply.

World Fuel arranged the supply and delivery of the fuel on behalf of EUKOR Car Carriers, working with SIPG Energy as the physical supplier at the Port of Shanghai.

The green methanol supplied was produced from municipal solid waste, ISCC-EU certified, and had a carbon intensity value below 25 gCO₂e/MJ.

Arctic Tern is the first of fourteen Shaper Class vessels ordered by Wallenius Wilhelmsen. With a capacity of 9,300 car equivalent units and methanol dual-fuel capability, the vessel will be operated by EUKOR Car Carriers, jointly owned by Wallenius Wilhelmsen and Hyundai Motor Group. Following her first green methanol bunkering, Arctic Tern will continue her maiden voyage from Asia to Europe.

Xavier Leroi, COO Shipping Services at Wallenius Wilhelmsen and CEO of EUKOR Car Carriers, said: “Completing Arctic Tern’s first green methanol bunkering shortly after delivery is a significant milestone towards our decarbonisation ambition for both EUKOR Car Carriers and Wallenius Wilhelmsen. It demonstrates how investments in next-generation vessel technology and fuel flexibility are being translated into real-world operations. 

“This achievement reflects the strong collaboration between all parties involved. Together, we have shown how partnerships across the maritime value chain can help make lower-emission fuels available and operationally viable at scale.”

Mark Tamsitt, SVP Global Marine Sales at World Fuel, said, “The first bunkering event with a new fuel is a significant moment for any shipowner, and our role is to make it as seamless as possible. By connecting EUKOR Car Carriers with SIPG Energy’s proven green methanol capability at the Port of Shanghai, we were able to deliver on reliable supply, fuel quality, and safe processes. As more of our customers bring methanol dual-fuel tonnage into service, we are committed to being the partner that makes these kinds of operations routine.”

Mr. Zhang Da, General Manager of SIPG Energy, said, “Welcoming Arctic Tern to the Port of Shanghai for her first green methanol bunkering demonstrates the strength and maturity of our supply capability. Building on our well-established methanol ship-to-ship bunkering services for container vessels, we have already extended such services to pure car and truck carriers (PCTCs). This bunkering sets a new record for the largest single SIMOPs green methanol bunkering for PCTCs in China, marking another step in building Shanghai’s position as a global green energy hub for international shipping.”

This operation follows Wallenius Wilhelmsen’s announcement on 9 July that Arctic Tern would complete her first methanol bunkering shortly after delivery. The vessel entered service on routes between Asia and Europe immediately following handover from China Merchants Jinling Shipyard in Nanjing.

 

Photo credit: World Fuel
Published: 22 July, 2026

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Ammonia

HPA and MB Energy develop safety concept for STS ammonia bunkering

HPA says the Port of Hamburg will become “bunker ready” for ammonia, laying the groundwork for safe and reliable ammonia bunkering in the future.
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HPA and MB Energy develop safety concept for STS ammonia bunkering

The Hamburg Port Authority (HPA) and integrated energy company MB Energy on Tuesday (21 July) said they have completed a comprehensive risk analysis and developed a dedicated safety concept for ship-to-ship ammonia bunkering.

MB Energy said the analysis lays the groundwork for the safe introduction of ammonia as a future marine fuel.

“With our planned ammonia import terminal in Hamburg-Blumensand, MB Energy intends to provide the reliable land side supply infrastructure needed to support this transition across northern German ports,” it said in a social media post. 

Mabanaft Group was renamed to MB Energy last year and merged over 50 existing brands under one identity. 

Separately, HPA said the Port of Hamburg will become “bunker ready” for ammonia, laying the groundwork for safe and reliable ammonia bunkering in the future.

“The focus is in particular on container ships, cruise ships as well as RoRo and ConRo (Container/RoRo) ships,” it said. 

“We expect ammonia to establish itself as an alternative marine marine fuel in the coming years. With our preparatory work, we are already creating the conditions to welcome the first ammonia-powered ships in Hamburg and to bunker them safely.:

HPA added that the import terminal for ammonia planned by MB Energy from 2029 will make a decisive contribution to ensuring the reliable availability of ammonia as a bunker fuel in northern German ports in the long term. 

“The use of an ammonia bunker barge is considered a possible addition to the landside infrastructure to enable ship bunkering in the port and beyond in the future,” it said.

Related: Mabanaft Group renames as MB Energy, merging over 50 brands under one identity

 

Photo credit: Hamburg Port Authority
Published: 22 July, 2026

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Milestone

GCMD: Project CAPTURED achieves two regulatory milestones for onboard captured CO2

CO2 captured onboard during the project has been formally recognised for compliance under the EU ETS while a proposal submitted to MEPC 84, based on the project, has received IMO’s in-principle support.

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Global Centre for Maritime Decarbonisation (GCMD) on Wednesday (21 July) said Project CAPTURED has achieved two regulatory milestones that strengthen the commercial case for onboard carbon capture and storage (OCCS).

This comes following its world’s first demonstration of an end-to-end value chain for onboard captured and liquefied CO2 (LCO2).

Completed in June 2025, the pilot showed that CO2 captured onboard a vessel can be offloaded ship-to-ship, transported overland and permanently bound through carbon mineralisation—a process that converts captured CO₂ into stable materials for industrial use.

The CO2 captured onboard during Project CAPTURED has been formally recognised for compliance under the European Union Emissions Trading System (EU ETS). This means the verified tonnage of captured CO2 can be deducted from emissions requiring the surrender of EU Allowances (EUAs).

To qualify for this recognition, the CO2 must be chemically bound permanently in eligible products. Project CAPTURED demonstrated that CO2 captured onboard vessels can meet this requirement through carbon mineralisation.

The data and learnings from the same demonstration formed the basis of a proposal submitted to MEPC 84. This proposal received in-principle support from the International Maritime Organization (IMO) for recognising carbon mineralisation as a form of permanent CO₂ storage.

Complementing geological sequestration, which is already accepted by the IMO, this recognition broadens the downstream options for CO2 captured onboard vessels, and supports the development of maritime carbon value chains. Beyond providing a permanent storage pathway, carbon mineralisation also creates the potential for captured CO2 to serve not only as a waste stream requiring permanent storage, but also as a feedstock for industrial applications through carbon mineralisation, extending emissions reductions beyond the shipping value chain.

Professor Lynn Loo, CEO, GCMD, said, “Project CAPTURED has moved OCCS beyond technical demonstration. The acceptance of the EU ETS deduction gives captured CO₂ a compliance value. At the same time, IMO’s in-principle support for carbon mineralisation will help clarify how captured CO2 can be treated after it leaves the vessel. Together, these milestones turn a pilot into a verified reference case for maritime carbon logistics, one that links regulatory recognition, commercial value and emissions impact.”

 

Photo credit: Venti Views on Unsplash
Published: 22 July, 2026

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