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Port & Regulatory

Gard: Overview of IMO interim emission measures

Neil Henderson Senior Executive, Gard’s Industry Liaison, provides an overview of the interim measures agreed at MEPC 83 and outlines some of the reactions from the industry.

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RESIZED Chris Pagan

Maritime protection and indemnity (P&I) club Gard recently published an insight by Neil Henderson Senior Executive, Gard’s Industry Liaison, providing an overview of the interim measures agreed at MEPC 83 and outlined some of the reactions from the industry: 

On 11 April 2025 the IMO announced that agreement had been reached by the member states at MEPC 83 on interim measures as part of the IMO’s 2023 greenhouse gas (GHG) strategy to achieve net-zero by or around 2050. 

The proposed new chapter 5 to MARPOL Annex VI provides that the GHG intensity of all energy used by vessels – referred to as the GHG Fuel Intensity (GFI) – is to be progressively reduced. 

The measures will start from 1 January 2028 and apply to vessels of 5,000 gt or above.. There are two reduction trajectories: the more modest ‘Base’ target and the more ambitious ‘Direct Compliance’ target. These measures are intended to align with the IMO’s ‘base’ and ‘striving for’ GHG reduction targets 

If the vessel meets the more ambitious Direct Compliance target, the shipowner will receive surplus units (SUs). These can either be banked or transferred to other shipowners. By contrast, if the vessel fails to meet the required targets, the shipowner will have to purchase remedial units (RUs) at differing cost-levels, depending upon the degree of non-compliance.

The revenues from the RUs will be transferred to the IMO Net-Zero Fund, which will be managed by the IMO. This is intended, in part, to incentivise the use of zero and near-zero (ZNZ) fuels. The financial level of reward will be determined by 1 March 2027.

The MEPC will reconvene in October to adopt the proposal. This requires a two-thirds majority of the 108 Member State parties to MARPOL Annex VI, a total of 73 states. The majority voting in April saw 63 in favour, 16 opposed, and 24 abstentions; so, work will have to be done before October to secure the necessary additional support.

Fig.1 Trajectory for Base and Direct Compliance targets (2028-2035)

Fig.1 Trajectory for Base and Direct Compliance targets (2028-2035)

The basics of the GFI

The GHG Fuel Intensity (GFI) mid-term measures agreed are similar to but broader than the FuelEU Maritime Regulation. We will explore the similarities and differences in a subsequent article.

The GFI is the GHG intensity of the energy used onboard a ship. This comprises the energy from the fuel, from other sources, e.g. wind-assisted propulsion, and savings in emissions from technology such as carbon capture. The GFI is a measure of the grams of CO2 or CO2 equivalent, i.e. methane, nitrous oxide, per megajoule of energy; the unit is gCO2e/MJ. This is the same as the measure used for FuelEU Maritime.

Each energy source, whether it be fuel or alternative energy, is given a well-to-wake (WtW) figure for the GHG emissions. These are the GHG emissions throughout the lifecycle of the energy source: production – transportation – consumption onboard. The GFI figure for each fuel or energy source will be calculated by an IMO-recognised Sustainable Fuel Certification Scheme. 

Starting from 1 January 2028 there are two trajectories of reductions in the permitted GFI levels as compared to a 2008 starting figure. See Fig.1 above:

The ‘Base’ target which tracks the IMO’s base targets of a 20% reduction in GHG emissions by 2030 and 70% reduction by 2040; and 

The ‘Direct Compliance’ target. This tracks the ‘striving for’ targets of 30% and 80% reductions, respectively. 

The two target trajectories have been agreed up to 2035 only, other than a single Base target reduction of 65% for 2040. The targets for the period 2026 to 2040 must be agreed by 1 January 2032. 

By March each year, the shipowner will report the weighted average GHG intensity of the energy used onboard the vessel over the previous calendar year. This is the vessel’s Attained GFI. The shipowner will also report the vessel’s annual GFI Compliance Balance. This is the difference between the Direct Compliance target and the vessel’s Attained GFI, multiplied by the total energy used that year. It will be a positive or negative figure, measured in tonnes of CO2eq.

The reporting obligation applies to all vessels of 5,000gt or above, subject to several exceptions: ships operating only in the waters of their flag state; ships not using mechanical propulsion; FPSOs, FSUs, drilling rigs and semi-submersible vessels.

Note: The full article by Gard can be viewed here

 

Photo credit: Chris Pagan on Unsplash
Published: 2 June, 2025

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Engine

Japan’s first WinGD methanol dual-fuel marine engine passes FAT at MITSUI E&S

Company successfully completed the Factory Acceptance Test of the DU-WinGD 6X82DF-M-1.0 LP-SCR, the first methanol dual-fuel WinGD large marine engine built in Japan.

