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DNV on Fuel EU Maritime: How to prepare for compliance

After the release of the FuelEU Maritime Monitoring Plan online form in mid-May, DNV recommends that shipowners begin preparing their plans as the deadline of 31 August is approaching fast.

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DNV on Fuel EU Maritime: How to prepare for compliance

Classification society DNV on Monday (6 May) published a technical and regulatory news to provide more details on FuelEU Maritime and how ship owners and managers can prepare for it:

FuelEU Maritime sets requirements on the well-to-wake GHG intensity of energy used for ships trading in the EU/EEA from 1 January 2025. The first step is to prepare and submit a monitoring plan to an accredited verifier by 31 August 2024. This statutory news provides you with more details on what you need to prepare.

Summary of the FuelEU Maritime GHG intensity requirements

From 1 January 2025, for ships trading in or to/from the EU/ EEA irrespective of flag, the annual average GHG intensity of energy used on board needs to be below a defined level. The GHG intensity is measured as GHG emissions per energy unit (gCO2e/MJ) and includes carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O).

In addition to emissions from energy use on board the ship, GHG emissions are calculated in a well-to-wake perspective, including emissions related to the extraction, cultivation, production and transport of fuel. The regulation includes provisions for crediting ships using wind-assisted propulsion.

The GHG intensity requirements are set as a percentage reduction relative to a 2020 reference value of 91.16 gCO2e/MJ. The percentage reduction requirement increases gradually every five years to 2050 – meaning, for example, that it stays at 2% from 2025 to end-2029:

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Voyages, scope

The FuelEU Maritime GHG intensity requirements apply to 100% of energy used on voyages and port calls within the EU/ EEA, and 50% of energy used on voyages into or out of the EU/EEA. To avoid evasive behaviour, container ships stopping in transshipment ports outside the EU/EEA, but less than 300 nautical miles from an EU/EEA port, need to include 50% of the energy for the voyage to that port as well, rather than only the short leg from the transshipment port. 

The GHG intensity requirements apply to ships above 5,000 GT transporting cargo or passengers for commercial purposes. It does not apply to offshore ships. The scope could change as part of the scheduled review by the end of 2027.

FuelEU Maritime also sets requirements on the use of shore power for container and passenger ships from 2030. More details on this part of the regulation can be found in the References.

Compliance process

Responsible shipping company

The requirements apply to the shipping company, which is the shipowner or any other organization or person, such as the manager or the bareboat charterer, who has assumed responsibility for the operation of the ship, including duties and responsibilities imposed by the ISM Code.

As opposed to EU ETS, the responsible company under FuelEU Maritime must be the ISM company and cannot be retained by the registered owner unless the owner is also the ISM company. This implies that the responsible company for a ship may not be the same for EU ETS and FuelEU Maritime. Each responsible company will need to be registered with an administering state, which is the same as the Administering Authority for EU ETS compliance.

In the event of a change of company, the shipping company has the responsibility – on 31 December in any given year – for compliance for the whole calendar year. However, previous companies are required to report and verify energy use and emissions as soon as possible after the changeover.

Pooling of compliance

FuelEU Maritime includes the option to attain compliance across a fleet of ships, even if they belong to different companies. This means that each individual ship does not need to achieve the required GHG intensity but can rely on other ships to achieve a combined level of GHG intensity below the requirement.

Banking and borrowing of compliance surplus

If a ship has an average GHG intensity below the requirement, the surplus emission amount (compliance surplus) can be banked for use in the subsequent compliance period. Similarly, a ship can borrow advance compliance surplus from a subsequent period, limited to 2% and only for two consecutive periods, and with a 10% penalty on the borrowed compliance surplus for the subsequent period.

Penalties

Ships that have a higher GHG intensity than the requirement must pay a penalty corresponding to its compliance deficit, measured as the difference between the required and actual GHG intensity, multiplied by the energy use. The penalty is progressively increased if the ship has a compliance deficit for two or more consecutive reporting periods. The compliance deficit is calculated into energy based on the actual GHG intensity of the ship, applying a penalty of €2,400 per tonne VLFSO energy equivalent, or about €58.50 per GJ of non-compliant energy use. Hence, the penalties can be significant.

Reporting and verification

The energy use and emissions will be reported and verified through a scheme which is separate from the existing EU Monitoring, Reporting and Verification (MRV) system. However, elements from the MRV regulation can be reused for the purpose of the FuelEU Maritime regulation.

