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Rhenus and ENERCON celebrate christening

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On 30 September, Rhenus and ENERCON celebrated the christening of the new push barge “Rhenus Berlin I” at the Bulk Cargo Terminal in the Port of Szczecin.

The custom-built inland vessel, designed specifically for transporting the latest generation of ENERCON onshore rotor blades, stands for multimodal, sustainable logistics solutions and the shift of project transports to the waterway.

The “Rhenus Berlin I” was constructed from two existing barge parts at the Szczecin shipyard between April and September 2025. The vessel measures 100 metres in length, 9.46 metres in width and has a draught of 1.65 metres. The cargo hold measures 91.5 by 7.65 metres, which is ideal for transporting up to two rotor blades measuring up to 86 metres each, while the cargo hold is big enough to also fit future rotor blade generations with lengths of up to 88 metres. For maneuverability, a bow thruster is used, powered by an engine retained from the predecessor vessel BUG 1. No new main propulsion was installed, deliberately conserving resources. To further decrease the CO2 footprint, the vessel is operated with the synthetic fuel HVO100. Rhenus is already planning to build further push barges in a similar design.

The christening took place at the Katowickie Wharf, on the terminal premises of Bulk Cargo – Port Szczecin, which joined the Rhenus family in January 2025 and is the largest terminal operator in the Port of Szczecin.

“The christening of ‘Rhenus Berlin I’ at the Bulk Cargo Terminal is not just a symbol of the innovation and sustainability with which inland navigation is driving forward the future of the logistics industry,” explained Martin Panasewicz, Managing Director of Deutsche Binnenreederei, which operates the vessel. “It is also a symbol of the long-standing and fruitful cooperation between inland navigation entities in Germany and Poland. We value the expertise, quality and long tradition of the Szczecin shipyard, which is why we chose to build our new barge right here.”

Within the coming weeks, the “Rhenus Berlin I” will start its operation exclusively for ENERCON in order to conduct and safeguard the construction site logistics for the wind energy technology innovator. The designated operation area will be the North German canal region, connecting the seaports with project regions in Lower Saxony, Mecklenburg-Western Pomerania and Schleswig-Holstein.

“To ensure the timely delivery of our customers’ wind farm construction sites, we develop tailor-made transport concepts,” says Hendrik Peterburs, Vice President of ENERCON Global Logistics. “We rely on state-of-the-art transport equipment and proven service partners – and, when necessary, organize the transport chains for ENERCON wind turbine components using multimodal solutions involving ships, trucks, inland vessels, and other specialized equipment. The push barge Rhenus Berlin I – customized for E-175 EP5 rotor blades – is a prime example of this solution expertise.”

 
 

On 30 September, Rhenus and ENERCON celebrated the christening of the new push barge “Rhenus Berlin I” at the Bulk Cargo Terminal in the Port of Szczecin.

The custom-built inland vessel, designed specifically for transporting the latest generation of ENERCON onshore rotor blades, stands for multimodal, sustainable logistics solutions and the shift of project transports to the waterway.

The “Rhenus Berlin I” was constructed from two existing barge parts at the Szczecin shipyard between April and September 2025. The vessel measures 100 metres in length, 9.46 metres in width and has a draught of 1.65 metres. The cargo hold measures 91.5 by 7.65 metres, which is ideal for transporting up to two rotor blades measuring up to 86 metres each, while the cargo hold is big enough to also fit future rotor blade generations with lengths of up to 88 metres. For maneuverability, a bow thruster is used, powered by an engine retained from the predecessor vessel BUG 1. No new main propulsion was installed, deliberately conserving resources. To further decrease the CO2 footprint, the vessel is operated with the synthetic fuel HVO100. Rhenus is already planning to build further push barges in a similar design.

The christening took place at the Katowickie Wharf, on the terminal premises of Bulk Cargo – Port Szczecin, which joined the Rhenus family in January 2025 and is the largest terminal operator in the Port of Szczecin.

“The christening of ‘Rhenus Berlin I’ at the Bulk Cargo Terminal is not just a symbol of the innovation and sustainability with which inland navigation is driving forward the future of the logistics industry,” explained Martin Panasewicz, Managing Director of Deutsche Binnenreederei, which operates the vessel. “It is also a symbol of the long-standing and fruitful cooperation between inland navigation entities in Germany and Poland. We value the expertise, quality and long tradition of the Szczecin shipyard, which is why we chose to build our new barge right here.”

Within the coming weeks, the “Rhenus Berlin I” will start its operation exclusively for ENERCON in order to conduct and safeguard the construction site logistics for the wind energy technology innovator. The designated operation area will be the North German canal region, connecting the seaports with project regions in Lower Saxony, Mecklenburg-Western Pomerania and Schleswig-Holstein.

“To ensure the timely delivery of our customers’ wind farm construction sites, we develop tailor-made transport concepts,” says Hendrik Peterburs, Vice President of ENERCON Global Logistics. “We rely on state-of-the-art transport equipment and proven service partners – and, when necessary, organize the transport chains for ENERCON wind turbine components using multimodal solutions involving ships, trucks, inland vessels, and other specialized equipment. The push barge Rhenus Berlin I – customized for E-175 EP5 rotor blades – is a prime example of this solution expertise.”

 
 

13 October 2025 |

FSA 2025 winners announced following record voter turnout

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Cathay Cargo beat out a crowded field to land the gong for Sustainable Cargo Airline of the Year as the Freightweek Sustainability Awards (FSA) returned with a record number of industry nominations and votes.

Richard Broom, CEO of Freightweek and the Freightweek Sustainability Awards (FSA) 2025 was taken aback by 273,000 of the supply chain’s best and brightest casting their ballots for the 2025 FSAs – the highest number since the awards were launched.

“There was tremendous growth in voter turnout from 170 countries around the globe this year, leaving me elated by the fact that Sustainability is now firmly established as a prerequisite to achieve success in global logistics,” Broom told Freightweek.

“The FSAs recognise the incredible efforts and achievements of all the nominated companies. To be nominated is a great success in itself and to be a winner of these prestigious awards is the pinnacle of success.”

Showcasing Sustainability is a continuing process rather than something that can be achieved, Strike Aviation Group and Unilode landed the FSAs for Sustainable GSSA of the Year and Sustainable Logistics ULD provider of the year, respectively.

Looking ahead, Broom sees only positive signs for the future. However, he struck a note of caution, warning the industry “we should never take sustainability for granted, by constantly pushing the sustainability agenda we can and do make a difference!”

