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Gianti Logistics tackles complex turbine transport

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Gianti Logistics, a Project Logistics Alliance member from Georgia, is one of the largest logistics companies in Georgia and across the Caucasus region.

Established in 2005 the company provides a full range of logistics services, including road, sea, rail, air, and multimodal transportation, with a strong focus on out-of-gauge (OOG) cargo. Gianti Logistics operates its own truck fleet, a customs-bonded terminal in Poti, one of the most important industrial zones in Georgia as well as bonded and non-bonded warehouses located within the Tbilisi customs clearance zone.

Over the years, Gianti Logistics has successfully delivered some of the region’s most demanding OOG projects, contributing to major developments such as Mingachevir TPP, SOCAR Haor Modernization, Shah Deniz 1 and 2, the South Caucasus Pipeline Extension Project, and the Chirag Oil Project. In 2025, the company undertook one of its most challenging operations: the transportation of 38 complete wind turbine systems from China to Georgia. The project required navigating mountainous terrain with sharp turns, steep gradients, and limited road infrastructure, making the operation exceptionally complex and high risk.

The first stage of the project involved a comprehensive engineering and design phase. Detailed 2D and 3D simulations and technical drawings were developed and later implemented under real operating conditions. This phase focused on identifying bottlenecks and critical points along the route that required civil works, including land and property acquisition, demolition of obstacles, and infrastructure modifications. During this stage, the company also acquired highly specialized equipment that had never before been used in the country, including tower carriers, tower adapters, and extendable blade trailers.

The next critical step was a detailed route assessment. The transportation corridor included bridges and highways, as well as small towns, narrow roads, mountain terrain, and tunnels. In several areas, buildings had to be dismantled to widen the roadway. Damaged road sections were repaired and leveled, and road surfaces were reinforced and modified to ensure the safe passage of oversized convoys.

This was followed by a full-scale test run using a mock-up to verify the performance of the blade trailer and transportation techniques for the blades the longest components of the wind turbine generators—under real operating conditions. The test also assessed the team’s ability to perform under pressure and confirmed that the drivers could execute the operation with complete precision. The loaded convoy exceeded 92 meters in length. The successful completion of the test transport confirmed the accuracy of the engineering calculations and project forecasts.

Following the successful test phase, preparations for vessel operations began. The port area in Poti was organized and prepared by Gianti Logistics to ensure the safe and efficient handling of the cargo.

After several months of planning and preparation, the first vessel arrived at Poti Port in the third quarter of 2025. Vessel discharge operations were then carried out. The heavy cargo required specialized handling methods, and the long turbine blades had to be unloaded from the vessel onto trucks with extreme care. This project marked the first time Georgian ports handled cargo of this scale and complexity. Each component was carefully handled and positioned in a temporary storage area before onward delivery.

One of the key challenges of the project was the limited timeline, which coincided with the winter season. Transportation commenced under various weather conditions, including heavy rainfall, snow, and strong winds. The destination area, Ruisi, is known for strong winds and challenging terrain. After rainfall and snowfall, mountain dirt roads became extremely difficult to navigate, often requiring towing assistance and additional traction support.

Despite these challenges, Gianti Logistics’ professional transport team and HSE supervisors managed the project with the highest level of care and completed the operation without any incidents. Through seamless coordination between engineers, project managers, the HSE manager, drivers, and hydraulic operators, the operation was executed with exceptional precision and efficiency. The project demonstrated Gianti Logistics’ high level of expertise, strong teamwork, and unwavering commitment to safety, quality, and operational excellence.

This is how Gianti Logistics delivers complex logistics solutions. Congratulations team Gianti Logistics!

 
 

Gianti Logistics, a Project Logistics Alliance member from Georgia, is one of the largest logistics companies in Georgia and across the Caucasus region.

Established in 2005 the company provides a full range of logistics services, including road, sea, rail, air, and multimodal transportation, with a strong focus on out-of-gauge (OOG) cargo. Gianti Logistics operates its own truck fleet, a customs-bonded terminal in Poti, one of the most important industrial zones in Georgia as well as bonded and non-bonded warehouses located within the Tbilisi customs clearance zone.

Over the years, Gianti Logistics has successfully delivered some of the region’s most demanding OOG projects, contributing to major developments such as Mingachevir TPP, SOCAR Haor Modernization, Shah Deniz 1 and 2, the South Caucasus Pipeline Extension Project, and the Chirag Oil Project. In 2025, the company undertook one of its most challenging operations: the transportation of 38 complete wind turbine systems from China to Georgia. The project required navigating mountainous terrain with sharp turns, steep gradients, and limited road infrastructure, making the operation exceptionally complex and high risk.

The first stage of the project involved a comprehensive engineering and design phase. Detailed 2D and 3D simulations and technical drawings were developed and later implemented under real operating conditions. This phase focused on identifying bottlenecks and critical points along the route that required civil works, including land and property acquisition, demolition of obstacles, and infrastructure modifications. During this stage, the company also acquired highly specialized equipment that had never before been used in the country, including tower carriers, tower adapters, and extendable blade trailers.

The next critical step was a detailed route assessment. The transportation corridor included bridges and highways, as well as small towns, narrow roads, mountain terrain, and tunnels. In several areas, buildings had to be dismantled to widen the roadway. Damaged road sections were repaired and leveled, and road surfaces were reinforced and modified to ensure the safe passage of oversized convoys.

This was followed by a full-scale test run using a mock-up to verify the performance of the blade trailer and transportation techniques for the blades the longest components of the wind turbine generators—under real operating conditions. The test also assessed the team’s ability to perform under pressure and confirmed that the drivers could execute the operation with complete precision. The loaded convoy exceeded 92 meters in length. The successful completion of the test transport confirmed the accuracy of the engineering calculations and project forecasts.

Following the successful test phase, preparations for vessel operations began. The port area in Poti was organized and prepared by Gianti Logistics to ensure the safe and efficient handling of the cargo.

After several months of planning and preparation, the first vessel arrived at Poti Port in the third quarter of 2025. Vessel discharge operations were then carried out. The heavy cargo required specialized handling methods, and the long turbine blades had to be unloaded from the vessel onto trucks with extreme care. This project marked the first time Georgian ports handled cargo of this scale and complexity. Each component was carefully handled and positioned in a temporary storage area before onward delivery.

One of the key challenges of the project was the limited timeline, which coincided with the winter season. Transportation commenced under various weather conditions, including heavy rainfall, snow, and strong winds. The destination area, Ruisi, is known for strong winds and challenging terrain. After rainfall and snowfall, mountain dirt roads became extremely difficult to navigate, often requiring towing assistance and additional traction support.

