NORFOLK, Va. — Norfolk Southern has cleared the way for more double-stack intermodal trains to use its Heartland Corridor with the opening recently of a newly improved double-stack rail line between Columbus and Cincinnati.
Benefits
The Heartland Connector will reduce transit times by one to two days and increase service reliability for double-stack freight traveling to and from the Port of Virginia and Cincinnati and Detroit. The improvements also will provide Norfolk Southern with the potential to connect Ohio Valley markets to other major East Coast container ports.
The Heartland Connector project is a public-private partnership among Norfolk Southern, Ohio Department of Transportation, Ohio Rail Development Commission and Ohio-Kentucky-Indiana Council of Governments to upgrade the NS rail line to accommodate double-stack trains.
Before
Previously, containers only could be single-stacked on trains moving over the connector. The project included raising clearances at five locations along the 124-mile route between Cincinnati and Columbus and adding tracks at Norfolk Southern’s Rickenbacker Intermodal Terminal near Columbus.
Prior to the upgrades, double-stack intermodal trains leaving the Port of Virginia for Cincinnati and Detroit followed longer routes through Tennessee or Pennsylvania. Now, double-stack trains bound for Detroit use a route that is 212 miles shorter, and trains traveling to Cincinnati travel 69 fewer miles and save up to two days transit time.
Funding
Financial support for the $6.1 million project included $3.6 million from the federal government combined with matching contributions from Norfolk Southern and the Ohio-Kentucky-Indiana Council of Governments.
Norfolk Southern’s Heartland Corridor is the shortest, fastest double-stack route from the Port of Virginia to the Midwest. A single NS intermodal train takes up to 300 trucks off America’s highways, reducing traffic congestion and repair costs.
In addition, rail transportation is nearly four times more fuel efficient than trucking, resulting in fewer greenhouse gas emissions.
