US Army Corps of Engineers
Vicksburg District

Mat Sinking Unit Completes Season

Published Dec. 15, 2014
Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

The Vicksburg District encompasses a 68,000-square-mile area across portions of Mississippi, Arkansas, and Louisiana that holds seven major river basins and incorporates approximately 460 miles of mainline levees. The district is engaged in hundreds of projects and supports disaster response in Mississippi, Louisiana, and Tennessee.

The Vicksburg District encompasses a 68,000-square-mile area across portions of Mississippi, Arkansas, and Louisiana that holds seven major river basins and incorporates approximately 460 miles of mainline levees. The district is engaged in hundreds of projects and supports disaster response in Mississippi, Louisiana, and Tennessee.

Vicksburg, Miss… The U.S. Army Corps of Engineers’ Vicksburg District Mat Sinking Unit (MSU) has completed its scheduled work for 2014. During this season, the MSU has placed over 500 acres of articulated concrete mats on the banks of the Mississippi River.

The MSU season is an annual mission that starts in the late summer months when river stages are low and continues until work is completed or river stages become too high to continue the work. The area of work encompasses the three Corps districts of Memphis, Vicksburg and New Orleans.

The MSU is one of a kind in the world and performs one of the most important jobs in the Corps’ river stabilization program. The goal of our river stabilization efforts is to maintain a river channel with the dimensions and alignment which will be suitable for navigation.

The MSU consists of the mat sinking barge, the mat supply barge, quarter barges, bulldozers, spar barges and the motor vessels BENYAURD, WILLIAM JAMES and HARRISON. The MSU employs approximately 65 full-time employees and 255 seasonal and temporary employees who reside in several states. With the program executing approximately $40 million of work annually, many areas benefit from their employment up and down the river.

The Vicksburg District encompasses a 68,000-square-mile area across portions of Mississippi, Arkansas, and Louisiana that holds seven major river basins and incorporates approximately 460 miles of mainline levees. Channel Maintenance and river stabilization insures that hundreds of billions of dollars of commerce flows freely up and down the Mississippi River system.

For more information download our smartphone app, USACE VICKSBURG, from your app store.

Contact
Eugene Wall
601-631-5129
eugene.s.wall@usace.army.mil

Release no. 14-095