Despite these challenges, Gianti Logistics’ professional transport team and HSE supervisors managed the project with the highest level of care and completed the operation without any incidents. Through seamless coordination between engineers, project managers, the HSE manager, drivers, and hydraulic operators, the operation was executed with exceptional precision and efficiency. The project demonstrated Gianti Logistics’ high level of expertise, strong teamwork, and unwavering commitment to safety, quality, and operational excellence.

This is how Gianti Logistics delivers complex logistics solutions. Congratulations team Gianti Logistics!

 
 

26 March 2026 |

HOPA to strengthen crime prevention

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HOPA Ports, through its Harbour Master’s Office/Port Patrol, joined Crime Stoppers of Hamilton and Hamilton Police Service to launch the “Crime Doesn’t Anchor Here” campaign, an initiative designed to enhance crime prevention efforts across port lands in Hamilton.

The campaign is part of a broader, city‑wide effort led by Crime Stoppers of Hamilton, building on the successful “Crime Doesn’t Fly Here” initiative launched with John C. Munro Hamilton International Airport.

The initiative includes awareness training, employee and partner engagement, new signage and posters across port properties, and public‑facing safety messaging to help identify and report suspicious or criminal activity.
“Our port community spans dozens of industrial tenants, hundreds of vessel calls and thousands of workers annually,” said Vicki Gruber, Director, Safety & Security / Harbour Master, HOPA Ports. “While the Port operates with robust security measures, this campaign adds another layer of vigilance, empowering our workforce and the public with tools to report suspicious activity and contribute directly to community safety.”

“This campaign is an important step in strengthening community awareness and a shared responsibility across our waterfront,” said Ali Fahad, ICPS, SAS®, Chair of Crime Stoppers of Hamilton. “Encouraged by this strategic partnership and the continued support behind it, we are reinforcing simple, anonymous ways for people to speak up when something doesn’t seem right. Together, through this city wide initiative, we are helping to keep our waterfront, and our city as a whole, safe, secure, and welcoming.”

The Crime Doesn’t Anchor Here campaign is part of a broader, province‑wide initiative developed originally by Toronto Crime Stoppers to target transnational and organized crime networks. The program is designed for adaptability across different transportation hubs; including ports, airports, and logistics facilities.

“Partnerships are essential to preventing and reducing crime in our community,” said Chief Frank Bergen, Hamilton Police Service. “We are proud to expand our collaboration with HOPA Ports and Crime Stoppers to support this initiative and safeguard the people who work, travel and do business along Hamilton’s working waterfront.”
Every time a tip is submitted to Crime Stoppers, it provides police with another opportunity to prevent or solve a crime, while giving the community a safe and confidential way to take action.

 
 

HOPA Ports, through its Harbour Master’s Office/Port Patrol, joined Crime Stoppers of Hamilton and Hamilton Police Service to launch the “Crime Doesn’t Anchor Here” campaign, an initiative designed to enhance crime prevention efforts across port lands in Hamilton.

The campaign is part of a broader, city‑wide effort led by Crime Stoppers of Hamilton, building on the successful “Crime Doesn’t Fly Here” initiative launched with John C. Munro Hamilton International Airport.

The initiative includes awareness training, employee and partner engagement, new signage and posters across port properties, and public‑facing safety messaging to help identify and report suspicious or criminal activity.
“Our port community spans dozens of industrial tenants, hundreds of vessel calls and thousands of workers annually,” said Vicki Gruber, Director, Safety & Security / Harbour Master, HOPA Ports. “While the Port operates with robust security measures, this campaign adds another layer of vigilance, empowering our workforce and the public with tools to report suspicious activity and contribute directly to community safety.”

“This campaign is an important step in strengthening community awareness and a shared responsibility across our waterfront,” said Ali Fahad, ICPS, SAS®, Chair of Crime Stoppers of Hamilton. “Encouraged by this strategic partnership and the continued support behind it, we are reinforcing simple, anonymous ways for people to speak up when something doesn’t seem right. Together, through this city wide initiative, we are helping to keep our waterfront, and our city as a whole, safe, secure, and welcoming.”

The Crime Doesn’t Anchor Here campaign is part of a broader, province‑wide initiative developed originally by Toronto Crime Stoppers to target transnational and organized crime networks. The program is designed for adaptability across different transportation hubs; including ports, airports, and logistics facilities.

“Partnerships are essential to preventing and reducing crime in our community,” said Chief Frank Bergen, Hamilton Police Service. “We are proud to expand our collaboration with HOPA Ports and Crime Stoppers to support this initiative and safeguard the people who work, travel and do business along Hamilton’s working waterfront.”
Every time a tip is submitted to Crime Stoppers, it provides police with another opportunity to prevent or solve a crime, while giving the community a safe and confidential way to take action.

 
 

26 March 2026 |

Sarens joins the pioneering SOMOS Project

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Sarens in Spain is proud to be the tractor partner of the groundbreaking SOMOS 2024 Consortium (Ref.: 59/561713.9/24 for the Contest “Sustainability and Modularity for Innovative Solutions in Offshore Wind Energy” included in the grants for contributing the improvement of public-private cooperation in R&D&I through consortium projects with a driving effect), co-financed by the Community of Madrid – Vice Presidency, Department of Education and Universities, along with the European Regional Development Fund (ERDF) under the European Commission’s operational program.

With a budget of 4.583.535,18€ and a duration of three years, SOMOS aims to develop an unprecedented modular and containerisable floating hull solution. This innovation is based on the concept of Modular Stackable Pontoons (MSP) and will be applied across three Esteyco’s pioneering technologies with immense potential in offshore wind energy: ATOMS (Attachable O&M System), TIM (Transport & Installation Module) and AIRBARGE (currently on execution with Sarens Modular Barges at DEMOWHEEL 6 MW Esteyco’s prototype in Canary Islands).

Additionally, SOMOS will focus on advanced remote monitoring systems and intelligent adaptive control technologies, further enhancing the efficiency and sustainability of offshore structures.

To bring this ambitious project to life, a consortium has been formed, bringing together key industry players and experts in various fields: Sarens – A global leader in heavy lifting, engineered transport, and crane rental servicesl Esteyco – A renowned civil engineering and architectural consultancy and the developer of the SOMOS technological solutions; Azimutal – A company specializing in sensorisation, monitoring, and control systems; Dhamma Blue – A startup leading the green revolution in the maritime industry; Beskar Forge: A startup specialized in virtualization, computing, and communications.