It is a warning the industry appears to be not only heeding but keen to make it known to both its customers and the wider world that it is an issue it is taking seriously, as the full list of winners below attests to.

FSA AWARDS 2025

Sustainable Cargo Airline of the year AFRICA
Ethiopian Cargo

Sustainable Cargo Airline of the year AMERICAS
Air Canada Cargo

Sustainable Cargo Airline of the year ASIA
Emirates SkyCargo

Sustainable Cargo Airline of the year EUROPE
Turkish Cargo

Sustainable Cargo Airline of the year MIDDLE EAST
Qatar Airways Cargo

Sustainable Cargo Airport of the year
Miami International Airport

Sustainable Forwarder of the year
Maersk

Sustainable GSSA of the year
Strike Aviation Group

Sustainable Global Port of the year
Port of Singapore

Sustainable Handling Company of the year
Challenge Handling

Sustainable Logistics ULD provider of the year
Unilode Aviation Solutions

Sustainable Cargo Technology company of the year
CargoAi

Sustainable Shipping company of the year
Maersk

Sustainable Drone Technology of the year
Amazon

Sustainable Warehouse operator of the year
Asian Airfreight Terminal (AAT)

Sustainable Project Logistics company of the year
Rohlig Logistics

Sustainable Rail company of the year
Swiss Federal Railways

Sustainable Road Transportation of the year
Ceva Logistics

Sustainable 3pl Logistics company of the year
Liebherr Group

Sustainable Cargo Airline of the Year
Cathay Cargo

 
 

Cathay Cargo beat out a crowded field to land the gong for Sustainable Cargo Airline of the Year as the Freightweek Sustainability Awards (FSA) returned with a record number of industry nominations and votes.

Richard Broom, CEO of Freightweek and the Freightweek Sustainability Awards (FSA) 2025 was taken aback by 273,000 of the supply chain’s best and brightest casting their ballots for the 2025 FSAs – the highest number since the awards were launched.

“There was tremendous growth in voter turnout from 170 countries around the globe this year, leaving me elated by the fact that Sustainability is now firmly established as a prerequisite to achieve success in global logistics,” Broom told Freightweek.

“The FSAs recognise the incredible efforts and achievements of all the nominated companies. To be nominated is a great success in itself and to be a winner of these prestigious awards is the pinnacle of success.”

Showcasing Sustainability is a continuing process rather than something that can be achieved, Strike Aviation Group and Unilode landed the FSAs for Sustainable GSSA of the Year and Sustainable Logistics ULD provider of the year, respectively.

Looking ahead, Broom sees only positive signs for the future. However, he struck a note of caution, warning the industry “we should never take sustainability for granted, by constantly pushing the sustainability agenda we can and do make a difference!”

It is a warning the industry appears to be not only heeding but keen to make it known to both its customers and the wider world that it is an issue it is taking seriously, as the full list of winners below attests to.

FSA AWARDS 2025

Sustainable Cargo Airline of the year AFRICA
Ethiopian Cargo

Sustainable Cargo Airline of the year AMERICAS
Air Canada Cargo

Sustainable Cargo Airline of the year ASIA
Emirates SkyCargo

Sustainable Cargo Airline of the year EUROPE
Turkish Cargo

Sustainable Cargo Airline of the year MIDDLE EAST
Qatar Airways Cargo

Sustainable Cargo Airport of the year
Miami International Airport

Sustainable Forwarder of the year
Maersk

Sustainable GSSA of the year
Strike Aviation Group

Sustainable Global Port of the year
Port of Singapore

Sustainable Handling Company of the year
Challenge Handling

Sustainable Logistics ULD provider of the year
Unilode Aviation Solutions

Sustainable Cargo Technology company of the year
CargoAi

Sustainable Shipping company of the year
Maersk

Sustainable Drone Technology of the year
Amazon

Sustainable Warehouse operator of the year
Asian Airfreight Terminal (AAT)

Sustainable Project Logistics company of the year
Rohlig Logistics

Sustainable Rail company of the year
Swiss Federal Railways

Sustainable Road Transportation of the year
Ceva Logistics

Sustainable 3pl Logistics company of the year
Liebherr Group

Sustainable Cargo Airline of the Year
Cathay Cargo

 
 

9 October 2025 |

PLA introduces FREIGHTPLUS for Thailand

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PLA are pleased to announce that FREIGHTPLUS CO., LTD., already representing Australia, is now also representing Thailand in the Project Logistics Alliance community.

Freightplus began its journey in 2000 in Sydney, Australia, with a clear vision: to provide reliable and specialised logistics solutions for customers moving heavy and oversized cargo around the world. Over the years, the company has grown into a trusted international logistics provider with a strong presence across Australia and later expanded to Thailand, making it the hub for its Southeast Asian operations.

Freightplus offers a comprehensive portfolio of freight forwarding services designed to meet the demanding requirements of industries such as marine, mining, construction, industrial manufacturing, and transportation. Their service covers every stage of the logistics process, from planning and documentation to on-the-ground coordination and execution, ensuring that even the most challenging cargo reaches its destination safely and efficiently.

Key Services: Project Logistics – Comprehensive coordination of large-scale and complex cargo movements, including route surveys, feasibility studies, and multimodal planning; Oversized and Heavy-Lift Shipping – Expertise in transporting out-of-gauge and super-heavy cargo with precision and safety; Relocation of Mining Machinery – Specialist solutions for dismantling, transporting, and reassembling large-scale mining and earthmoving equipment; Global Boat Transportation – Secure international transport for yachts, leisure craft, and commercial vessels; RORO for Machinery & Automotive – Efficient roll-on/roll-off services for heavy machinery, vehicles, and automotive cargo; Biosecurity and Inspection Services – Biosecurity inspection services and offshore biosecurity treatment services (machinery cleaning for shipping overseas); provides pre-purchase mechanical condition reports for machinery and automotive, and pre-purchase boat inspections and marine surveys; Remote Location Logistics – Tailored support for delivering cargo to remote and challenging project sites worldwide.

 
 

PLA are pleased to announce that FREIGHTPLUS CO., LTD., already representing Australia, is now also representing Thailand in the Project Logistics Alliance community.

Freightplus began its journey in 2000 in Sydney, Australia, with a clear vision: to provide reliable and specialised logistics solutions for customers moving heavy and oversized cargo around the world. Over the years, the company has grown into a trusted international logistics provider with a strong presence across Australia and later expanded to Thailand, making it the hub for its Southeast Asian operations.

