marine link image
Register now for the Port of the Future Conference • 2 Days, 50 Ports • Houston/Galveston area, TX • April 12–14, 2027

New Mississippi River Floodwall Planned in Caruthersville

April 12, 2022

(Photo: Vance Harris / USACE)
(Photo: Vance Harris / USACE)

The U.S. Army Corps of Engineers Memphis District held a groundbreaking ceremony in Caruthersville, Mo., April 3, to celebrate a federally funded project to replace the Caruthersville Mississippi River floodwall.

The new floodwall will enhance the safety of more than 135,000 residents, $6.28 billion of property, and $7.5 billion of agriculture.

This project will replace approximately 3,000 linear feet of floodwall. The gravity wall sections will be replaced with inverted T-Wall sections and the floodwall will also be raised one foot in height. In addition, the close structure at Carleton Avenue will be permanently closed and an over-levee access ramp will be constructed to replace the closure structure.

Approximately $1.5 million of utility relocations were required to provide the construction contractor a workable construction site.

The estimated contract award in April 2022 for this project is $20-25 million dollars. Construction is estimated to start in summer 2022, with completion in winter 2024.

Logistics News

Gulf Markets Rise on Hopes of Avoiding Future Iran Strikes

Gulf Markets Rise on Hopes of Avoiding Future Iran Strikes

Los Angeles, Long Beach Port Workers Extend Labor Negotiations

Los Angeles, Long Beach Port Workers Extend Labor Negotiations

Maritime Market: Cable Layer Fleet Gains Scale, Scope

Maritime Market: Cable Layer Fleet Gains Scale, Scope

Maritime Training: What Happens Between Seeing a Risk and Speaking Up

Maritime Training: What Happens Between Seeing a Risk and Speaking Up

Subscribe for Maritime Logistics Professional E‑News

US airlines oppose China’s bid to increase flights
Alaska Air expects certification of the Boeing 737 MAX 10 by end-September
Maguire: The cement boom in Africa signals the next big shift in global energy usage.