Francis Scott Key Bridge Recovery Project

Bridge Collapse After Ship Collision

The Francis Scott Key Bridge Recovery Project was initiated following a tragic collapse of the bridge in Baltimore when the container ship Dali lost power and collided with one of the bridge’s piers. The incident resulted in the deaths of six workers and blocked access to one of the busiest ports in the United States, the Port of Baltimore. The bridge collapse has led to significant repercussions for the local community and necessitated immediate recovery efforts.

$60M Allocated For Clean-Up

In the wake of the accident, $60 million was allocated as crisis relief to the state of Maryland. The funds were aimed at initiating clean-up operations and restoring infrastructure. Salvage teams were deployed promptly, utilizing heavy-duty floating cranes to remove the collapsed debris that weighed approximately 50,000 tons. By June 2024, successful removal of the bridge remnants allowed the Port of Baltimore to resume full commercial shipping operations.

Reconstruction Cost: $1.7-$1.9 Billion

The reconstruction of the Francis Scott Key Bridge is estimated to cost between $1.7 and $1.9 billion, with the completion expected by fall 2028. The initial operations included debris clearance with cutting tools and explosives, and the towing of the compromised ship Dali to a nearby harbor. The ship's initial loss of power, identified by the NTSB as due to electrical failures, was a critical factor leading to the catastrophe.

Federal Support And Stakeholders

The project witnessed the involvement of various stakeholders, including local authorities, the U.S. Coast Guard, and the Army Corps of Engineers. During his visit in April 2024, President Joe Biden inspected the site and met with the families of the workers who lost their lives. The federal government pledged full support for the rebuilding efforts.

Immediate Societal Benefits And Safety

Immediate societal benefits of the recovery project include the reopening of crucial maritime channels and the restoration of vital infrastructure. The project also emphasizes improved safety standards and refined architectural designs to withstand potential risks. Continuous monitoring and phased construction plans are in place to mitigate any future hazards while maintaining minimal disruption to the harbor’s routine operations.