The Technical University of Madrid will also play a crucial role by conducting numerical simulations and experimental modeling through its Hydrodynamic Testing Channel at the School of Naval Engineering.

The ultimate goal of the SOMOS project is to revolutionise offshore wind energy, significantly reducing costs and making this renewable source more accessible. This initiative not only seeks to drive clean and sustainable energy but also aims to establish offshore wind power as the leading energy solution of the future.

By pushing the boundaries of innovation and sustainability, Sarens and its partners are paving the way for a greener and more cost-effective energy landscape.

The future of energy is here – and it’s offshore wind!

 
 

Sarens in Spain is proud to be the tractor partner of the groundbreaking SOMOS 2024 Consortium (Ref.: 59/561713.9/24 for the Contest “Sustainability and Modularity for Innovative Solutions in Offshore Wind Energy” included in the grants for contributing the improvement of public-private cooperation in R&D&I through consortium projects with a driving effect), co-financed by the Community of Madrid – Vice Presidency, Department of Education and Universities, along with the European Regional Development Fund (ERDF) under the European Commission’s operational program.

With a budget of 4.583.535,18€ and a duration of three years, SOMOS aims to develop an unprecedented modular and containerisable floating hull solution. This innovation is based on the concept of Modular Stackable Pontoons (MSP) and will be applied across three Esteyco’s pioneering technologies with immense potential in offshore wind energy: ATOMS (Attachable O&M System), TIM (Transport & Installation Module) and AIRBARGE (currently on execution with Sarens Modular Barges at DEMOWHEEL 6 MW Esteyco’s prototype in Canary Islands).

Additionally, SOMOS will focus on advanced remote monitoring systems and intelligent adaptive control technologies, further enhancing the efficiency and sustainability of offshore structures.

To bring this ambitious project to life, a consortium has been formed, bringing together key industry players and experts in various fields: Sarens – A global leader in heavy lifting, engineered transport, and crane rental servicesl Esteyco – A renowned civil engineering and architectural consultancy and the developer of the SOMOS technological solutions; Azimutal – A company specializing in sensorisation, monitoring, and control systems; Dhamma Blue – A startup leading the green revolution in the maritime industry; Beskar Forge: A startup specialized in virtualization, computing, and communications.

The Technical University of Madrid will also play a crucial role by conducting numerical simulations and experimental modeling through its Hydrodynamic Testing Channel at the School of Naval Engineering.

The ultimate goal of the SOMOS project is to revolutionise offshore wind energy, significantly reducing costs and making this renewable source more accessible. This initiative not only seeks to drive clean and sustainable energy but also aims to establish offshore wind power as the leading energy solution of the future.

By pushing the boundaries of innovation and sustainability, Sarens and its partners are paving the way for a greener and more cost-effective energy landscape.

The future of energy is here – and it’s offshore wind!

 
 

26 March 2026 |

Seaway7 appoints Lloyd Duthie as Chief Executive Officer

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Seaway7 has appointed Lloyd Duthie as Chief Executive Officer, effective 1 April 2026.

Lloyd succeeds Stuart Fitzgerald, who will take up the role of CEO of Subsea7 as announced by the Group earlier this month.

Lloyd Duthie, CEO Seaway7, as of 1st April 2026
Lloyd has more than 25 years’ experience with the Subsea7 Group and has held senior leadership roles, most recently as Seaway7’s Deputy CEO and Vice President for the UK and Asia business unit.

Stuart Fitzgerald said: “Lloyd’s appointment ensures seamless continuity for Seaway7. His extensive experience, a strong track record across our projects and longstanding relationships within the industry make him well placed to lead Seaway7 into the future.”

Lloyd Duthie said: “It is a privilege to step into this role. Seaway7 is built on trusted client relationships and a commitment to safe, dependable project delivery. I look forward to leading the business as we continue to strengthen our position as a leading contractor in offshore wind.”

Seaway7 remains a core contributor to the Subsea7 Group’s renewables activities, supporting the delivery of offshore wind projects in key global markets.

 
 

Seaway7 has appointed Lloyd Duthie as Chief Executive Officer, effective 1 April 2026.

Lloyd succeeds Stuart Fitzgerald, who will take up the role of CEO of Subsea7 as announced by the Group earlier this month.

Lloyd Duthie, CEO Seaway7, as of 1st April 2026
Lloyd has more than 25 years’ experience with the Subsea7 Group and has held senior leadership roles, most recently as Seaway7’s Deputy CEO and Vice President for the UK and Asia business unit.

Stuart Fitzgerald said: “Lloyd’s appointment ensures seamless continuity for Seaway7. His extensive experience, a strong track record across our projects and longstanding relationships within the industry make him well placed to lead Seaway7 into the future.”

Lloyd Duthie said: “It is a privilege to step into this role. Seaway7 is built on trusted client relationships and a commitment to safe, dependable project delivery. I look forward to leading the business as we continue to strengthen our position as a leading contractor in offshore wind.”

Seaway7 remains a core contributor to the Subsea7 Group’s renewables activities, supporting the delivery of offshore wind projects in key global markets.

 
 

26 March 2026 |

ABL secures new contract

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ABL has secured a new contract with an undisclosed vessel owner to provide fleet‑wide dynamic positioning (DP) and critical systems consultancy, supporting the safe and reliable operation of multiple offshore assets.

The scope of work has been awarded to ABL’s operations in Egypt and includes a comprehensive range of DP and critical systems services across a mixed fleet of DP2 anchor handling tugs, hybrid‑propulsion vessels, and offshore vessels.

Services will include DP consultancy, Failure Mode and Effects Analysis (FMEA), DP proving trials, and the development of operational manuals, supporting both compliance and long‑term operational performance across the fleet.

“ABL Egypt has delivered a significant volume of FMEA studies, DP operational manuals, FMEA gap analyses, and DP capability assessments for major vessel operators in Egypt over the past year. Demand for these services continues to grow as we move further into 2026, driven by increased automation, hybridisation and a strong focus on energy efficiency and operational assurance.” Tamer Gamil, Country Manager for ABL Egypt.

ABL Egypt is a market leader in marine assurance and risk services, including DP consultancy and critical systems assurance, holding approximately 90%+ market share locally. The in‑country team delivers specialist marine, engineering, and survey expertise, fully integrated with ABL’s global DP and critical systems capability.

Globally, ABL supports around 390 DP projects each year, providing independent assurance across vessel operations, newbuilds, retrofits, and fleet optimisation programmes.

“Our strength lies in combining global standards and experience with responsive, in-country technical expertise. This enables close collaboration with our clients across Egypt, ensuring practical, timely solutions that directly support the performance and reliability of their assets.” Continues Gamil.

