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Falling ocean shipping rates put carrier profits at risk, analysts say

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The Drewry World Container Index (WCI), which tracks the off-contract “spot” rate to transport a 40-foot cargo container on major shipping lanes, dropped to roughly 20-month low of $1,669 per 40-foot container as of Thursday.

The rate for Shanghai to Los Angeles, the busiest container trade route, was down 58% from a year ago to $2,196, Drewry said.

Both of those rates are below the $2,200 overall rate major ship owners like Maersk and Hapag-Lloyd need to turn a profit, according to Jefferies ocean shipping analyst Omar Nokta.

“Rates have fallen below leading-cost operators’ break-even for the first time since late 2023,” Nokta said.

Maersk declined to comment on break-even rates. Hapag-Lloyd did not immediately respond.

Roughly 50% of container cargo moves on the spot market. That percentage can climb when spot rates fall far below a customer’s negotiated contract rate.

“Currently with the drop in the spot rates, the gap is getting smaller when it comes to the major East-West routes,” said Hind Chitty, senior manager, Drewry Supply Chain Advisors.

The spot rate for Shanghai to New York, meanwhile, is off 46% to $3,200, according to Drewry data.

Ocean shipping is a closely watched economic barometer since some 80% of trade moves on the water.

The United States is the biggest importer of containerized goods. Top shippers like Walmart, Target and Home Depot brought forward imports of holiday goods to avoid Trump’s tariffs, ushering in an early “peak season” and dimming prospects for the remainder of the year.

Some industry experts worry that retailers, which account for about half of all container shipping volume, will pull back on future shipments as tariff-fueled inflation squeezes U.S. consumers – putting more downward pressure on rates.

Compounding the risk, major container carriers like MSC, Maersk, Hapag-Lloyd and Cosco are taking delivery of new container ships, adding capacity to an already oversupplied market.

Supply chain adviser Sea-Intelligence said the industry is approaching cyclical overcapacity that is projected to peak in 2027 at a level comparable to 2016, when the carriers were cutting prices to win customers.

“A weakened U.S. economy plus a supply glut at sea? That’s a recipe for brutal rate wars, idle tonnage, and carriers scrambling to plug financial holes,” industry executive turned consultant Jon Monroe said. “The question isn’t if the storm hits, it’s how hard.”

Container carriers were booking losses in the third and fourth quarters of 2023, before a spate of attacks by Yemen’s Houthis on ships in the Red Sea forced significant vessel rerouting that sucked up capacity and pushed rates into profit-making territory, said Peter Sand, chief analyst at pricing platform Xeneta.

Now, rates from the Far East to U.S. East Coast and U.S. West Coast are approaching pre-Red Sea crisis levels, Sand said.

Carriers are trying to manage capacity and shelter profits by skipping port calls, slowing down or idling ships, canceling sailings and scrapping older ships, experts said.

Still, Jefferies analyst Nokta expects the fourth quarter of this year to be the weakest since 2023.

“The tables are now turning in the favor of shippers when they enter negotiations for the next ocean container freight contract,” Sand said.

Source: Reuters

ClassNK issues AiP for the methanol fuel tank design concept developed by SRC Group

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With the growing adoption of alternative fuels such as methanol in the maritime industry, the development of safe and efficient fuel storage solutions has become increasingly important.

The design concept enables efficient utilization of fuel tank capacity while meeting safety requirements by eliminating the need for additional structural space for a cofferdam.

ClassNK carried out a design review of the design concept based on ‘Part A Guidelines for Ships Using Methyl/Ethyl Alcohol as Fuels (Edition 3.0.0)’ of the ‘Guidelines for Ships Using Alternative Fuels’. ClassNK issued AiP upon confirming the feasibility of key design, including the arrangement of methanol fuel tanks and fuel supply systems, in terms of regulatory compliance.

Furthermore, in anticipation of future application to actual vessels and to facilitate the final approval process, ClassNK presented the concept overview and key technical considerations to the Panama Maritime Authority prior to the issuance of the AiP and received its acknowledgment.
 

Fincantieri partners with aeronautical service in using composite materials

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Fincantieri has signed a Memorandum of Understanding (MoU) with Aeronautical Service, a SME-companyspecialized in the development of advanced aerospace solutions, to launch a strategic collaboration focused on the large-scale adoption of carbon-based composite materials and innovative technologies in both civil and military naval applications.

The agreement was signed in La Spezia during Seafuture 2025 by Mauro Manzini, Vice President Sales of the Fincantieri Naval Vessels Division, and Kris Bordignon, CEO of Aeronautical Service.