By 31 August 2024, the FuelEU Maritime Monitoring Plan needs to be submitted to a verifier (such as DNV), describing the method for monitoring and reporting of the data required under this regulation. This plan comes in addition to the current MRV Monitoring Plan, but part of this can be reused.

Vessels trading in the EU/EEA countries shall have the approved FuelEU Maritime Monitoring Plan on board before 1 January 2025.

How to start FuelEU Maritime preparations

The deadline of 31 August is approaching fast, and early preparation is strongly recommended!

Step 1: Prepare your FuelEU Maritime Monitoring Plan, with complementing documentation.

DNV will make the FuelEU Maritime Monitoring Plan online form available to our customers in mid-May 2024 (DNV customers will be notified by email). DNV’s existing EU MRV customers will be able to base this plan on their verified MRV plans.

Step 2: Copy the plan of other vessels in your fleet.

You will also be able to copy all the sections of the FuelEU Maritime Monitoring Plan between the vessels in your fleet, like the MRV Monitoring Plan online form but in an extended way.

Step 3: Submit the plans to DNV for verification after EU documents are published.

Submitting the Monitoring Plans to DNV for verification will not be possible before the official EU documents have been published, scheduled for the end of Q2 2024. This would leave July and August for submission of the Monitoring Plans to the verifier. DNV will notify its customers when the submission can be performed.

Other useful information about the preparation of FuelEU Maritime:

Requirements for providing new documents relating to the FuelEU Monitoring Plan verification highly depends on the ship type:

  • For passenger/container vessels, some documentation related to onshore power supply equipment will be required.
  • If your vessels do have any other equipment like fuel cells, zero-emissions technology or wind-assisted propulsion installed on board, documentation to confirm that would also be required before plan verification.

The companies shall also specify the established total electrical power demand of the ship at berth. By default, this would be based on the main engine (ME) power, but it can also be taken from the ship’s electrical load balance/study. These documents would also have to be provided by non-DNVclassed vessels if the non-default option is chosen.

The Continuous Synopsis Record and Safety Management Certificate of the vessel might also be required to confirm the company in charge of the vessel.

Companies must also complement the control system and data gap procedures to include the additional data to be monitored and reported for the purpose of the FuelEU Maritime regulation. The FuelEU Monitoring Plan online form will therefore also contain the outline of the overall control system creator. This new requirement, coming from both the FuelEU Maritime regulation and the revised MRV regulation, states that companies need to describe their data flow processes from the emissions measurement to data compilation. Furthermore, they need to describe the potential impact and probability of incidents which may happen at each step and define the control activities mitigating the risk such incidents might have.

DNV requests that the above information be provided in a practical, digital format to support MRV Emission Report verification and FuelEU Maritime report verification. Implementing regulations covering the FuelEU Monitoring Plan verification activities strictly requires this information to be provided before the start of the assessment of the plan.

Recommendations

  • After the release of the FuelEU Maritime Monitoring Plan online form in mid-May, DNV recommends that shipowners begin preparing their plans. This draft plan can then be copied for other vessels in their fleet. Submitting these plans to DNV for verification can only be performed after the official EU documents have been published, scheduled for the end of Q2 2024.
  • We encourage our customers to attend our “Ask the Expert” webinar taking place on 14 May 2024 (invitation will be sent via email). There we will discuss FuelEU Maritime and show how to comply with regulations using DNV’s digital tools.
  • Review commercial contracts to define how compliance is managed and compensated in the maritime value chain.

 

Photo credit: DNV
Published: 7 May 2024

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Ammonia

DNV awards AiP to SeaTech Solutions for new ammonia bunkering vessel design

Vessel is specifically designed to deliver low-carbon ammonia to ammonia dual-fuelled bulk carriers at the Port of Dampier and can supply up to 9,000cbm of fuel.

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DNV awards AiP to SeaTech Solutions for new ammonia bunkering vessel design

Classification society DNV on Wednesday (18 June) said it has awarded an Approval in Principle (AiP) to SeaTech Solutions International (SeaTech) in collaboration with Oceania Marine Energy (Oceania) for the design of a new 10,000cbm ammonia bunkering vessel. 

This AiP builds on a recent Memorandum of Understanding (MoU) between DNV, SeaTech, and Oceania, initiated at Singapore Maritime Week and signed in April this year.

