MSC is expanding its inland logistics network across Europe as prolonged low water levels on the Rhine River continue to disrupt barge operations, prompting the global container carrier to deploy alternative transport solutions to maintain supply chain reliability.
The Rhine, one of Europe’s busiest inland waterways, has been affected by persistent dry weather, reducing navigable water depths and limiting the amount of cargo that barges can carry. The situation has increased transportation costs and created delays for cargo moving between major seaports and inland industrial hubs.
To minimize the impact on customers, MSC is strengthening its multimodal logistics network by increasing the use of rail and road transport. The company is also utilizing the Albert Canal in Belgium as an alternative inland route for cargo moving between the ports of Antwerp and Germany, helping bypass some of the constraints affecting the Rhine.
MSC said it is working closely with logistics partners to optimize cargo flows and maintain service continuity despite the operational challenges. The carrier is monitoring water levels and transport conditions on a daily basis and will continue adjusting inland transport arrangements as required.
The disruption highlights the growing vulnerability of European inland shipping to climate-related weather extremes. Low river levels have repeatedly affected freight movement in recent years, forcing carriers and logistics providers to diversify transport options and invest in more resilient multimodal supply chains.
Industry experts note that while rail and trucking provide effective alternatives during periods of restricted navigation, they generally involve higher costs and limited capacity compared with barge transport. As a result, logistics companies are increasingly relying on flexible inland transport networks to reduce the risk of supply chain disruptions during recurring drought conditions.
MSC’s latest measures underscore the shipping industry’s broader shift toward integrated logistics solutions, enabling cargo to continue moving efficiently even as climate-related challenges place increasing pressure on Europe’s inland waterway infrastructure.