Carbon composite materials, enhanced with nanotechnologies and proprietary engineering solutions, provide a set of key benefits: structural lightness, reduction of radar, infrared and magnetic signatures, high mechanical strength, ballistic protection, fire resistance, and modularity. These features make them strategic both for the evolution of military platforms and for civil applications in sectors where performance and safety are essential.

In particular, the cooperation will focus on the development of a new Fast Patrol Boat (FPB), built in carbon-fiber composites enhanced by nanotechnology. The unit will also feature state-of-the-art stealth performance through reduced radar (RCS), infrared, and magnetic signatures, while ensuring safety and resilience thanks to multifunctional composite materials with fire-retardant and ballistic protection properties. The unit will also be equipped with integrated self-defense systems and will support operations with drones, loitering munitions, and advanced surveillance and communication technologies. Payloads will be fully reconfigurable to adapt to different mission profiles.

The agreement further confirms Fincantieri’s ability to collaborate effectively with the SME ecosystem, leveraging specialized expertise and promoting innovation through open and synergic industrial models.

Pierroberto Folgiero, CEO and Managing Director of Fincantieri, stated: “With this agreement we clearly affirm our pioneering role in introducing composite materials at sea. It represents a technological paradigm shift that aims to combine innovation, safety and sustainability across all strategic civil and military applications. We are pleased to collaborate with Aeronautical Service, a technologically advanced SME, to jointly design the next generation of shipbuilding.”

“For Aeronautical Service, it is a great honor to collaborate with a group of excellence such as Fincantieri,” said Kris Bordignon, CEO of Aeronautical Service. “This fully Italian agreement strengthens our mission to transfer innovation to leading industrial partners, enhancing our expertise in advanced materials and next-generation platforms.” 

World’s first nuclear-powered LNG carrier design wins landmark approval

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The certification, jointly granted by the American Bureau of Shipping (ABS) and the Liberian flag state, marks an important step towards making nuclear-powered commercial vessels a reality. 

Dr Jin-Young Cho, Director of the Advanced Reactor Research Institute, highlighted the significance of this achievement, stating that the project will continue to drive progress towards carbon neutrality in global shipping.

Molten salt reactor technology uses liquid nuclear fuel that combines fuel and coolant in one medium. This innovation provides strong safety margins and exceptional energy efficiency, making it particularly well suited for maritime applications.

One of the most remarkable aspects of this reactor design is its longevity. Operating at 100 MWth capacity, a single MSR unit can power an LNG carrier for its entire lifetime without the need for refuelling, delivering both operational efficiency and reduced environmental impact.

The project, which began in 2023, is supported by South Korea’s Ministry of Science and ICT and the Ministry of Oceans and Fisheries. The consortium aims to complete the conceptual design of a marine MSR by 2026, paving the way for deployment in the next generation of sustainable shipping.

Successful installation of Anemoi Rotor Sails on U-Ming’s Grand Pioneer VLOC

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U-Ming Marine Transport Corporation (U-Ming) and leading wind propulsion technology provider Anemoi Marine Technologies Ltd. (Anemoi) announce the successful completion of the Rotor Sail installation on U-Ming’s Grand Pioneer, a 325,000 DWT Very Large Ore Carrier (VLOC).

The four 35m tall, 5m diameter folding (tilting) Rotor Sails were delivered fully assembled and dynamically balanced from Anemoi’s production base on the Yangtze River and transported by barge to COSCO Zhoushan shipyard. In a streamlined plug-and-play process unique to Anemoi, the sails were lifted directly onto the deck and secured in place. This method significantly reduces the shipyard’s scope of work and keeps installation time short. For this installation, it took only 1.5 days to lift and fix the Rotor Sails in position onboard, with a further 5 days for commissioning and testing all four Rotor Sails and folding systems once the shipyard had completed their works during the vessel’s scheduled dry-dock in September 2025.

Anemoi’s specialist team were present throughout the process overseeing the installation and will sail on the vessel’s maiden voyage from Zhoushan to Singapore, with the Rotor Sails deployed and operational. This is to ensure crew training and operational handover will be completed smoothly, equipping U-Ming’s seafarers with the skills and confidence to operate the technology from day one.

Mr Jeff Hsu, Vice Chairman of U-Ming added, “The installation of Rotor Sails on Grand Pioneer marks an important step in U-Ming’s decarbonisation journey and reflects our belief that the future of global shipping must be both sustainable and competitive. Through the collaboration with our forward-thinking partner Anemoi, we are turning strategy into action by reducing emissions, enhancing efficiency, and delivering long-term value. This initiative also demonstrates our commitment to innovation and our contribution to the industry’s shared ambition of achieving net zero by 2050.”