ABL will be showcasing its marine assurance, DP consultancy, and critical systems services at EGYPES 2026, where the Egypt team will be available to discuss fleet challenges, DP assurance strategies, and long‑term asset performance.

 
 

ABL has secured a new contract with an undisclosed vessel owner to provide fleet‑wide dynamic positioning (DP) and critical systems consultancy, supporting the safe and reliable operation of multiple offshore assets.

The scope of work has been awarded to ABL’s operations in Egypt and includes a comprehensive range of DP and critical systems services across a mixed fleet of DP2 anchor handling tugs, hybrid‑propulsion vessels, and offshore vessels.

Services will include DP consultancy, Failure Mode and Effects Analysis (FMEA), DP proving trials, and the development of operational manuals, supporting both compliance and long‑term operational performance across the fleet.

“ABL Egypt has delivered a significant volume of FMEA studies, DP operational manuals, FMEA gap analyses, and DP capability assessments for major vessel operators in Egypt over the past year. Demand for these services continues to grow as we move further into 2026, driven by increased automation, hybridisation and a strong focus on energy efficiency and operational assurance.” Tamer Gamil, Country Manager for ABL Egypt.

ABL Egypt is a market leader in marine assurance and risk services, including DP consultancy and critical systems assurance, holding approximately 90%+ market share locally. The in‑country team delivers specialist marine, engineering, and survey expertise, fully integrated with ABL’s global DP and critical systems capability.

Globally, ABL supports around 390 DP projects each year, providing independent assurance across vessel operations, newbuilds, retrofits, and fleet optimisation programmes.

“Our strength lies in combining global standards and experience with responsive, in-country technical expertise. This enables close collaboration with our clients across Egypt, ensuring practical, timely solutions that directly support the performance and reliability of their assets.” Continues Gamil.

ABL will be showcasing its marine assurance, DP consultancy, and critical systems services at EGYPES 2026, where the Egypt team will be available to discuss fleet challenges, DP assurance strategies, and long‑term asset performance.

 
 

25 March 2026 |

Kalmar and Yilport Oslo extend partnership

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Kalmar has signed an agreement with Yilport Oslo Terminal Investments AS to supply three Kalmar Electric Reachstackers.

This order continues a long-standing partnership that began in 2016 and was recently further strengthened with a previously announced three-year Kalmar Complete Care service agreement. The order was booked in Kalmar’s Q4 2025 order intake, with delivery scheduled for early Q4 2026.

Yilport Oslo Terminal already has a number of Kalmar equipment, such as the Kalmar electric medium forklift and the Kalmar ECO reachstacker.

Bjørn Engelsen, Terminal Director, Yilport Oslo Terminal: “We selected Kalmar’s electric reachstackers to further reduce our CO₂ emissions and advance our environmental goals. At the same time, we needed assurance that the machines could deliver the uptime and performance our operations require. With the strong service partnership, the proven reliability of Kalmar equipment, and the performance data provided by Kalmar, we are confident these electric reachstackers will support our continued operational success.”

Bredo Steen-Gundersen, Country Director Norway, Kalmar: “We highly appreciate our long-standing relationship with Yilport and the journey we have taken together. Seeing their fleet evolve from diesel to Eco machines and now to fully electric solutions highlights their strong commitment to reducing CO₂ emissions. We are proud to partner with them and support their ongoing efforts to achieve their environmental goals.”

 
 

Kalmar has signed an agreement with Yilport Oslo Terminal Investments AS to supply three Kalmar Electric Reachstackers.

This order continues a long-standing partnership that began in 2016 and was recently further strengthened with a previously announced three-year Kalmar Complete Care service agreement. The order was booked in Kalmar’s Q4 2025 order intake, with delivery scheduled for early Q4 2026.

Yilport Oslo Terminal already has a number of Kalmar equipment, such as the Kalmar electric medium forklift and the Kalmar ECO reachstacker.

Bjørn Engelsen, Terminal Director, Yilport Oslo Terminal: “We selected Kalmar’s electric reachstackers to further reduce our CO₂ emissions and advance our environmental goals. At the same time, we needed assurance that the machines could deliver the uptime and performance our operations require. With the strong service partnership, the proven reliability of Kalmar equipment, and the performance data provided by Kalmar, we are confident these electric reachstackers will support our continued operational success.”

Bredo Steen-Gundersen, Country Director Norway, Kalmar: “We highly appreciate our long-standing relationship with Yilport and the journey we have taken together. Seeing their fleet evolve from diesel to Eco machines and now to fully electric solutions highlights their strong commitment to reducing CO₂ emissions. We are proud to partner with them and support their ongoing efforts to achieve their environmental goals.”

 
 

25 March 2026 |

Upcargo handles transport in Panama

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The team at Upcargo Logistics recently coordinated and handled the successful execution of a specialised oversized cargo transport in Panama.

The operation involved the transportation of two dump trucks, each with dimensions of 10.25 x 2.65 x 3.99m and a weight of 11,000kg per unit.

This movement was a local direct delivery to the consignee’s facilities following receipt of the cargo at the Port of Manzanillo.

To ensure a safe and compliant operation, UPCARGO arranged: Special transit permits for oversized cargo, Coordination of civil escorts throughout the journey, Detailed logistical planning, including route analysis, restrictions, & timing.

The project was completed successfully, safely, and within schedule, reinforcing the expertise of Upcargo Logistics in handling project cargo and specialised transportation in the region.

“We appreciate the trust of our partners and remain committed to delivering high-quality, integrated logistics solutions.”

 
 

The team at Upcargo Logistics recently coordinated and handled the successful execution of a specialised oversized cargo transport in Panama.

The operation involved the transportation of two dump trucks, each with dimensions of 10.25 x 2.65 x 3.99m and a weight of 11,000kg per unit.

This movement was a local direct delivery to the consignee’s facilities following receipt of the cargo at the Port of Manzanillo.

To ensure a safe and compliant operation, UPCARGO arranged: Special transit permits for oversized cargo, Coordination of civil escorts throughout the journey, Detailed logistical planning, including route analysis, restrictions, & timing.

The project was completed successfully, safely, and within schedule, reinforcing the expertise of Upcargo Logistics in handling project cargo and specialised transportation in the region.

“We appreciate the trust of our partners and remain committed to delivering high-quality, integrated logistics solutions.”

 
 

24 March 2026 |

Rhenus executes multimodal transport to the US

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The Rhenus Group has successfully completed the multimodal transport of process equipment and plant components from Austria to the United States, supporting the development of a major manufacturing facility.