Freightplus offers a comprehensive portfolio of freight forwarding services designed to meet the demanding requirements of industries such as marine, mining, construction, industrial manufacturing, and transportation. Their service covers every stage of the logistics process, from planning and documentation to on-the-ground coordination and execution, ensuring that even the most challenging cargo reaches its destination safely and efficiently.

Key Services: Project Logistics – Comprehensive coordination of large-scale and complex cargo movements, including route surveys, feasibility studies, and multimodal planning; Oversized and Heavy-Lift Shipping – Expertise in transporting out-of-gauge and super-heavy cargo with precision and safety; Relocation of Mining Machinery – Specialist solutions for dismantling, transporting, and reassembling large-scale mining and earthmoving equipment; Global Boat Transportation – Secure international transport for yachts, leisure craft, and commercial vessels; RORO for Machinery & Automotive – Efficient roll-on/roll-off services for heavy machinery, vehicles, and automotive cargo; Biosecurity and Inspection Services – Biosecurity inspection services and offshore biosecurity treatment services (machinery cleaning for shipping overseas); provides pre-purchase mechanical condition reports for machinery and automotive, and pre-purchase boat inspections and marine surveys; Remote Location Logistics – Tailored support for delivering cargo to remote and challenging project sites worldwide.

 
 

9 October 2025 |

WALLENIUS SOL takes next step with LBG

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From October, Baltic Enabler and Botnia Enabler are operating on Liquefied Biogas (LBG).

The partnership with Gasum marks another milestone on the company’s Climate Roadmap, benefiting both customers and the environment.

SINCE OCTOBER, WALLENIUS SOL has transitioned its vessels Baltic Enabler and Botnia Enabler from LNG to liquefied biogas (LBG). The transition is made possible through a new supply agreement with Gasum, one of the leading providers of renewable gas in the Nordic region.

“Renewable fuels are not a distant solution but something we can use here and now.” Rebecca Tagaeus, WALLENIUS SOL.
Planned progression

The move is part of WALLENIUS SOL’s Climate Roadmap, which sets out a pathway to operate entirely on renewable fuels by 2035 and to reach no harmful environmental impact by 2045. The introduction of LBG into regular operations represents a significant step in that transition.

The company’s roadmap outlines a gradual shift from transitional fuels to fully renewable alternatives. LNG has been a bridge fuel for recent years, and with this agreement WALLENIUS SOL is now fully replacing it with biogas.

Bunkering LBG in Botnia and Baltic Enabler is an important step to reach their full potential, and to strengthen the entire WALLENIUS SOL fleet in its efforts to reduce its environmental footprint.

“The transition from LNG to LBG is an important milestone for WALLENIUS SOL,” says Rebecca Tagaeus, Sustainability Officer at WALLENIUS SOL. “It shows that renewable fuels are not a distant solution but something we can use here and now. Switching to LBG for Botnia and Baltic Enabler is clear proof that our Roadmap is delivering, and that we are investing in our customers’ climate goals.”

For customers, the change reduces the carbon footprint of transport without affecting schedules, performance, or booking procedures. LBG is produced from organic waste streams such as residues from agriculture and food production. Because it is chemically identical to LNG, the vessels can operate with no technical modifications. The main difference is that LBG is renewable; the carbon it contains is part of a short natural cycle, as opposed to fossil carbon released from underground reserves. This means that greenhouse gas emissions are reduced from a life-cycle perspective. Lower emissions also mean that customers can reflect improvements in their Scope 3 reporting.

The LBG used by WALLENIUS SOL will be produced from Nordic residual streams, ensuring no conflict with food production. The LBG is certified under RED II and traceable via ISCC.

Gasum will supply the biogas under a pooling arrangement designed to support renewable fuel uptake in the shipping sector. By aggregating demand from several customers, the arrangement helps scale up supply and build stability in the market. For WALLENIUS SOL, it provides access to consistent volumes of LBG and ensures that the fuel can be introduced in regular operations.

“We are very excited that WALLENIUS SOL has decided to join our FuelEU Maritime pool, as this collaboration enables us to open even more regulation surplus to shipowners,” says Jacob Granqvist, Vice President, Maritime at Gasum. “Pooling is a brilliant and easy opportunity for all maritime actors to join forces in lowering emissions from the industry together.”

The first bunkerings of LBG took place in early October. The agreement with Gasum enables WALLENIUS SOL to exchange all use of LNG to LBG, making a significant reduction on greenhouse gas emissions in line with the company’s long-term climate targets.

 
 

From October, Baltic Enabler and Botnia Enabler are operating on Liquefied Biogas (LBG).

The partnership with Gasum marks another milestone on the company’s Climate Roadmap, benefiting both customers and the environment.

SINCE OCTOBER, WALLENIUS SOL has transitioned its vessels Baltic Enabler and Botnia Enabler from LNG to liquefied biogas (LBG). The transition is made possible through a new supply agreement with Gasum, one of the leading providers of renewable gas in the Nordic region.

“Renewable fuels are not a distant solution but something we can use here and now.” Rebecca Tagaeus, WALLENIUS SOL.
Planned progression

The move is part of WALLENIUS SOL’s Climate Roadmap, which sets out a pathway to operate entirely on renewable fuels by 2035 and to reach no harmful environmental impact by 2045. The introduction of LBG into regular operations represents a significant step in that transition.

The company’s roadmap outlines a gradual shift from transitional fuels to fully renewable alternatives. LNG has been a bridge fuel for recent years, and with this agreement WALLENIUS SOL is now fully replacing it with biogas.

Bunkering LBG in Botnia and Baltic Enabler is an important step to reach their full potential, and to strengthen the entire WALLENIUS SOL fleet in its efforts to reduce its environmental footprint.

“The transition from LNG to LBG is an important milestone for WALLENIUS SOL,” says Rebecca Tagaeus, Sustainability Officer at WALLENIUS SOL. “It shows that renewable fuels are not a distant solution but something we can use here and now. Switching to LBG for Botnia and Baltic Enabler is clear proof that our Roadmap is delivering, and that we are investing in our customers’ climate goals.”