Located in the Pilbara region, home to the world’s largest bulk export port, the Port of Dampier is emerging as a potential hub for low-carbon ammonia bunkering.

Driven by a rising demand for low- and zero-carbon shipping fuels from the region’s mining and export industries, the port has built considerable experience in dealing with ammonia cargoes and vessels and is developing a strategy to facilitate ammonia bunkering operations. This includes the successful completion of its first ship-to-ship pilot bunkering transfer in September 2024. 

Measuring 130-metres, the ammonia bunkering vessel is specifically designed to deliver low-carbon ammonia to ammonia dual-fuelled bulk carriers at the Port of Dampier. It can supply up to 9,000cbm of fuel, sufficient to support two round-trips of iron ore shipment between Australia and North Asia. The vessel’s optimized arrangement and advanced containment systems enable efficient ship-to-ship transfers while ensuring the safe handling of ammonia as both a cargo and marine fuel.

Nick Bentley, Managing Director at Oceania Marine Energy, said: “Oceania is proud to have worked in tandem with DNV and SeaTech to deliver a flagship, low-emissions marine fuel solution at the heart of Australia’s heaviest resource export hub. The completion of this MOU and Approval in Principle (AiP) award by DNV for our 10,000m³ clean ammonia bunker vessel marks a major milestone in developing the supply and bunker operation foundations for the low-carbon shipping Pilbara–Asia green-corridor.

“This initiative reinforces Oceania’s commitment to deliver 1 million tonnes of clean marine fuel by 2030 and positions Dampier in Western Australia as a future leader, enabling the shipping industry’s transition to near net-zero marine fuel.”

Prabjot Singh Chopra, Vice President of Technology at SeaTech Solutions, said: “We are proud to work alongside Oceania and DNV to bring this innovative ammonia bunkering vessel design to life. As part of the maritime industry’s multi-fuel transition to low- and zero-carbon energy, ammonia stands out as a viable option for long-haul shipping—and enabling its safe and efficient delivery is critical.”

“Our vessel design incorporates a high level of automation and smart control systems to ensure safe handling of ammonia, enhancing both crew safety and operational reliability during ship-to-ship transfers. This Approval in Principle marks a key milestone, not just for the vessel, but for the broader ecosystem that must be in place to support ammonia bunkering. With Dampier emerging as a green marine fuel hub, and with SeaTech (Australia) actively engaged in supporting decarbonisation initiatives aligned with Australia’s net zero ambitions, we bring a strong track record and deep expertise to deliver practical, scalable solutions that enable the decarbonisation of global shipping.”

Antony M Dsouza, Senior Vice President & Regional Manager, South East Asia, Pacific & India, Maritime at DNV, added: “Scaling up production and bunkering infrastructure remains one of the biggest challenges in the maritime energy transition, and will be vital to the adoption of alternative fuels at scale.”

“This AiP is another step in realizing operationally ready bunkering capabilities and strengthening industry confidence in the potential of ammonia as a carbon-free fuel for shipping. At DNV, we’re proud to support forward-thinking partners like SeaTech and Oceania with the trusted technical assurance and deep expertise needed to realize the industry’s decarbonization ambitions.”

DNV has a long history of working on initiatives to support the development and uptake of ammonia as a marine fuel, including a recent ammonia bunkering safety study for the Global Centre for Maritime Decarbonisation (GCMD), which was utilized in the ship-to-ship ammonia transfer pilot at the Port of Dampier.

Related: GCMD: STS ammonia transfers pave way for ammonia bunkering in Pilbara region

 

Photo credit: DNV
Published: 19 June, 2025

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Biofuel

LR: “Whitchampion” becomes first bunker tanker certified to load, carry and blend FAME B100 onboard

Second Whitaker tanker, Whitchallenger, will be undergoing a similar approval process and is expected to be certified later this year.

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Whttaker Whitchampion MT

Classification society Lloyd’s Register (LR) on Thursday (12 June) claim UK-based bunker operator John H. Whitaker (Tankers) Limited’s bunker tanker Whitchampion has become the first in the industry to load, carry and blend Fatty Acid Methyl Esters (FAME B100) onboard under IBC Code and MARPOL Annex II regulations.

The development occurred after LR issued a chemical certification to allow Whitchampion to perform onboard blending of biofuels with petroleum distillates and residual fuel oils. The operation is authorised within UK coastal waters under a Tri-Partite Agreement between the Isle of Man Flag and the UK Maritime and Coastguard Agency (UKMCA).