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MITSUI E&S completes FAT of Japan's first WinGD methanol dual-fuel engine

MITSUI E&S on Monday (3 August) announced that Mitsui E&S DU, a group company of MITSUI E&S, has successfully completed the Factory Acceptance Test (FAT) of the DU-WinGD 6X82DF-M-1.0 LP-SCR, the first methanol dual-fuel WinGD large marine engine built in Japan.

The engine is also the first WinGD large marine engine manufactured at MITSUI E&S Tamano Works.

“The engine is scheduled to be installed on the first vessel in a series of four vessels being built for a domestic shipowner,” the company said on its website. 

By utilising green methanol as fuel, it will contribute to a substantial reduction in greenhouse gas (GHG) emissions from shipping operations.

“To meet the expected increase in marine engine demand under the Japanese government’s Shipbuilding Industry Revitalisation Roadmap, the MITSUI E&S Group is working to enhance production efficiency for large marine engines through integrated operation at MITSUI E&S Tamano and Mitsui E&S DU Aioi,” the company added.

 

Photo credit: MITSUI E&S
Published: 4 August, 2026

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Alternative Fuels

Quadrise and Licella amend JDA to advance low-carbon marine fuel testing

Companies have been collaborating since March 2025 on the use of Licella’s bio-oil produced by HTL technology as a potential cost-effective feedstock for Quadrise’s bioMSAR™ and bioMSAR Zero™ fuels.

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Quadrise, a low emissions fuels and biofuel developer, recently announced an amendment to the Joint Development Agreement (JDA) with Australian-based Licella Holdings (Licella).

Licella is a global technology pioneer delivering scalable, low-cost and high-value fossil replacement solutions. Its proprietary Cat-HTR™ hydrothermal liquefaction (HTL” technology efficiently converts abundant biomass residues and biowastes, including wood and agricultural waste, into high-quality, sustainable bio-oil that can be blended or refined into low-carbon liquid fuels.

“HTL is globally recognised as one of the most promising pathways for producing sustainable fuels for hard-to-abate sectors such as shipping, with organisations highlighting its potential to deliver low-carbon bio-oils at the scale the maritime sector requires,” Quadrise said. 

Under the JDA entered into on 26 March 2025, Quadrise and Licella have been collaborating and seeking, inter alia, to progress the use of Licella’s bio-oil produced by HTL technology as a potential cost-effective feedstock for the Company’s  bioMSAR™ and bioMSAR Zero™ fuels.  

Under the JDA, pursuant to which lab testing has been undertaken in Australia and the UK, the parties have jointly developed a deeper understanding of the technological advancements needed to supply sustainable HTL-derived bio-oils to the maritime sector.

As a result, and prior to diesel engine testing, the Amended JDA now sets out a non-binding but more specific development focus, with an updated time schedule for the joint testing of the parties’ respective fuel technologies, with Licella providing the scalable HTL bio-oil production expertise and Quadrise providing maritime market access and fuel experience.  

Upon successful completion of final lab tests on refined Licella HTL bio-oils in H2 2026, initial marine fuel diesel engine pilot tests are planned by the parties, after which Quadrise and Licella will seek to undertake the larger scale, third-party engine testing required to move to commercial vessel tests.

 

Photo credit: Scott Graham
Published: 4 August, 2026

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Methanol

CMA CGM names new 15,000 TEU methanol-powered vessel “ROI ARTHUR”

Joining the company’s REX2 service, the ship will strengthen its fleet of new-generation vessels designed to support the decarbonisation of shipping.

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French shipping giant CMA CGM on Monday (3 August) said its new 15,000 TEU methanol-powered vessel, CMA CGM ROI ARTHUR, has officially been named and is ready to begin its journey at sea.

Joining the company’s REX2 service, the ship will strengthen its fleet of new-generation vessels designed to support the decarbonisation of shipping. 

“Powered by methanol, she contributes to reducing atmospheric emissions and advancing the energy transition of our industry,” the company said in a social media post. 

The vessel was welcomed by her Master, Captain Roman DIDENKO, and her godmother, Ms. Sun Lijun, Vice Chairman of Tianjin Bridge Welding Materials Group Co., Ltd. and Vice President of the Tianjin Women Entrepreneurs Association.

In January, the company announced the arrival in its fleet of its 400th owned vessel, the CMA CGM MONTE CRISTO, the first in a series of six methanol container ships.

The Group is preparing to operate, by 2031, around 200 dual-fuel LNG and methanol container ships that can be powered with low-carbon energy.

Related: CMA CGM marks 400-vessel milestone as methanol-powered boxship joins fleet

 

Photo credit: CMA CGM
Published: 4 August, 2026

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