For customers, the change reduces the carbon footprint of transport without affecting schedules, performance, or booking procedures. LBG is produced from organic waste streams such as residues from agriculture and food production. Because it is chemically identical to LNG, the vessels can operate with no technical modifications. The main difference is that LBG is renewable; the carbon it contains is part of a short natural cycle, as opposed to fossil carbon released from underground reserves. This means that greenhouse gas emissions are reduced from a life-cycle perspective. Lower emissions also mean that customers can reflect improvements in their Scope 3 reporting.

The LBG used by WALLENIUS SOL will be produced from Nordic residual streams, ensuring no conflict with food production. The LBG is certified under RED II and traceable via ISCC.

Gasum will supply the biogas under a pooling arrangement designed to support renewable fuel uptake in the shipping sector. By aggregating demand from several customers, the arrangement helps scale up supply and build stability in the market. For WALLENIUS SOL, it provides access to consistent volumes of LBG and ensures that the fuel can be introduced in regular operations.

“We are very excited that WALLENIUS SOL has decided to join our FuelEU Maritime pool, as this collaboration enables us to open even more regulation surplus to shipowners,” says Jacob Granqvist, Vice President, Maritime at Gasum. “Pooling is a brilliant and easy opportunity for all maritime actors to join forces in lowering emissions from the industry together.”

The first bunkerings of LBG took place in early October. The agreement with Gasum enables WALLENIUS SOL to exchange all use of LNG to LBG, making a significant reduction on greenhouse gas emissions in line with the company’s long-term climate targets.

 
 

9 October 2025 |

Sarens in Paris supports helicopter lift

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Sarens in Paris recently had the privilege of supporting its client on an exceptional operation in the heart of the French capital: the helicopter lifting of four 4,2-tonne air heaters onto the roof of the French National Library in Paris’ 13th arrondissement.

Our involvement went far beyond the lift itself. Together with our partners, we managed the entire logistical and technical chain, including: Storage and reloading of the equipment from our Paris depot; Exceptional convoy transport to the French National Library; Ground unloading of the air heaters with a Liebherr LTM 1060 for flight preparation; Coordination of more than 30 field personnel, including site marking and traffic deviation; Provision of specialised slings adapted for helicopter lifting; Final aerial lifting executed by SAF Helicopter and its Super Puma.

This project showcases Sarens in Paris’ ability to deliver turnkey operations that combine handling, logistics, engineering, and lifting — all under the highest safety and efficiency standards.

 
 

Sarens in Paris recently had the privilege of supporting its client on an exceptional operation in the heart of the French capital: the helicopter lifting of four 4,2-tonne air heaters onto the roof of the French National Library in Paris’ 13th arrondissement.

Our involvement went far beyond the lift itself. Together with our partners, we managed the entire logistical and technical chain, including: Storage and reloading of the equipment from our Paris depot; Exceptional convoy transport to the French National Library; Ground unloading of the air heaters with a Liebherr LTM 1060 for flight preparation; Coordination of more than 30 field personnel, including site marking and traffic deviation; Provision of specialised slings adapted for helicopter lifting; Final aerial lifting executed by SAF Helicopter and its Super Puma.

This project showcases Sarens in Paris’ ability to deliver turnkey operations that combine handling, logistics, engineering, and lifting — all under the highest safety and efficiency standards.

 
 

9 October 2025 |

Eastern Green Link 2 picks ABL

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Energy and marine consultancy ABL has been awarded a contract by Eastern Green Link 2 (EGL2), to provide marine warranty survey (MWS) services to support the installation of the Eastern Green Link 2 – a 2 GW link between Scotland and England.

Eastern Green Link 2 (EGL2) is a major UK energy infrastructure project, which involves the installation of a 505-kilometre electricity superhighway to enable the simultaneous transfer of power between Peterhead, Aberdeenshire, and Drax, North Yorkshire. The link will unlock access for more people across the UK to home-produced green electricity, increasing the resilience of the UK’s transmission network and advancing the country’s energy security and energy transition plans.

“EGL2 will bring UK-produced renewable energy to more households, better balancing energy supply with demand and significantly increasing the resilience of the network. We are proud to bring ABL’s expertise in MWS and interconnectors to support this key national initiative,” says Ashley Perrett, ABL’s country manager in Scotland.

ABL’s operation in Aberdeen, Scotland, has been awarded and will manage the project.

ABL’s scope of work includes the provision of technical review and approval of project and procedural documentation, calculations, and drawings. The team will provide suitability surveys of the fleet proposed for the marine transportation and installation (T&I) operations, including DP assurance where required. The Aberdeen team will also review and approve all warranted operations with on-site attendances, supported by ABL’s wider European MWS teams, including in Newcastle and London.

Cable laying operations are expected to commence in January 2028 and to run through to September the same year.

 
 

Energy and marine consultancy ABL has been awarded a contract by Eastern Green Link 2 (EGL2), to provide marine warranty survey (MWS) services to support the installation of the Eastern Green Link 2 – a 2 GW link between Scotland and England.

Eastern Green Link 2 (EGL2) is a major UK energy infrastructure project, which involves the installation of a 505-kilometre electricity superhighway to enable the simultaneous transfer of power between Peterhead, Aberdeenshire, and Drax, North Yorkshire. The link will unlock access for more people across the UK to home-produced green electricity, increasing the resilience of the UK’s transmission network and advancing the country’s energy security and energy transition plans.

“EGL2 will bring UK-produced renewable energy to more households, better balancing energy supply with demand and significantly increasing the resilience of the network. We are proud to bring ABL’s expertise in MWS and interconnectors to support this key national initiative,” says Ashley Perrett, ABL’s country manager in Scotland.

ABL’s operation in Aberdeen, Scotland, has been awarded and will manage the project.

ABL’s scope of work includes the provision of technical review and approval of project and procedural documentation, calculations, and drawings. The team will provide suitability surveys of the fleet proposed for the marine transportation and installation (T&I) operations, including DP assurance where required. The Aberdeen team will also review and approve all warranted operations with on-site attendances, supported by ABL’s wider European MWS teams, including in Newcastle and London.

Cable laying operations are expected to commence in January 2028 and to run through to September the same year.

 
 

8 October 2025 |

Rhenus appoints Koch as Head of Ocean Freight Europe

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Effective 1st of October, Mr. Thorsten Koch will take on the role of Head of Ocean Freight Europe at Rhenus, marking a significant step in the company’s strategic growth across the continent.