The assignment required precise coordination, strict milestone planning and seamless teamwork among several Rhenus entities in Europe and North America.

The operation involved approximately 2,840 m³ of breakbulk cargo, packed into 40 oversized crates, along with 12 x 40’ containers. The transport combined road freight, inland waterway services and ocean freight into a single end‑to‑end solution. Given the critical nature of the equipment and stringent contractual deadlines, ensuring reliability and operational control throughout the entire chain was essential.

Following pre-carriage to Krems handled by the Rhenus Overland Division, the cargo was delivered to Rhenus Donauhafen Krems, a strategically located inland port on the Danube River serving as a trimodal logistics hub connecting road, rail and inland waterway transport. Equipped with advanced cargo-handling infrastructure and specialized facilities for breakbulk, containerized and project cargo, the port played an essential role in handling operations and coordinating export packaging directly on site. From Krems, the cargo continued via an inland barge operated by Rhenus Partnership Austria to the Port of Antwerp, where it transitioned seamlessly to overseas transport. The ocean freight leg, including the transatlantic shipment to the Port of Norfolk in Virginia and coordination of the U.S. on-carriage, was overseen by Rhenus Project Logistics with the journey concluding in North Carolina as the cargo reached the project site following a precisely orchestrated final delivery.

Throughout the entire process, the Project Division of Rhenus Logistics in Austria acted as the central hub, ensuring smooth communication with the customer and harmonizing all operational steps among the participating Rhenus units.

“Our contribution to this project highlights the strategic role Austria plays within the Rhenus global network,” says Thomas Doblinger, Managing Director Rhenus Logistics Austria. “With Krems as a powerful inland hub and our teams’ deep expertise in handling complex industrial cargo, we were able to deliver a solution that combines operational precision with sustainable transport modes. This project not only strengthens our local capabilities but also demonstrates how Rhenus Austria reliably connects regional industry with international markets.”

“Projects of this scale can only be accomplished through seamless cooperation across regions. From Austria to Belgium and onward to the United States, our teams worked hand in hand, demonstrating the strength of the Rhenus network and our commitment to providing customers with integrated, dependable and sustainable logistics solutions worldwide,” stated Patrick Schaeffer, Regional CEO Air & Ocean and Overland for Central Eastern Europe at Rhenus.

“This successful execution demonstrates the strength of the Rhenus integrated network approach,” says Moritz Becker, VP Director of Rhenus Project Logistics. “By leveraging multimodal transport, inland waterway solutions and seamless cross-border collaboration, we ensured safe, timely and efficient delivery for a highly demanding industrial project.”

The transport underscores the strategic value of the Rhenus Group’s end-to-end capabilities within the project logistics sector. By opting for environmentally friendly inland waterways, the company further demonstrates its commitment to sustainable and forward‑thinking logistics solutions. The successful execution of the project brought together the combined expertise of multiple Rhenus entities internationally, showcasing the strength and coordination of the global Rhenus network.

 
 

The Rhenus Group has successfully completed the multimodal transport of process equipment and plant components from Austria to the United States, supporting the development of a major manufacturing facility.

The assignment required precise coordination, strict milestone planning and seamless teamwork among several Rhenus entities in Europe and North America.

The operation involved approximately 2,840 m³ of breakbulk cargo, packed into 40 oversized crates, along with 12 x 40’ containers. The transport combined road freight, inland waterway services and ocean freight into a single end‑to‑end solution. Given the critical nature of the equipment and stringent contractual deadlines, ensuring reliability and operational control throughout the entire chain was essential.

Following pre-carriage to Krems handled by the Rhenus Overland Division, the cargo was delivered to Rhenus Donauhafen Krems, a strategically located inland port on the Danube River serving as a trimodal logistics hub connecting road, rail and inland waterway transport. Equipped with advanced cargo-handling infrastructure and specialized facilities for breakbulk, containerized and project cargo, the port played an essential role in handling operations and coordinating export packaging directly on site. From Krems, the cargo continued via an inland barge operated by Rhenus Partnership Austria to the Port of Antwerp, where it transitioned seamlessly to overseas transport. The ocean freight leg, including the transatlantic shipment to the Port of Norfolk in Virginia and coordination of the U.S. on-carriage, was overseen by Rhenus Project Logistics with the journey concluding in North Carolina as the cargo reached the project site following a precisely orchestrated final delivery.

Throughout the entire process, the Project Division of Rhenus Logistics in Austria acted as the central hub, ensuring smooth communication with the customer and harmonizing all operational steps among the participating Rhenus units.

“Our contribution to this project highlights the strategic role Austria plays within the Rhenus global network,” says Thomas Doblinger, Managing Director Rhenus Logistics Austria. “With Krems as a powerful inland hub and our teams’ deep expertise in handling complex industrial cargo, we were able to deliver a solution that combines operational precision with sustainable transport modes. This project not only strengthens our local capabilities but also demonstrates how Rhenus Austria reliably connects regional industry with international markets.”

“Projects of this scale can only be accomplished through seamless cooperation across regions. From Austria to Belgium and onward to the United States, our teams worked hand in hand, demonstrating the strength of the Rhenus network and our commitment to providing customers with integrated, dependable and sustainable logistics solutions worldwide,” stated Patrick Schaeffer, Regional CEO Air & Ocean and Overland for Central Eastern Europe at Rhenus.

“This successful execution demonstrates the strength of the Rhenus integrated network approach,” says Moritz Becker, VP Director of Rhenus Project Logistics. “By leveraging multimodal transport, inland waterway solutions and seamless cross-border collaboration, we ensured safe, timely and efficient delivery for a highly demanding industrial project.”

The transport underscores the strategic value of the Rhenus Group’s end-to-end capabilities within the project logistics sector. By opting for environmentally friendly inland waterways, the company further demonstrates its commitment to sustainable and forward‑thinking logistics solutions. The successful execution of the project brought together the combined expertise of multiple Rhenus entities internationally, showcasing the strength and coordination of the global Rhenus network.

 
 

24 March 2026 |

TPI France selects MFC Extreme UAE to support them

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TPI France selected MFC Extreme UAE to support them in the shipment from Italy to UAE site.

The partnerships successfully managed the logistics and delivery of a large industrial pressure vessel.

The unit weighed 141 tons and measured 18.93 meters in length, 4.65 meters in width, and 4.77 meters in height.