A second Whitaker tanker, Whitchallenger, will be undergoing a similar approval process and is expected to be certified later this year.

At present, bunker tankers certified under MARPOL Annex I are limited to carrying blends no more than 30% FAME under IMO regulations. Oil Fuels with higher bio-content fall under International Bulk Chemical Code (IBC Code) and MARPOL Annex II, typically requiring full chemical tanker status. That regulation has, in effect, frozen out a significant portion of the conventional bunker tanker fleet from supporting mid-to-high-range biofuel blending.

Whitaker’s Whitchampion is the first LR-classed vessel to bridge that gap. Through comprehensive Gap Analysis and Risk Assessment against the IBC Code and MARPOL Annex II requirements, LR developed an approach which involved mitigation of the assessed risks. This led to obtaining waivers/exemptions from the Flag Administration allowing this Annex I bunker tanker to gain chemical certification to carry FAME as cargo, without needing to convert to full chemical tanker status.

The successful delivery of dedicated onboard training on the safe handling of FAME has also led to UKMCA approval and a FAME Restricted endorsement to the existing Oil Tanker Dangerous Cargo Endorsement (DCE) for the crew.

Tim Wilson, Principal Specialist Fuels and Emissions, LR, said: “This certification demonstrates a credible and commercially viable route for existing bunker tankers to participate in the energy transition. It sets a clear blueprint for others to follow, enabling owners to consider the possibility of adapting existing bunker tankers for sustainable fuel delivery without resorting to prohibitively expensive conversions or replacement with a chemical tanker.”

Peter Howard, Technical Director at Whitaker Tankers, added: “This certification is the result of focused determination from all involved and underlines Whitaker’s commitment to providing clients with the flexibility they need to meet their decarbonisation goals. We’re proud to lead the way in this space with Whitchampion and look forward to progressing a similar certification with LR for her sister ship Whitchallenger later this year.”

 

Photo credit: Lloyd’s Register
Published: 13 June 2025

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Alternative Fuels

China’s SDARI receives AiPs for alternative-fuelled ships including ammonia bunker vessel

CSSC’s SDARI obtained Approval in Principle (AiP) certificates from classification societies ABS, RINA and LR for four vessel designs including a 50,000 cubic metre ammonia bunkering vessel.

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China’s SDARI receives AiPs for alternative-fuelled ships including ammonia bunker vessel

China State Shipbuilding Corporation’s (CSSC) Shanghai Merchant Ship Design and Research Institute (SDARI) recently obtained Approval in Principle (AiP) certificates from several classification societies for four vessel designs. 

Among the four is a 50,000 cubic metre (m3) ammonia bunkering vessel, which received AiP certificate from American Bureau of Shipping (ABS). 

It integrates liquid ammonia transportation and bunkering functions and can meet the long-distance transportation needs of liquefied gas goods such as liquefied petroleum gas (LPG) and liquid ammonia. 

The ship is equipped with three IMO Type A independent liquid cargo tanks, and uses zero-carbon ammonia fuel to drive the main engine and generator, meeting the IMO greenhouse gas emission reduction strategy and actively responding to the latest greenhouse gas intensity (GFI) requirements of the 83rd meeting of the IMO Marine Environment Protection Committee (MEPC 83). 

The entire ship is equipped with two independent 1,000 m3 deck liquid ammonia storage tanks, taking into account the ammonia fuel endurance requirements under multi-cargo loading and unloading, significantly improving operational economy and flexibility. 

In response to the needs of bunkering operations, it is specially equipped with a retractable bow thruster, side thruster and adjustable propellers to meet ABS’ DPS-1 notation and adapt to the complex port environment of bunkering operations. 

China’s SDARI receives AiPs for alternative-fuelled ships including ammonia bunker vessel

Meanwhile, a dual-fuel LNG/hydrogen-powered Ultramax bulker design and a 30,000 GT Roll-On/Roll-Off Passenger (ROPAX) ship designed to sail in the Mediterranean Sea received AiP certificates from RINA. 

SDARI also received AiP from Lloyd’s Register (LR) for a 113,000 dwt ammonia dual-fuel liquid cargo ship. The optimised propulsion system, specially configured with an ammonia dual-fuel power system and a wind-assisted propulsion system, is expected to save more than 10% energy, especially at low speeds. 

 

Photo credit: Shanghai Merchant Ship Design and Research Institute
Published: 12 June, 2025

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