With over two decades of experience in ocean freight logistics, Thorsten Koch brings deep industry knowledge and a proven track record of leadership. Since joining Rhenus in 2019, he has held key roles including Head of Product Management Ocean Germany and Regional Head of Ocean FCL Northern Europe. In these positions, Thorsten Koch played a pivotal role in expanding the company’s ocean freight offerings, enhancing customer solutions and driving growth in core markets.

In his new role, Thorsten Koch will oversee both LCL and FCL services across Europe, reporting directly to Renee Toh, Vice President Global Ocean Freight, with a cross-functional reporting line to Alberto Martinez, CEO Air & Ocean Europe.

“Thorsten’s appointment is a natural progression for someone who has consistently demonstrated strategic vision and operational excellence.” commented Alberto Martinez, CEO Air & Ocean Europe at Rhenus. “His leadership has been instrumental in strengthening our ocean freight capabilities in Northern Europe and I’m confident he will bring the same energy and insight to our broader European operations. We’re excited to see how Thorsten will shape the next chapter of our ocean freight journey.”

 
 

Effective 1st of October, Mr. Thorsten Koch will take on the role of Head of Ocean Freight Europe at Rhenus, marking a significant step in the company’s strategic growth across the continent.

With over two decades of experience in ocean freight logistics, Thorsten Koch brings deep industry knowledge and a proven track record of leadership. Since joining Rhenus in 2019, he has held key roles including Head of Product Management Ocean Germany and Regional Head of Ocean FCL Northern Europe. In these positions, Thorsten Koch played a pivotal role in expanding the company’s ocean freight offerings, enhancing customer solutions and driving growth in core markets.

In his new role, Thorsten Koch will oversee both LCL and FCL services across Europe, reporting directly to Renee Toh, Vice President Global Ocean Freight, with a cross-functional reporting line to Alberto Martinez, CEO Air & Ocean Europe.

“Thorsten’s appointment is a natural progression for someone who has consistently demonstrated strategic vision and operational excellence.” commented Alberto Martinez, CEO Air & Ocean Europe at Rhenus. “His leadership has been instrumental in strengthening our ocean freight capabilities in Northern Europe and I’m confident he will bring the same energy and insight to our broader European operations. We’re excited to see how Thorsten will shape the next chapter of our ocean freight journey.”

 
 

8 October 2025 |

Van Riel performs spectacular lift

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The story began in March 2025, when Dutch crane service provider M.J. van Riel removed a 240-tonne gantry crane from the inland port in ’s-Hertogenbosch, also known as Den Bosch, so that it could be overhauled.

Once the overhaul was done, the company was tasked with putting the crane back in its place in July. To take care of the job, Van Riel decided to use four cranes working together to lift the gantry crane, with three of the cranes being Tadano all terrain cranes. More specifically, two AC 9.700-1 units and one AC 8.500-1.

“The lift required enormous lifting capacities, which is why we decided on the specific cranes we used,” explains Marketing & Communication Officer, Claire Van Riel. All four cranes were stationed at Van Riel’s headquarters in Tilburg a mere 30 kilometers away or so, so it would take them a short 45 minutes to get to the work site at the Den Bosch port. Once there, the Van Riel team set up every single crane with its full counterweight so that all the machines would be properly prepared for the demanding lift. And since no super lift configurations were required, the team was able to complete this work in around one and a half hours for each crane.

The lift itself proved to be significantly more demanding than the relatively straightforward task of setting up the cranes: “Synchronously lifting a load this heavy with four cranes is really complex and requires extremely meticulous planning,” Claire Van Riel says: The load had to be evenly distributed among all four cranes in order to avoid overloading any single one of them. The lifting movements had to be perfectly synchronized so that the load would not overturn or become warped. And last, but not least, communications between all crane operators had to go perfectly smoothly. Every single one of these requirements was met during the lift in Den Bosch, and the Van Riel team was ultimately able to set down the gantry crane in the exact intended position on its rails. To this end, the gantry crane was first lifted to a height of 24 meters, then swung to the side 10 meters, and finally set down with utmost precision.

Thanks to superb planning, the perfectly coordinated Van Riel team’s ample experience, and, of course, the powerful Tadano cranes used and their sensitive controls, the spectacular job was completed on schedule within a single day.

 
 

The story began in March 2025, when Dutch crane service provider M.J. van Riel removed a 240-tonne gantry crane from the inland port in ’s-Hertogenbosch, also known as Den Bosch, so that it could be overhauled.

Once the overhaul was done, the company was tasked with putting the crane back in its place in July. To take care of the job, Van Riel decided to use four cranes working together to lift the gantry crane, with three of the cranes being Tadano all terrain cranes. More specifically, two AC 9.700-1 units and one AC 8.500-1.

“The lift required enormous lifting capacities, which is why we decided on the specific cranes we used,” explains Marketing & Communication Officer, Claire Van Riel. All four cranes were stationed at Van Riel’s headquarters in Tilburg a mere 30 kilometers away or so, so it would take them a short 45 minutes to get to the work site at the Den Bosch port. Once there, the Van Riel team set up every single crane with its full counterweight so that all the machines would be properly prepared for the demanding lift. And since no super lift configurations were required, the team was able to complete this work in around one and a half hours for each crane.

The lift itself proved to be significantly more demanding than the relatively straightforward task of setting up the cranes: “Synchronously lifting a load this heavy with four cranes is really complex and requires extremely meticulous planning,” Claire Van Riel says: The load had to be evenly distributed among all four cranes in order to avoid overloading any single one of them. The lifting movements had to be perfectly synchronized so that the load would not overturn or become warped. And last, but not least, communications between all crane operators had to go perfectly smoothly. Every single one of these requirements was met during the lift in Den Bosch, and the Van Riel team was ultimately able to set down the gantry crane in the exact intended position on its rails. To this end, the gantry crane was first lifted to a height of 24 meters, then swung to the side 10 meters, and finally set down with utmost precision.

Thanks to superb planning, the perfectly coordinated Van Riel team’s ample experience, and, of course, the powerful Tadano cranes used and their sensitive controls, the spectacular job was completed on schedule within a single day.

 
 

7 October 2025 |

Kalmar and RST conclude agreement

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Kalmar has concluded an agreement with Rotterdam Shortsea Terminals (RST) to supply five Kalmar hybrid straddle carriers.

The large repeat order, which includes the MyKalmar INSIGHT performance management tool, was booked in Kalmar’s Q3 2025 order intake, with the machines scheduled to be delivered during Q3 2026.