TPI arranged the part charter breakbulk vessel from Porto Maghera, Italy to Jebel Ali, UAE and MFC managed the Customs Clearance, Port Handling, and Transportation to site.
Due to the size of the unit, the vessels cranes could not unload the unit, so MFC arranged 2 x 500 T cranes for a tandem lift. At the same time 2 x sets of hydraulic trailers with 10 axles per set were in position to receive direct from discharge.

Transportation from the port was oversized, road permits were secured, and the cargo was permitted to travel only at night from 12 a.m. to 5 a.m. MFC successfully received the shipment under hook during the early morning hours and secured the permit from the port to keep the shipment in the port yard until evening for the road transportation.
At midnight, the cargo was permitted to leave the port with the escort of JAFZA authority for final delivery to the client’s site where it was promptly offloaded following close coordination to ensure no delays.

The operation required precise coordination between the rigging teams, vessel, haulier, authorities, and consignee to ensure the high-pressure vessel was handled safely from discharge to final placement. The project was completed on schedule, adhering to all technical safety protocols for oversized cargo.

 
 

TPI France selected MFC Extreme UAE to support them in the shipment from Italy to UAE site.

The partnerships successfully managed the logistics and delivery of a large industrial pressure vessel.

The unit weighed 141 tons and measured 18.93 meters in length, 4.65 meters in width, and 4.77 meters in height.

TPI arranged the part charter breakbulk vessel from Porto Maghera, Italy to Jebel Ali, UAE and MFC managed the Customs Clearance, Port Handling, and Transportation to site.
Due to the size of the unit, the vessels cranes could not unload the unit, so MFC arranged 2 x 500 T cranes for a tandem lift. At the same time 2 x sets of hydraulic trailers with 10 axles per set were in position to receive direct from discharge.

Transportation from the port was oversized, road permits were secured, and the cargo was permitted to travel only at night from 12 a.m. to 5 a.m. MFC successfully received the shipment under hook during the early morning hours and secured the permit from the port to keep the shipment in the port yard until evening for the road transportation.
At midnight, the cargo was permitted to leave the port with the escort of JAFZA authority for final delivery to the client’s site where it was promptly offloaded following close coordination to ensure no delays.

The operation required precise coordination between the rigging teams, vessel, haulier, authorities, and consignee to ensure the high-pressure vessel was handled safely from discharge to final placement. The project was completed on schedule, adhering to all technical safety protocols for oversized cargo.

 
 

24 March 2026 |

Navigators Logistica executes overland transport movement

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The Industrial Projects Team of Navigators Logistica, members to the Worldwide Project Consortium (WWPC) for Bahrain, together with their Ground Handling Division recently executed a meticulously planned overland transport movement involving critical converter reactor and insulator accessories.

The cargo, consisting of 14 packages with a total weight of 110 metric tons, was received at Jebel Ali Port and promptly handled with the highest level of operational precision. Following the completion of all port clearance formalities, the cargo was carefully prepared for onward transportation.

Converters were securely packed in iron boxes of 2.4 x 2.4 x4.4 meters and accessories in wooden boxes of bigger dimensions, before transporting the cargo to the destination.

Given the size, weight, and sensitivity of the industrial equipment, the movement required detailed planning, specialized handling, and seamless coordination between multiple operational teams. Through careful route planning and strict adherence to safety and transport protocols, the shipment was successfully moved by land to the client’s project site in the GCC region.

This operation once again highlights Navigators’ capability in managing complex industrial project cargo, ensuring that even the most demanding logistics challenges are delivered with accuracy, efficiency, and reliability.

 
 

The Industrial Projects Team of Navigators Logistica, members to the Worldwide Project Consortium (WWPC) for Bahrain, together with their Ground Handling Division recently executed a meticulously planned overland transport movement involving critical converter reactor and insulator accessories.

The cargo, consisting of 14 packages with a total weight of 110 metric tons, was received at Jebel Ali Port and promptly handled with the highest level of operational precision. Following the completion of all port clearance formalities, the cargo was carefully prepared for onward transportation.

Converters were securely packed in iron boxes of 2.4 x 2.4 x4.4 meters and accessories in wooden boxes of bigger dimensions, before transporting the cargo to the destination.

Given the size, weight, and sensitivity of the industrial equipment, the movement required detailed planning, specialized handling, and seamless coordination between multiple operational teams. Through careful route planning and strict adherence to safety and transport protocols, the shipment was successfully moved by land to the client’s project site in the GCC region.

This operation once again highlights Navigators’ capability in managing complex industrial project cargo, ensuring that even the most demanding logistics challenges are delivered with accuracy, efficiency, and reliability.

 
 

23 March 2026 |

CEVA launches new maritime transport solution

0

CEVA Logistics, a global leader in third-party logistics specializing in reverse logistics for electric vehicle (EV) batteries, announces the launch of a new secure maritime transport solution dedicated to the shipment of used lithium-ion batteries to continental Europe.

This service is operational as of March 2026 on CMA CGM’s shipping lines and is based on an initial deployment of five specifically adapted containers.

The battery market has experienced rapid and sustained expansion for the last several years thanks to the growing demand for energy storage solutions and the rise of electric vehicles. This growth has fueled the increasing need for transport solutions for used batteries from island territories to recycling facilities located on the mainland.

CEVA Logistics is an active player in the battery market with dedicated EV battery reverse logistics solutions. Now, CEVA is advancing its expertise with the deployment of a new maritime transport service designed specifically for the handling of used batteries. The new solution enables CEVA to reroute all types of used lithium-ion batteries, regardless of their status, to continental Europe so that they can be evaluated and processed into recycling systems.

CEVA’s maritime transport service for used lithium-ion batteries provides a tangible solution to the growing needs of isolated geographies, including island countries or territories, which are faced with the challenges of managing the accumulation of used batteries on their land.

The lack of local recycling systems and their limited capabilities in these territories make it essential to return the used batteries to continental Europe. There, they will be treated in accordance with European regulations , supporting mandatory requirements on collecting and recycling batteries put into service within the European Union. The new transport service linking island territories to continental Europe is offered on all CMA CGM shipping lines as part of a partnership with CEVA Logistics.

To ensure maximum safety during maritime transport, CEVA will leverage a custom double-container system. The used batteries are consolidated into containment vaults and then placed into larger shipping containers specifically designed to accommodate this special type of cargo. Each shipping container can hold four vaults, for a transport capacity of up to six tons each. This custom solution aims to neutralize any risks associated with the potential instability of used lithium-ion batteries during transit.
Expert technicians, trained in electrical, chemical, and fire safety, are deployed for each operation to ensure the batteries are safely packed and loaded into the containers. Furthermore, every used battery transport project undergoes a comprehensive technical and administrative review prior to shipping, including the completion of all tracking declarations and notification procedures by CEVA’s Reverse Logistics experts.

