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The Port of New Orleans and the New Orleans Public Belt Railroad are partnering with UTC Transoceanic to deploy artificial intelligence driven rail clearance technology aimed at accelerating the movement of oversized cargo through the United States rail network. The initiative comes as demand continues to grow for power infrastructure, data centers, industrial manufacturing projects, and energy developments that rely on the transport of heavy and oversized equipment.
The partnership introduces advanced digital tools designed to address one of the industry’s most persistent challenges: determining whether exceptionally large cargo can move safely across multiple railroad systems without encountering clearance restrictions, bridge limitations, or routing obstacles. According to the partners, the technology could significantly reduce the time required to evaluate project cargo movements that traditionally involve weeks or months of engineering reviews.
New Orleans has long served as a key gateway for heavy lift and project cargo entering the United States. The port’s strategic position is strengthened by direct access to all six Class I railroads through the New Orleans Public Belt Railroad, providing connectivity to inland markets across North America. Yet for cargo owners moving large power transformers, wind turbine components, refinery vessels, turbines, and industrial generators, rail route planning often remains a complex and time consuming process.
The newly formed UTC Transoceanic joint venture combines the expertise of New Orleans based Transoceanic, led by maritime executive Gregory Rusovich, and Houston headquartered UTC Overseas, a global project logistics provider. The venture is introducing patented AI powered rail clearance technology alongside a real time digital model of the New Orleans Public Belt Railroad network built on the Palantir Foundry platform.
According to Beth Branch, President and CEO of Port NOLA and CEO of the New Orleans Public Belt Railroad, the technology has the potential to transform how customers evaluate oversized cargo movements.
“Today, planning a large industrial shipment can involve weeks of engineering studies and coordination between multiple railroads before a customer even knows whether a route is possible,” Branch said. “What UTC Transoceanic is bringing to New Orleans helps provide answers almost immediately.”
At the center of the initiative is a customer facing application known as TEID RDC. The platform allows shippers to enter cargo dimensions, weight specifications, and railcar details to quickly assess route feasibility and identify potential transportation options. Supporting the application is a digital twin of the NOPB rail network that continuously monitors clearance information, bridge ratings, track geometry, crossing conditions, and infrastructure constraints.
For project cargo owners, the value proposition is straightforward. Selecting a gateway port increasingly depends not only on waterfront handling capabilities but also on the predictability and efficiency of inland transportation. The ability to determine routing feasibility early in the planning process can influence procurement schedules, project timelines, and investment decisions.
Rusovich said the partnership is focused on providing certainty to cargo owners operating in complex industrial sectors.
“Cargo owners want certainty. They want to know early in the process whether a shipment can move, how it can move and how quickly decisions can be made,” he said.
The development arrives as the United States experiences rapid expansion in data center construction and energy infrastructure projects. These sectors often require the movement of power transformers and electrical equipment weighing hundreds of tons. In many cases, rail transportation remains the only practical inland transport option once cargo is discharged from a vessel.
Marco Poisler, Chief Operating Officer for Global Energy and Capital Projects at UTC Overseas, noted that project cargo logistics continue to become more complex due to infrastructure constraints and growing cargo dimensions.
“Customers need better information earlier in the process, and they need logistics partners who can help solve infrastructure challenges before cargo even arrives at the port,” Poisler said.
Port and railroad officials believe the initiative will further strengthen Louisiana’s position as a logistics and industrial hub. Tomeka Bryant, Chief Strategy Officer and General Manager of the New Orleans Public Belt Railroad, said the project combines advanced technology with real time infrastructure intelligence to improve cargo planning and execution.
The launch also highlights a broader trend across the maritime and project logistics sectors. As cargo becomes larger and supply chains become more data driven, digital tools are increasingly moving from operational support functions to strategic decision making platforms. In much the same way that vessel tracking transformed ocean freight visibility, AI powered rail clearance systems may reshape how oversized cargo projects are planned long before a shipment reaches the dock.
Source: Port NOLA