RST is Europe’s largest dedicated shortsea shipping hub, employing approximately 350 people. RST is offering container handling, storage and a comprehensive range of additional services such as empty depot, cross-docking and more, always with a strong focus on efficiency and sustainability. Kalmar has been a key partner supporting RST’s significant expansion in recent years to meet increasing demand.

The five new hybrid straddle carriers form part of RST’s fleet renewal programme aimed at expanding capacity and improving environmental performance. RST previously ordered six identical machines in 2023 to support its corporate social responsibility (CSR) goals.

MyKalmar INSIGHT, which covers all the Kalmar straddle carriers in the fleet, allows RST to transform equipment performance data into actionable, impactful insights.

Arno Storm, CEO, RST: “These new hybrid machines represent yet another concrete step forward as we continue to improve our environmental performance with Kalmar as our long-term partner. Hybrid technology is a perfect fit for our operations, helping us to reduce fuel consumption and emissions without compromising equipment performance or service quality.”

Damien Cols, Director Global Customers, Kalmar: “We are pleased and proud to continue to support RST with their transition to more eco-efficient cargo-handling operations. Looking beyond fuel savings and emission reductions, with MyKalmar INSIGHT deployed across the fleet RST is able to further improve the efficiency and reliability of its operations based on real-world data.”

 
 

Kalmar has concluded an agreement with Rotterdam Shortsea Terminals (RST) to supply five Kalmar hybrid straddle carriers.

The large repeat order, which includes the MyKalmar INSIGHT performance management tool, was booked in Kalmar’s Q3 2025 order intake, with the machines scheduled to be delivered during Q3 2026.

RST is Europe’s largest dedicated shortsea shipping hub, employing approximately 350 people. RST is offering container handling, storage and a comprehensive range of additional services such as empty depot, cross-docking and more, always with a strong focus on efficiency and sustainability. Kalmar has been a key partner supporting RST’s significant expansion in recent years to meet increasing demand.

The five new hybrid straddle carriers form part of RST’s fleet renewal programme aimed at expanding capacity and improving environmental performance. RST previously ordered six identical machines in 2023 to support its corporate social responsibility (CSR) goals.

MyKalmar INSIGHT, which covers all the Kalmar straddle carriers in the fleet, allows RST to transform equipment performance data into actionable, impactful insights.

Arno Storm, CEO, RST: “These new hybrid machines represent yet another concrete step forward as we continue to improve our environmental performance with Kalmar as our long-term partner. Hybrid technology is a perfect fit for our operations, helping us to reduce fuel consumption and emissions without compromising equipment performance or service quality.”

Damien Cols, Director Global Customers, Kalmar: “We are pleased and proud to continue to support RST with their transition to more eco-efficient cargo-handling operations. Looking beyond fuel savings and emission reductions, with MyKalmar INSIGHT deployed across the fleet RST is able to further improve the efficiency and reliability of its operations based on real-world data.”

 
 

7 October 2025 |

DEME secures sizable contract in Germany

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DEME has secured a sizable contract to carry out the transport and installation works for the inter-array cables for the Nordseecluster B offshore wind farm in Germany.

The Nordseecluster is a joint offshore wind project of RWE (51%) and Norges Bank Investment Management (49%).

The Nordseecluster, located approximately 50 km north of the island of Juist (Germany), combines wind farm sites in the eastern part of the German North Sea. With a total capacity of up to 1.6 GW, the Nordseecluster will generate enough green electricity to supply the equivalent of 1,600,000 homes. RWE is in charge of construction and operations throughout the lifecycle of the Nordseecluster offshore wind farms.

DEME will transport and install a total of 124 km of inter-array cables for the second project stage – Nordseecluster B – connecting all 60 foundations for the wind turbines to the offshore substation in the German North Sea. The extensive scope includes all the engineering, preparation and supporting activities, ensuring that DEME will deliver a complete solution.

 
 

DEME has secured a sizable contract to carry out the transport and installation works for the inter-array cables for the Nordseecluster B offshore wind farm in Germany.

The Nordseecluster is a joint offshore wind project of RWE (51%) and Norges Bank Investment Management (49%).

The Nordseecluster, located approximately 50 km north of the island of Juist (Germany), combines wind farm sites in the eastern part of the German North Sea. With a total capacity of up to 1.6 GW, the Nordseecluster will generate enough green electricity to supply the equivalent of 1,600,000 homes. RWE is in charge of construction and operations throughout the lifecycle of the Nordseecluster offshore wind farms.

DEME will transport and install a total of 124 km of inter-array cables for the second project stage – Nordseecluster B – connecting all 60 foundations for the wind turbines to the offshore substation in the German North Sea. The extensive scope includes all the engineering, preparation and supporting activities, ensuring that DEME will deliver a complete solution.

 
 

7 October 2025 |

DOTLUX announces construction of new facility in Weissenburg

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DOTLUX GmbH, one of Germany’s leading manufacturers of professional LED lighting solutions, has announced the construction of a new, fully automated logistics facility in Weißenburg.

At the heart of the new 1,450 sqm site is the Movu atlas automated storage and retrieval system (ASRS), a high-density pallet shuttle solution designed to optimize space, reduce manual handling, and increase energy efficiency. The facility is scheduled to go live in May 2026.

Founded in 2010, DOTLUX has built a reputation for delivering innovative, high-quality LED lighting products to both domestic and international markets. With steady growth and a continually expanding product portfolio, the company identified the need for a modern logistics solution that could handle increased SKU variety, ensure reliable order fulfillment, and address the operational challenges of limited labor availability in the Weißenburg region.

“Space, efficiency and sustainability were the decisive factors in this project,” explains Matthias Schübel, COO at DOTLUX. “We wanted a system that would not only meet today’s requirements but also allow us to scale flexibly in the future. The Movu atlas pallet shuttle system provides us with precisely that balance — high-density storage, seamless IT integration, and the ability to expand in line with our growth.”

The decision to invest in automation was driven by several pressing factors. DOTLUX faced limited space for expansion, growing throughput requirements, and the challenge of recruiting and retaining warehouse staff in a competitive labor market. At the same time, the company wanted to minimize forklift traffic to improve safety and reduce operational costs, while also ensuring that energy efficiency remained central to its operations.

The new facility in Weißenburg is a greenfield site, purpose-built around automation, enabling DOTLUX to design an optimized logistics flow from the ground up. The installation of the Movu atlas system, complete with inbound and outbound conveyor connections, eliminates the need for manual pallet handling and ensures that goods are managed consistently according to FIFO principles.