CEVA is taking another step towards implementing a circular value chain dedicated to end-of-life batteries. Thanks to this new maritime transport service, CEVA now offers an expanded reverse logistics service for batteries, including the collection, handling, transport (by sea and/or road), temporary storage, diagnosis, and dismantling in one of its Battery Logistics Centers. The network is being deployed across Europe, before the transfer of batteries to a recycling or second-life center.

Eric Dessupoiu, VP Finished Vehicle Logistics, CEVA Logistics, said: “Lithium-ion battery recycling is a key issue for Europe, and we are committed to making the battery sector more circular. We’ve leveraged our expertise as a logistics provider in the automotive sector with the launch of CEVA’s Reverse Logistics solution in 2025, and now we’re strengthening the offering with a dedicated maritime transport solution to support the disposition and transport of batteries for recycling purposes.”

 
 

CEVA Logistics, a global leader in third-party logistics specializing in reverse logistics for electric vehicle (EV) batteries, announces the launch of a new secure maritime transport solution dedicated to the shipment of used lithium-ion batteries to continental Europe.

This service is operational as of March 2026 on CMA CGM’s shipping lines and is based on an initial deployment of five specifically adapted containers.

The battery market has experienced rapid and sustained expansion for the last several years thanks to the growing demand for energy storage solutions and the rise of electric vehicles. This growth has fueled the increasing need for transport solutions for used batteries from island territories to recycling facilities located on the mainland.

CEVA Logistics is an active player in the battery market with dedicated EV battery reverse logistics solutions. Now, CEVA is advancing its expertise with the deployment of a new maritime transport service designed specifically for the handling of used batteries. The new solution enables CEVA to reroute all types of used lithium-ion batteries, regardless of their status, to continental Europe so that they can be evaluated and processed into recycling systems.

CEVA’s maritime transport service for used lithium-ion batteries provides a tangible solution to the growing needs of isolated geographies, including island countries or territories, which are faced with the challenges of managing the accumulation of used batteries on their land.

The lack of local recycling systems and their limited capabilities in these territories make it essential to return the used batteries to continental Europe. There, they will be treated in accordance with European regulations , supporting mandatory requirements on collecting and recycling batteries put into service within the European Union. The new transport service linking island territories to continental Europe is offered on all CMA CGM shipping lines as part of a partnership with CEVA Logistics.

To ensure maximum safety during maritime transport, CEVA will leverage a custom double-container system. The used batteries are consolidated into containment vaults and then placed into larger shipping containers specifically designed to accommodate this special type of cargo. Each shipping container can hold four vaults, for a transport capacity of up to six tons each. This custom solution aims to neutralize any risks associated with the potential instability of used lithium-ion batteries during transit.
Expert technicians, trained in electrical, chemical, and fire safety, are deployed for each operation to ensure the batteries are safely packed and loaded into the containers. Furthermore, every used battery transport project undergoes a comprehensive technical and administrative review prior to shipping, including the completion of all tracking declarations and notification procedures by CEVA’s Reverse Logistics experts.

CEVA is taking another step towards implementing a circular value chain dedicated to end-of-life batteries. Thanks to this new maritime transport service, CEVA now offers an expanded reverse logistics service for batteries, including the collection, handling, transport (by sea and/or road), temporary storage, diagnosis, and dismantling in one of its Battery Logistics Centers. The network is being deployed across Europe, before the transfer of batteries to a recycling or second-life center.

Eric Dessupoiu, VP Finished Vehicle Logistics, CEVA Logistics, said: “Lithium-ion battery recycling is a key issue for Europe, and we are committed to making the battery sector more circular. We’ve leveraged our expertise as a logistics provider in the automotive sector with the launch of CEVA’s Reverse Logistics solution in 2025, and now we’re strengthening the offering with a dedicated maritime transport solution to support the disposition and transport of batteries for recycling purposes.”

 
 

23 March 2026 |

CEVA launches new maritime transport solution

0

CEVA Logistics, a global leader in third-party logistics specializing in reverse logistics for electric vehicle (EV) batteries, announces the launch of a new secure maritime transport solution dedicated to the shipment of used lithium-ion batteries to continental Europe.

This service is operational as of March 2026 on CMA CGM’s shipping lines and is based on an initial deployment of five specifically adapted containers.

The battery market has experienced rapid and sustained expansion for the last several years thanks to the growing demand for energy storage solutions and the rise of electric vehicles. This growth has fueled the increasing need for transport solutions for used batteries from island territories to recycling facilities located on the mainland.

CEVA Logistics is an active player in the battery market with dedicated EV battery reverse logistics solutions. Now, CEVA is advancing its expertise with the deployment of a new maritime transport service designed specifically for the handling of used batteries. The new solution enables CEVA to reroute all types of used lithium-ion batteries, regardless of their status, to continental Europe so that they can be evaluated and processed into recycling systems.

CEVA’s maritime transport service for used lithium-ion batteries provides a tangible solution to the growing needs of isolated geographies, including island countries or territories, which are faced with the challenges of managing the accumulation of used batteries on their land.

The lack of local recycling systems and their limited capabilities in these territories make it essential to return the used batteries to continental Europe. There, they will be treated in accordance with European regulations , supporting mandatory requirements on collecting and recycling batteries put into service within the European Union. The new transport service linking island territories to continental Europe is offered on all CMA CGM shipping lines as part of a partnership with CEVA Logistics.

To ensure maximum safety during maritime transport, CEVA will leverage a custom double-container system. The used batteries are consolidated into containment vaults and then placed into larger shipping containers specifically designed to accommodate this special type of cargo. Each shipping container can hold four vaults, for a transport capacity of up to six tons each. This custom solution aims to neutralize any risks associated with the potential instability of used lithium-ion batteries during transit.
Expert technicians, trained in electrical, chemical, and fire safety, are deployed for each operation to ensure the batteries are safely packed and loaded into the containers. Furthermore, every used battery transport project undergoes a comprehensive technical and administrative review prior to shipping, including the completion of all tracking declarations and notification procedures by CEVA’s Reverse Logistics experts.

CEVA is taking another step towards implementing a circular value chain dedicated to end-of-life batteries. Thanks to this new maritime transport service, CEVA now offers an expanded reverse logistics service for batteries, including the collection, handling, transport (by sea and/or road), temporary storage, diagnosis, and dismantling in one of its Battery Logistics Centers. The network is being deployed across Europe, before the transfer of batteries to a recycling or second-life center.