Clare Urmston, CEO of Anemoi, commented “We are proud to have delivered another successful Rotor Sail installation, providing fully assembled technology that minimises time in the yard and maximises value for our customers. U-Ming’s decision to adopt Rotor Sails, particularly as the first in the Taiwanese market to do so, demonstrates their strength, ambition and clear focus on decarbonisation. Our collaboration reflects the growing momentum behind wind propulsion as a critical pathway to lower emission shipping, and we look forward to analysing the performance data from upcoming voyages.”

Following completion of the installation, Grand Pioneer will resume deep-sea service between Brazil and China under a long-term charter with Brazilian mining company Vale. The vessel is projected to achieve annual fuel and emissions reductions of approximately 10–12% on average.

NYK and Stolt Tankers to build two additional chemical tankers

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NYK Stolt Tankers, S.A., a joint venture between NYK and Stolt Tankers Limited (“Stolt Tankers”), has signed a contract with Nantong Xiangyu Shipyard in China to build two parcel chemical tankers.

Scheduled for delivery in 2028 and 2029, these vessels will join the chemical tanker pool operated by Stolt Tankers B.V. This order brings the total number of chemical tankers under construction to eight, including the six vessels ordered from the same shipyard in 2024.

The two newly ordered vessels are large chemical tankers with a cargo capacity of 38,000 tons. They will feature stainless steel cargo holds capable of transporting various chemical products and will incorporate energy-saving technologies, such as being equipped to receive shore-side electricity supply during port stays, as part of their commitment to environmental sustainability.

Amid rising demand for renewable energy to achieve a decarbonized society, chemical tankers capable of transporting sustainable aviation fuel (SAF), other renewable fuels, and feedstocks are expected to see steady demand growth. In response, the NYK Group and Stolt Tankers are advancing the renewal and expansion of our chemical tanker fleet. 

PowerCell secures contract to equip world’s first hydrogen-powered bulk carriers

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PowerCell has secured a contract worth just over SEK 40 million to supply the fuel cell systems for two hydrogen-powered bulk carriers. 

The order includes 14 of PowerCell’s Marine System 225 units, providing over 3 MW of power, with the deliveries scheduled for 2026 – 2027, to be built by GMI Rederi.

Each of the two bulk carrier vessels will be fitted with seven Marine System 225 units, enabling them to operate entirely without emissions by replacing fossil fuels with renewable hydrogen. When launched in 2027, the vessels will be the world’s first hydrogen-powered bulk carriers. Each Marine System 225 unit provides efficient, vibration-free power, enabling operators to adopt hydrogen-electric technology with confidence. Additionally, the unit system has also received Type Approval from Lloyd’s Register.

GMI Rederi is developing the vessels, while the engineering, integration and certification process for the hydrogen system will be handled by eCap Marine, a German ship integrator specialising in green propulsion solutions. PowerCell will also provide engineering support.

Stig Kallestad, Marine Director at PowerCell Group, said: “This project shows just how far the Marine System 225 has come in proving itself as a reliable and competitive solution across shipping segments. Bulk carriers are demanding applications, and the fact that our technology is chosen here demonstrates that hydrogen fuel cells are no longer just pilots, they are real solutions for real operations.”

Torstein Holsvik, CEO at GMI Rederi, commented: “Existing bulk carriers are outdated, and we needed to think completely anew. After careful evaluation of technology maturity, fuel availability, and cost-effectiveness, we chose compressed hydrogen with fuel cells as the most future-ready solution.”

Richard Berkling, CEO of PowerCell Group, added: “We continue to expand the use of our Marine System 225, and with GMI Rederi we are now moving into bulk carriers, a new and important segment in shipping. Regulatory frameworks such as the EU ETS and IMO requirements are pushing the break-even point in favour of hydrogen fuel cells, making them a competitive and future-ready choice for operators. This is not only about two ships; it is about setting a new standard for zero-emission maritime transport.”

PowerCell’s Marine System 225 is a compact fuel cell system delivering 225 kW of clean electric power with zero emissions. Designed for marine environments, it combines high efficiency, low noise, and easy installation while maintaining a small footprint. Scalable to megawatt outputs, the system supports the electrification of various marine applications and is fuel-flexible, capable of operating on reformed renewable fuels for sustainable maritime operations.

With this order, PowerCell further reinforces its position as a leading supplier of fuel cell solutions for hard-to-abate sectors such as marine, aviation, and power generation, delivering tangible projects that accelerate the transition to sustainable energy.

Wärtsilä Lifecycle Agreement will provide support to 14 LNG carriers

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Technology group Wärtsilä has signed a ten-year Lifecycle Agreement with Hong Kong based OPearl LNG Ship Management covering a total of 14 LNG Carrier vessels. The agreement is designed to ensure the vessels’ maximum operational reliability by enabling flexible maintenance scheduling and optimising time between overhauls (TBO). The agreement was booked by Wärtsilä in Q3 2025.   