The system design reflects both performance and scalability. With 2,900 pallet positions spread over four levels, operated by three shuttles and served by a single elevator, the atlas system will allow DOTLUX to process approximately 200 pallets inbound and 150 pallets outbound per day.

All processes will be coordinated by Movu OPS, Movu Robotics’ warehouse execution software, which integrates directly into DOTLUX’s existing IT landscape. The system is optimized for EUR-pallets and can be flexibly expanded in the future should DOTLUX’s storage requirements continue to grow.

“By choosing the atlas ASRS, DOTLUX is taking an important step toward future-proof intralogistics,” says Nico Kowarschik, Commercial Director at Movu Robotics. “The system combines high-density storage with seamless IT integration and energy-efficient operation. It reduces dependence on manual labor, enhances safety, and gives DOTLUX the flexibility to adapt its logistics as its business develops. We are proud to deliver a turnkey solution that includes not only the shuttle technology but also the full conveyor integration and system control.”

Energy efficiency was a key factor in DOTLUX’s decision. The compact design of the Movu atlas system reduces the physical footprint of storage while also lowering energy consumption per pallet handled. By cutting forklift traffic and optimizing material flows, the new facility is expected to deliver long-term operational savings while aligning with DOTLUX’s sustainability goals.

“The combination of efficiency, scalability, and cost-effectiveness made the Movu solution the clear choice for us,” emphasizes Matthias Schübel. “This project lays the foundation for a modern, stable and expandable warehouse operation that will serve our business for years to come.”

The collaboration between DOTLUX and Movu Robotics demonstrates how automation can transform warehouse operations even for mid-sized manufacturing companies. By embracing new technologies, DOTLUX is not only preparing its logistics infrastructure for continued growth but also setting a benchmark in its industry for efficient, sustainable intralogistics.

“DOTLUX’s decision to implement the atlas shuttle system illustrates the value of future-ready automation in meeting today’s challenges of space, labor, and sustainability,” concludes Nico Kowarschik. “We look forward to seeing this system in operation and to supporting DOTLUX in its long-term growth.”

The new Weißenburg facility is expected to be fully operational in spring 2026, positioning DOTLUX at the forefront of modern warehouse automation in the German manufacturing sector.

 
 

DOTLUX GmbH, one of Germany’s leading manufacturers of professional LED lighting solutions, has announced the construction of a new, fully automated logistics facility in Weißenburg.

At the heart of the new 1,450 sqm site is the Movu atlas automated storage and retrieval system (ASRS), a high-density pallet shuttle solution designed to optimize space, reduce manual handling, and increase energy efficiency. The facility is scheduled to go live in May 2026.

Founded in 2010, DOTLUX has built a reputation for delivering innovative, high-quality LED lighting products to both domestic and international markets. With steady growth and a continually expanding product portfolio, the company identified the need for a modern logistics solution that could handle increased SKU variety, ensure reliable order fulfillment, and address the operational challenges of limited labor availability in the Weißenburg region.

“Space, efficiency and sustainability were the decisive factors in this project,” explains Matthias Schübel, COO at DOTLUX. “We wanted a system that would not only meet today’s requirements but also allow us to scale flexibly in the future. The Movu atlas pallet shuttle system provides us with precisely that balance — high-density storage, seamless IT integration, and the ability to expand in line with our growth.”

The decision to invest in automation was driven by several pressing factors. DOTLUX faced limited space for expansion, growing throughput requirements, and the challenge of recruiting and retaining warehouse staff in a competitive labor market. At the same time, the company wanted to minimize forklift traffic to improve safety and reduce operational costs, while also ensuring that energy efficiency remained central to its operations.

The new facility in Weißenburg is a greenfield site, purpose-built around automation, enabling DOTLUX to design an optimized logistics flow from the ground up. The installation of the Movu atlas system, complete with inbound and outbound conveyor connections, eliminates the need for manual pallet handling and ensures that goods are managed consistently according to FIFO principles.

The system design reflects both performance and scalability. With 2,900 pallet positions spread over four levels, operated by three shuttles and served by a single elevator, the atlas system will allow DOTLUX to process approximately 200 pallets inbound and 150 pallets outbound per day.

All processes will be coordinated by Movu OPS, Movu Robotics’ warehouse execution software, which integrates directly into DOTLUX’s existing IT landscape. The system is optimized for EUR-pallets and can be flexibly expanded in the future should DOTLUX’s storage requirements continue to grow.

“By choosing the atlas ASRS, DOTLUX is taking an important step toward future-proof intralogistics,” says Nico Kowarschik, Commercial Director at Movu Robotics. “The system combines high-density storage with seamless IT integration and energy-efficient operation. It reduces dependence on manual labor, enhances safety, and gives DOTLUX the flexibility to adapt its logistics as its business develops. We are proud to deliver a turnkey solution that includes not only the shuttle technology but also the full conveyor integration and system control.”

Energy efficiency was a key factor in DOTLUX’s decision. The compact design of the Movu atlas system reduces the physical footprint of storage while also lowering energy consumption per pallet handled. By cutting forklift traffic and optimizing material flows, the new facility is expected to deliver long-term operational savings while aligning with DOTLUX’s sustainability goals.

“The combination of efficiency, scalability, and cost-effectiveness made the Movu solution the clear choice for us,” emphasizes Matthias Schübel. “This project lays the foundation for a modern, stable and expandable warehouse operation that will serve our business for years to come.”

The collaboration between DOTLUX and Movu Robotics demonstrates how automation can transform warehouse operations even for mid-sized manufacturing companies. By embracing new technologies, DOTLUX is not only preparing its logistics infrastructure for continued growth but also setting a benchmark in its industry for efficient, sustainable intralogistics.

“DOTLUX’s decision to implement the atlas shuttle system illustrates the value of future-ready automation in meeting today’s challenges of space, labor, and sustainability,” concludes Nico Kowarschik. “We look forward to seeing this system in operation and to supporting DOTLUX in its long-term growth.”

The new Weißenburg facility is expected to be fully operational in spring 2026, positioning DOTLUX at the forefront of modern warehouse automation in the German manufacturing sector.

 
 

6 October 2025 |

Embraer reports 62 aircraft delivered in the third quarter

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Embraer (NYSE: ERJ / B3: EMBR3), a global leader in the aerospace industry, delivered 62 aircraft in 3Q25.

The result represented a marginal improvement compared to 2Q25 and 3Q24, when 61 and 59 jets were delivered, respectively.

