Cai Mep Inland Waterway System (Vietnam)

The CMA CGM-NIKE electric barge initiative in Vietnam is an announced example of low-emission technology integration within logistics systems, showing how clean energy solutions could decarbonize inland freight transport while strengthening industrial and operational capability. Centered around the Cai Mep port, Vietnam’s primary container gateway near Ho Chi Minh City, the project is planned to combine electrified vessel technology, renewable energy generation, and supply chain integration.

At the core of this case study is the planned deployment of what CMA CGM describes as the first fully electric container barge in Viet Nam. Designed by CMA CGM’s CMA Ships and R&D teams, the vessel is intended to replace conventional diesel-powered barges, which are typically associated with high fuel consumption and emissions. This transition reflects a broader shift toward electrification of short-haul and inland transport, where predictable routes and lower energy demands enable viable adoption of battery-powered systems.

The effectiveness of the initiative lies in its integration with supporting clean energy infrastructure. A dedicated charging station is planned at the Gemalink terminal in Cai Mep, to be powered by an on-site solar farm expected to generate up to 1 GWh of renewable electricity per year (CMA CGM Group, 2025).

Operationally, the electric barge is planned to serve a 180 km round-trip route (CMA CGM, 2024) between Binh Duong Province and Ba Rịa-Vung Tau, linking inland manufacturing hubs to export terminals. CMA CGM forecasts that the initiative will reduce CO2 emissions by approximately 778 tonnes a year (CMA CGM Group, 2025). This is a projected benefit, not a measured result. These reductions highlight the role of inland waterway transport as a high-impact decarbonization opportunity, particularly in regions where river networks are integral to supply chains.

A defining feature of the project is its alignment with industrial partnerships and supply chain demand. NIKE, a major global manufacturer with significant production capacity in Vietnam, is the first partner to commit to using the electric barge for its logistics flows. This reflects a growing trend where corporate sustainability commitments directly influence logistics innovation, driving adoption of low-emission transport solutions.

CMA CGM and Gemadept agreed to establish the Green River Transportation joint venture, which is intended to support the project’s long-term viability. This partnership strengthens local industrial capability, combining international expertise in shipping and logistics with domestic port operations and infrastructure management.

Importantly, the project is designed for scalability and replication. Its modular structure, comprising electric vessels, renewable charging infrastructure, and integrated logistics services, can be applied to other river systems globally, particularly in regions with dense inland transport networks. If it performs as planned, the initiative could serve as a prototype for low-carbon logistics systems, supporting broader decarbonization across the maritime and transport sectors.

From a strategic perspective, the initiative forms part of CMA CGM’s Net Zero Carbon ambition by 2050, which emphasizes a combination of alternative fuels, electrification, and operational innovation. The electric barge system is intended as a step in this transition, targeting emissions at the last-mile and inland transport level, which are often overlooked in traditional maritime decarbonization strategies.

CMA CGM announced an electric barge and planned charging infrastructure for a 180 km round-trip service in Vietnam. Its announcements forecast approximately 1 GWh of annual solar generation and 778 tonnes of annual CO2 savings. These are projected benefits; the cited announcements do not establish commissioning or measured operating results.