Eric Dessupoiu, VP Finished Vehicle Logistics, CEVA Logistics, said: “Lithium-ion battery recycling is a key issue for Europe, and we are committed to making the battery sector more circular. We’ve leveraged our expertise as a logistics provider in the automotive sector with the launch of CEVA’s Reverse Logistics solution in 2025, and now we’re strengthening the offering with a dedicated maritime transport solution to support the disposition and transport of batteries for recycling purposes.”

 
 

CEVA Logistics, a global leader in third-party logistics specializing in reverse logistics for electric vehicle (EV) batteries, announces the launch of a new secure maritime transport solution dedicated to the shipment of used lithium-ion batteries to continental Europe.

This service is operational as of March 2026 on CMA CGM’s shipping lines and is based on an initial deployment of five specifically adapted containers.

The battery market has experienced rapid and sustained expansion for the last several years thanks to the growing demand for energy storage solutions and the rise of electric vehicles. This growth has fueled the increasing need for transport solutions for used batteries from island territories to recycling facilities located on the mainland.

CEVA Logistics is an active player in the battery market with dedicated EV battery reverse logistics solutions. Now, CEVA is advancing its expertise with the deployment of a new maritime transport service designed specifically for the handling of used batteries. The new solution enables CEVA to reroute all types of used lithium-ion batteries, regardless of their status, to continental Europe so that they can be evaluated and processed into recycling systems.

CEVA’s maritime transport service for used lithium-ion batteries provides a tangible solution to the growing needs of isolated geographies, including island countries or territories, which are faced with the challenges of managing the accumulation of used batteries on their land.

The lack of local recycling systems and their limited capabilities in these territories make it essential to return the used batteries to continental Europe. There, they will be treated in accordance with European regulations , supporting mandatory requirements on collecting and recycling batteries put into service within the European Union. The new transport service linking island territories to continental Europe is offered on all CMA CGM shipping lines as part of a partnership with CEVA Logistics.

To ensure maximum safety during maritime transport, CEVA will leverage a custom double-container system. The used batteries are consolidated into containment vaults and then placed into larger shipping containers specifically designed to accommodate this special type of cargo. Each shipping container can hold four vaults, for a transport capacity of up to six tons each. This custom solution aims to neutralize any risks associated with the potential instability of used lithium-ion batteries during transit.
Expert technicians, trained in electrical, chemical, and fire safety, are deployed for each operation to ensure the batteries are safely packed and loaded into the containers. Furthermore, every used battery transport project undergoes a comprehensive technical and administrative review prior to shipping, including the completion of all tracking declarations and notification procedures by CEVA’s Reverse Logistics experts.

CEVA is taking another step towards implementing a circular value chain dedicated to end-of-life batteries. Thanks to this new maritime transport service, CEVA now offers an expanded reverse logistics service for batteries, including the collection, handling, transport (by sea and/or road), temporary storage, diagnosis, and dismantling in one of its Battery Logistics Centers. The network is being deployed across Europe, before the transfer of batteries to a recycling or second-life center.

Eric Dessupoiu, VP Finished Vehicle Logistics, CEVA Logistics, said: “Lithium-ion battery recycling is a key issue for Europe, and we are committed to making the battery sector more circular. We’ve leveraged our expertise as a logistics provider in the automotive sector with the launch of CEVA’s Reverse Logistics solution in 2025, and now we’re strengthening the offering with a dedicated maritime transport solution to support the disposition and transport of batteries for recycling purposes.”

 
 

23 March 2026 |

PCN approves COLI as members in Guyana

0

Project Cargo Network are pleased to approve COLI Shipping & Transport as new members in Guyana.

Based in Georgetown, they are experts in providing multimodal logistics solutions for the transportation of breakbulk, heavy lift, bulk, and project cargo. They offer ‘made-to-measure’ solutions with excellent communication and personal involvement.

“With Guyana’s rapidly expanding economy and growing oil & gas sector, COLI Guyana is a trusted logistics provider for project cargo, heavy-lift, and specialized transport solutions.

Our commitment to precision, proactive logistics management, and problem-solving is what makes us a reliable partner for project cargo needs in Guyana’s evolving market. The COLI Guyana team is focused on delivering high-quality solutions tailored to the unique demands of the oil & gas, mining, and heavy industry sectors.”

 
 

Project Cargo Network are pleased to approve COLI Shipping & Transport as new members in Guyana.

Based in Georgetown, they are experts in providing multimodal logistics solutions for the transportation of breakbulk, heavy lift, bulk, and project cargo. They offer ‘made-to-measure’ solutions with excellent communication and personal involvement.

“With Guyana’s rapidly expanding economy and growing oil & gas sector, COLI Guyana is a trusted logistics provider for project cargo, heavy-lift, and specialized transport solutions.

Our commitment to precision, proactive logistics management, and problem-solving is what makes us a reliable partner for project cargo needs in Guyana’s evolving market. The COLI Guyana team is focused on delivering high-quality solutions tailored to the unique demands of the oil & gas, mining, and heavy industry sectors.”

 
 

19 March 2026 |

PCN approves COLI as members in Guyana

0

Project Cargo Network are pleased to approve COLI Shipping & Transport as new members in Guyana.

Based in Georgetown, they are experts in providing multimodal logistics solutions for the transportation of breakbulk, heavy lift, bulk, and project cargo. They offer ‘made-to-measure’ solutions with excellent communication and personal involvement.

“With Guyana’s rapidly expanding economy and growing oil & gas sector, COLI Guyana is a trusted logistics provider for project cargo, heavy-lift, and specialized transport solutions.

Our commitment to precision, proactive logistics management, and problem-solving is what makes us a reliable partner for project cargo needs in Guyana’s evolving market. The COLI Guyana team is focused on delivering high-quality solutions tailored to the unique demands of the oil & gas, mining, and heavy industry sectors.”

 
 

Project Cargo Network are pleased to approve COLI Shipping & Transport as new members in Guyana.

Based in Georgetown, they are experts in providing multimodal logistics solutions for the transportation of breakbulk, heavy lift, bulk, and project cargo. They offer ‘made-to-measure’ solutions with excellent communication and personal involvement.

“With Guyana’s rapidly expanding economy and growing oil & gas sector, COLI Guyana is a trusted logistics provider for project cargo, heavy-lift, and specialized transport solutions.

Our commitment to precision, proactive logistics management, and problem-solving is what makes us a reliable partner for project cargo needs in Guyana’s evolving market. The COLI Guyana team is focused on delivering high-quality solutions tailored to the unique demands of the oil & gas, mining, and heavy industry sectors.”

 
 

19 March 2026 |
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