During 3Q25, 20 new commercial jets were delivered – more than half of them (11) were E195-E2 models, Embraer’s largest aircraft currently in production in the segment. In the period, the Commercial Aviation business unit outperformed 2Q25 as well as 3Q24, which recorded 19 and 16 deliveries, respectively.

Embraer Executive Jets recorded 41 deliveries, compared with 38 jets delivered in 2Q25 and 41 in 3Q24. The highlight of the quarter was the Phenom 300, the fastest light jet in production and market leader for 13 consecutive years, with 20 units delivered.

In Defense & Security, the company delivered 1 unit of its multi-mission military transport aircraft, the KC-390 Millennium, completing the overall total of 62 deliveries by the company in the quarter.

Embraer’s deliveries estimates for the year are between 77 and 85 in Commercial Aviation in 2025 (midpoint 10% above year-over-year), and 145 to 155 jets in Executive Aviation (midpoint 15% above year-over-year).

 
 

Embraer (NYSE: ERJ / B3: EMBR3), a global leader in the aerospace industry, delivered 62 aircraft in 3Q25.

The result represented a marginal improvement compared to 2Q25 and 3Q24, when 61 and 59 jets were delivered, respectively.

During 3Q25, 20 new commercial jets were delivered – more than half of them (11) were E195-E2 models, Embraer’s largest aircraft currently in production in the segment. In the period, the Commercial Aviation business unit outperformed 2Q25 as well as 3Q24, which recorded 19 and 16 deliveries, respectively.

Embraer Executive Jets recorded 41 deliveries, compared with 38 jets delivered in 2Q25 and 41 in 3Q24. The highlight of the quarter was the Phenom 300, the fastest light jet in production and market leader for 13 consecutive years, with 20 units delivered.

In Defense & Security, the company delivered 1 unit of its multi-mission military transport aircraft, the KC-390 Millennium, completing the overall total of 62 deliveries by the company in the quarter.

Embraer’s deliveries estimates for the year are between 77 and 85 in Commercial Aviation in 2025 (midpoint 10% above year-over-year), and 145 to 155 jets in Executive Aviation (midpoint 15% above year-over-year).

 
 

6 October 2025 |

Hoegh Borealis to call at the Port of Barcelona

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On September 30, the Höegh Borealis, one of Höegh Autoliners’ groundbreaking Aurora Class vessels, will call at the Port of Barcelona to mark another milestone in the shared journey between Höegh Autoliners and the Port of Barcelona toward a greener, more sustainable deep-sea shipping industry.

The Höegh Borealis is part of the Aurora Class – the smartest, largest, and most environmentally advanced Pure Car and Truck Carriers (PCTCs) ever built.

These vessels are designed to operate on zero-carbon fuels such as green ammonia and are equipped with cutting-edge digitalization and safety technologies. With a capacity of 9,100 CEU and readiness for shore power operations, the Höegh Borealis embodies the future of sustainable maritime transport.

This port call is more than a logistical event – it is a celebration of aligned climate ambitions. The Port of Barcelona’s strategic plan sets one of the most ambitious decarbonization targets in Europe: a 50% reduction in greenhouse gas emissions by 2030 compared to 2017, surpassing the EU’s Green Deal and Fit for 55 goals.
Höegh Autoliners shares this urgency, aiming for zero emissions across its operations by 2040.

Andreas Enger, CEO of Höegh Autoliners, will be present at the port call alongside key stakeholders, including Enric Brau, Logistics Director at SEAT S.A., the Spanish car manufacturer behind the SEAT and CUPRA brands, and a strategic customer of both the shipping company and the port. Reflecting on the significance of this moment, Mr. Enger states:
“Our Aurora Class vessels are not concepts; they are working, sailing answers to one of the most urgent challenges in our industry. The Höegh Borealis arriving in Barcelona is a powerful symbol of what’s possible when vision meets action. Together with the Port of Barcelona, we are not just talking about sustainability – we are delivering it. Tomorrow must be greener, more sustainable, and more ready for zero-emission fuels. This partnership shows that when ports and carriers unite around a common purpose, we can accelerate the transition to a cleaner, better maritime future.”

José Alberto Carbonell, President of the Port of Barcelona, states that“the arrival of this vessel from Höegh Autoliners’ Aurora series at the Port of Barcelona marks a step forward in our commitment to sustainability and the decarbonisation of port operations.

Höegh Autoliners is a strategic partner that shares our vision for the future, advocating for more efficient and environmentally friendly logistics. The inclusion of the Port of Barcelona in the regular calls of Höegh’s services, which connect major Asian ports with Europe, decisively strengthens the Shanghai-Barcelona logistics corridor for new vehicle traffic.

As is well known, we are building a green corridor with Shanghai between the two ports, and I have no doubt that Höegh Autoliners’ experience and commitment to sustainability can be key to ensuring maritime routes powered by green propulsion and efficient supply systems, such as our sustainable bunker hub, which offers services that few European ports can guarantee.”

Built for a low-carbon future, the Aurora Class is the most technically advanced and environmentally friendly series of car carriers ever constructed.

All 12 vessels are designed from the keel up to transition to clean fuels, with the first eight powered by LNG via dual-fuel engines.

The vessels are estimated to deliver 58% lower emissions per transported car compared to the industry average. The first 8 vessels are dual-fuel “ammonia-ready” with reinforced decks and an integrated tank developed by TGE Marine at the heart of the design, allowing for straightforward conversion to be able to run on clean ammonia in the future.
The final four vessels in this Aurora newbuilding program, scheduled for delivery from 2027, are dual-fuel vessels able to operate on ammonia from day one.

The arrival of the Höegh Borealis reinforces the commitment of both Höegh Autoliners and the Port of Barcelona to lead the way in sustainable shipping. It is a testament to the power of collaboration, innovation, and shared responsibility in shaping a zero future for global trade.

Höegh Autoliners’ commitment represents a step forward in reducing emissions from maritime transport and port activity in Barcelona. The vessels in the Aurora series incorporate the most advanced technology to reduce emissions and can already benefit from the services offered by the Port of Barcelona as part of its strategy to become a hub for green energy production and distribution: they are powered by liquefied natural gas (LNG); they include Onshore Power Supply (OPS) systems, which will allow them to connect in the future to the port’s electrical grid while docked; and they will become zero-emission vessels when they begin sailing with green ammonia starting in 2027.

2 October 2025 |
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