The APOLO project, led by H2SITE and coordinated by Tecnalia, aims to decarbonize the maritime industry using innovative ammonia cracking technologies. By developing advanced systems for ammonia decomposition, the initiative seeks to produce hydrogen as a clean fuel alternative, enhancing efficiency and sustainability in maritime applications.
The British Antarctic Survey (BAS) is enhancing its decarbonization efforts with the RRS Sir David Attenborough, which is set to operate on hydrotreated vegetable oil (HVO) during its Antarctic voyage. This initiative aims to significantly reduce carbon emissions, aligning with BAS’s goal of achieving net-zero emissions by 2040.
The UK is set to launch a Maritime Innovation Hub in April 2026, aimed at accelerating decarbonization in the maritime sector. Hosted by the Maritime and Coastguard Agency, this initiative will support ship operators and technology developers in navigating regulatory frameworks to foster innovative solutions for sustainable shipping.
The UK government has announced a £1.1 billion investment package for the maritime sector, focusing on coastal community growth and clean shipping. This funding, revealed during London International Shipping Week, includes £448 million for decarbonization and significant private sector contributions, aiming to create thousands of jobs and enhance sustainable technologies.
Korean Register (KR) has partnered with Avikus, LAB021, Mapsea, and Marineworks through a Memorandum of Understanding (MOU) to enhance digital transformation in the maritime sector. This collaboration aims to develop advanced digital solutions, focusing on smart, autonomous, and low-carbon technologies to improve ship operations and meet global decarbonization standards.
The shipping industry is experiencing a pivotal energy transition, driven by investments and advancements in fleet readiness. With the IMO’s Net-Zero Framework on the horizon, shipowners are shifting from preparation to action, aiming for a significant increase in alternative-fuel-ready vessels by 2028, highlighting the urgent need for enhanced fuel supply.
Pooling may seem like a simple solution for complying with FuelEU Maritime regulations, but it can lead to financial challenges for shipowners. A new whitepaper from ZERO44 highlights that while pooling offsets emissions, it often involves costly investments in cleaner technologies. Alternative strategies could prove more cost-effective for compliance.
A new report warns that the maritime industry’s decarbonization goals are jeopardized without urgent action. Released by the Environmental Defense Fund and Lloyd’s Register, it identifies over $1 trillion in investment gaps threatening climate objectives. Innovative financing strategies, like the Maritime Multiplier and Time Stacked Offtake, are essential for attracting necessary capital.
A new feasibility study, FASTMOVE, led by Ricardo in collaboration with Brunel University London and the Port of Cromarty Firth, is exploring ammonia as a maritime fuel. This initiative aims to assess ammonia’s role in decarbonization and develop a next-generation combustion engine, enhancing the UK’s leadership in sustainable maritime technology.
PortXchange has called on the global port and shipping community to prioritize immediate decarbonization efforts instead of waiting for perfect emissions data. Managing Director Sjoerd de Jager emphasized that while some ports focus on reducing Scope 1 and 2 emissions, many neglect significant Scope 3 emissions, risking credibility.
PortXchange urges the global port and shipping community to act now on decarbonization, emphasizing that sufficient emissions data already exists. Managing Director Sjoerd de Jager criticizes greenwashing tactics, advocating for genuine change. With increasing regulatory pressure, he calls for immediate action to address all emissions, including Scope 3, to drive meaningful progress.
The Global Center for Seyime Decarbonization launched the world’s first maritime pilot for an integrated carbon dioxide value chain on June 25, 2025. Utilizing 25.44 tons of captured CO2 from the MV Province, the project in Inner Mongolia aims to produce low-carbon calcium carbonate, demonstrating significant potential for sustainable building materials and maritime decarbonization.
In Chingford, London, Seabound is revolutionizing the shipping industry with a carbon capture solution. CEO Alisha Fredriksson, alongside co-founder Roujia Wen, developed a device that absorbs carbon from diesel exhaust using quicklime pellets. Their prototypes have captured up to 78% of carbon emissions, aiming to transform maritime sustainability.
The maritime industry is navigating a challenging regulatory landscape with the introduction of FuelEU Maritime, mandating fossil fuel phase-out in European waters. By 2030, a 20-30% reduction in carbon emissions from 2008 levels is required. To support this, shipowners must enhance operational efficiency and adopt innovative technologies, despite safety concerns surrounding battery systems.
On June 20, 2025, the Port of Aberdeen unveiled Scotland’s largest maritime decarbonisation initiative with a new shore power system. This project allows ships to use clean energy while docked, significantly reducing greenhouse gas emissions and improving air quality. It aims to position Aberdeen as the UK’s first net zero port by 2040.
