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Peninsula and University of Gibraltar collaborate on alternative bunker fuel training

Both will establish a joint study group tasked with developing educational and training content on alternative marine fuels looking specifically at transportation, storage and supply of these fuels.

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Peninsula and University of Gibraltar collaborate on alternative bunker fuel training

Peninsula and the University of Gibraltar on Wednesday (7 May) signed a Memorandum of Understanding (MoU) which will see them partner to provide expert knowledge in the alternative marine fuel training and to develop a framework to improve knowledge on this topic.

Under the MoU, Peninsula and the University will establish a joint study group tasked with developing educational and training content on alternative marine fuels, looking specifically at the transportation, storage and supply of these fuels. The partnership will include subject matter experts from Peninsula delivering some guest lectures at the University.

The ongoing transition to alternative marine fuels has revealed a significant skills gap in shipping, with research suggesting that growing industry demand for alternative fuels far outpaces the pool of seafarers who are qualified to handle these fuels.

John A. Bassadone, Founder and CEO of Peninsula, said: “In line with the industry’s commitment to decarbonise, many of our customers are looking into alternative marine fuels such as LNG and biofuels for the first time, and skills gaps can be a barrier to adoption. Simply put, the demand on the seafarer community will increase and we want to be there to help customers close the skills gap.

“Our motivation for entering into partnership with the University of Gibraltar is to support our community, customers, and indeed the wider industry, amid the transition to cleaner fuels. The University has a reputation for producing cadets who are both technically capable and industry-ready and for upskilling current seafarers and we’re proud to continue contributing to this.

“By contributing to develop a robust framework for specialised training and education, we hope this initiative will make it easier for organisations to access resources and upskill their teams, so that we’re ready to meet IMO and the industry’s long term sustainability goals.”

Aaron Lopez, Head of Maritime Academy from the University of Gibraltar, added: “Seafarers are vitally important to the world economy – working behind the scenes, they are responsible for the movement of almost all the world’s goods.

“We need to ensure they are equipped with the knowledge and skills to do this important job, particularly as the fuel landscape continues to evolve.

“At the University of Gibraltar, we’re proud to be at the forefront of maritime education and training, preparing cadets to meet the demands of a changing industry. Through our partnership with Peninsula, we will gain valuable insight from a global leader in bunkering and together begin to address the skills gaps that come with the transition to cleaner fuels.”

 

Photo credit: Peninsula
Published: 9 May, 2025

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LNG Bunkering

Baleària arranges LNG bunkering operations on same day at Port of Barcelona

Occasion marked the first time three bunkering operations were carried out on three different ships on the same day at the same port in Spain.

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Baleària arranges three LNG bunkering operations on same day in Barcelona

Spanish shipping company Baleària on Thursday (15 May) said it broke an all-time record for the supply of liquefied natural gas (LNG) with the bunkering of three of its vessels in the port of Barcelona.

The occasion marked the first time three bunkering operations were carried out on three different ships on the same day at the same port in Spain.

The company said the three vessels were fuelled with a total of 2,320 MWh of LNG by eight tankers. 

Fast ferry Margarita Salas was fuelled by three tankers simultaneously. Ferry Martín i Soler was fuelled by two tankers and ferry Bahama Mama was bunkered by another three tankers also. 

“Our commitment to LNG grew by 184% in 2024. Combined with electric propulsion and other eco-efficiency measures, we have managed to reduce our carbon footprint by almost 10% per passenger,” it said. 

 

Photo credit: Baleària
Published: 19 May, 2025

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Biofuel

Cosco-controlled Piraeus Container Terminal offers biofuel bunkering services

PCT, a fully controlled subsidiary of Cosco Shipping Ports, has officially introduced biofuel bunkering services for vessels calling at the Port of Piraeus.

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Cosco-controlled Piraeus Container Terminal offers biofuel bunkering services

Cosco Shipping Europe, the regional management company of China Cosco Shipping Corporation in the European Region, on Friday (16 May) said biofuel bunkering is now available at Piraeus Container Terminal (PCT) in Greece. 

PCT, a fully controlled subsidiary of Cosco Shipping Ports, has officially introduced biofuel bunkering services for vessels calling at the Port of Piraeus – supporting customers in achieving greener, more sustainable supply chains.

After listening to customer needs, Cosco Shipping (Europe) said PCT swiftly moved into action to re-evaluate legal foundations for biofuel bunkering under ISO 8217:2024 and new Greek regulations.

It added that PCT also partnered with suppliers to provide full-service bunkering options.

 

Photo credit: Cosco Shipping Europe
Published: 19 May, 2025

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Ammonia

ABS answers critical safety questions related to using ammonia as a marine fuel

ABS engineers examined realistic bunkering situations such as STS, terminal-to-ship and truck-to-ship, as well as ammonia dispersion from the vessel due to a leakage incident in the engine room.

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RESIZED Venti Views on Unsplash

Classification society American Bureau of Shipping (ABS) on Thursday (15 May) published its report to bring together the findings of its advanced research into the performance of ammonia on board.

Critical safety questions such as “how does ammonia behave when it leaks in an engine room?” and “how does a cloud of escaped ammonia disperse during bunkering operations?” are addressed in the latest ABS research.

ABS performed computational fluid dynamics (CFD) simulations using advanced tools to quantitatively assess the risks associated with ammonia dispersion in accidental leakage scenarios. 

ABS engineers examined realistic bunkering situations such as ship-to-ship, terminal-to-ship and truck-to-ship, as well as ammonia dispersion from the vessel due to a leakage incident in the engine room.

“This publication provides a comprehensive report of ABS’ efforts to address the challenges and opportunities presented by ammonia as a marine fuel,” said Vassilios Kroustallis, ABS Senior Vice President, Global Business Development.

“Through detailed analysis of ammonia dispersion studies and emergency evacuation protocols, ABS is contributing to the discourse on safe and supportable maritime fuel alternatives, fostering a culture of preparedness and resilience.”

In addition to CFD simulation analysis, ABS leveraged the latest industry best practices and advancements in software and hardware – including acoustic cameras for detecting and visualizing ammonia leakage – to provide a thorough, three-part framework for owners and operators evaluating ammonia as a cleaner fuel source:

  • Proactive regulatory engagement and risk anticipation
  • Development and implementation of a multifaceted safety framework, combining qualitative and quantitative risk assessments
  • Real-time monitoring and optimized emergency response

Note: Download a copy of the ABS publication Safety Insights for Ammonia as a Marine Fuel here.

 

Photo credit: Venti Views on Unsplash
Published: 19 May, 2025

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