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Mississippi River Commission recommends
replacement of Bayou Sorrel Lock
The U.S. Army Corps of Engineers, Mississippi River Commission,
conducted a public meeting recently concerning the final feasibility
report and environmental impact statement of the Bayou Sorrel
Lock Replacement project in Louisiana.
The project is being managed by the Corps' New Orleans District.
The purpose of the public meeting was for the commission
to consider the project report as it pertains to the impacts
on the Mississippi River and the Mississippi River and Tributaries
project.
The lock is 25 miles south of Baton Rouge.
During the 90-minute meeting, the commission reviewed the
project, concurred in the findings and recommendation of the
New Orleans District Engineer, and voted unanimously to recommend
implementation of the project.
The New Orleans District completed the project feasibility
report in December for the $88.5 million replacement of the
Bayou Sorrel Lock on the Gulf Intracoastal Waterway alternate
route, which links Morgan City and Port Allen (Baton Rouge).
A feasibility report is required to present a project to Congress
for construction authorization.
The 191-page report recommends a lock 75 ft. wide and 1,200
ft. long. The lock at present measures 56 by 797 ft. The greater
dimensions would double the lock's surface area to 90,000
square feet and help to reduce delays for towboats and barges.
Rock would be placed along 1.5 miles of the waterway north
of the lock, on both sides, to improve erosion control. The
Corps would also place 27 mooring buoys in the channel to
prevent waiting vessels from damaging the bank.
Flood control would be a major feature in the replacement
of the lock, which was built to allow vessels to pass through
the East Atchafalaya Basin Protection Levee. The levee has
been raised to 8 ft. above the lock and the new lock would
close the gap.
The Mississippi River Commission, established in 1879, is
responsible for navigation, flood control and other water
resources development on the Mississippi River.
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