Global LNG demand is rising, making prompt deliveries essential. Wärtsilä’s support agreement will help OPearl’s LNG Carrier vessels maintain strong operational reliability.

“We currently manage tight delivery schedules and require operations with minimal downtime and reduced maintenance interruptions. This long-term agreement with Wärtsilä is intended to support these operational requirements and assist us in reliably meeting our delivery commitments to our customers,” says General Manager, Captain. Nomura – OPearl LNG Ship Management. “We greatly value Wärtsilä’s commitment to innovation and their forward-thinking approach to maritime solutions, which plays a crucial role in enhancing both efficiency and sustainability across our fleet. Their cutting-edge technologies and expertise are instrumental in helping us navigate the evolving demands of our customers.”

The scope of the agreement includes Wärtsilä’s Dynamic Maintenance Planning solution, which will provide flexible maintenance scheduling and extended maintenance intervals, 24/7 remote operational support, as well as contract management. It also includes Expert Insight, Wärtsilä’s unique predictive maintenance solution that uses real-time vessel data to detect potential issues and assist in optimising operation and maintenance. By leveraging advanced AI capabilities, Expert Insight will enable OPearl LNG Ship Management to identify anomalies early and address emerging issues proactively, thereby reducing the risk of unexpected downtime and ensuring smoother, more reliable journeys. This AI implementation highlights and matches the “Creativity” part of OPearl LNG Ship Management’s 4C policy.

“The maritime industry has grown increasingly complex, requiring advanced technology, real-time data, and analytics to ensure efficient and competitive operations while also staying in line with decarbonisation objectives. Our Lifecycle Agreements are designed with all of these factors in mind and are invaluable to our clients’ operations,” comments Andrea Morgante, Vice President of Performance Services – Wärtsilä Marine.

The 14 vessels covered by this agreement will be delivered between Q3 2025 and Q2 2027. Each ship will operate with two 6-cylinder and two 8-cylinder Wärtsilä 34DF dual-fuel engines. They will also each feature four Wärtsilä Gas Valve Units (GVU). OPearl LNG Ship Management was established in December 2023 as a joint venture by China Merchant LNG, CNOOC and NYK to serve as the ship management arm for all three shareholders.

NYK completes low-carbon methanol bunkering of methanol-fueled bulk carrier

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On September 28, Green Future, a methanol dual-fuel bulk carrier chartered from Kambara Kisen Co., Ltd. by NYK Bulk & Projects Carriers Ltd., an NYK Group company, received methanol bunker via ship-to-ship transfer using a bunkering ship to supply the low-carbon methanol fuel at Ulsan Port in South Korea.

The low-carbon methanol supplied this time was produced using a mass balance method, which attributes environmental value to the manufacturing process by utilizing renewable raw materials such as renewable natural gas and green hydrogen. This method significantly contributes to the reduction of greenhouse gas (GHG) emissions. 

Moreover, it has obtained ISCC EU certification, an international standard for sustainability and traceability of biomass and biofuels. This certification guarantees reduced environmental impact and transparency in the supply chain.

MODEC awarded full EPCI scope for Hammerhead FPSO project

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MODEC has been awarded the full Engineering, Procurement, Construction, and Installation (EPCI) scope to develop a Floating Production Storage and Offloading (FPSO) vessel for the Hammerhead Project following a Final Investment Decision (FID) by ExxonMobil Guyana.

In April 2025, MODEC received a Limited Notice to Proceed (LNTP) enabling it to commence FPSO design activities to support the earliest possible startup in 2029, subject to required government approvals. Phase One of the contract, covering Front-End Engineering and Design (FEED), has since been completed and MODEC is advancing Phase Two, EPCI, execution readiness in line with project governance.

“We are honored to be entrusted with the full EPCI scope for Hammerhead. This award reflects MODEC’s integrated capabilities to design, build and operate—from concept and FEED through to safe execution and timely delivery of the project,” said Soichi Ide, Head of Floating Production Solutions Business Unit of MODEC. “Building on the strong progress we’ve made on the Uaru Project, this milestone further underscores the momentum of our collaboration. MODEC’s strategic relationship with ExxonMobil Guyana positions us to work with them and our stakeholders to create lasting value throughout the project lifecycle.”

The Hammerhead FPSO will have the initial annual average production of 150,000 barrels of oil per day (BOPD), along with associated gas and water. It will be moored at a water depth of approximately 1,025 meters using SOFEC’s Spread Mooring System.

The Hammerhead FPSO will be MODEC’s second for use in Guyana, following the Errea Wittu, which is currently being built for ExxonMobil Guyana’s Uaru project. As with the Uaru Project, MODEC will provide ExxonMobil with operations and maintenance services for the FPSO for 10 years from first oil.