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  • March

    Memphis, Tenn., March 12, 2024 – Our Project Managers and their Project Delivery Teams (PDT) are “Killing It”, until they’re not, and “Not” is just about non-existent around here. Results keep coming in Hot! One project coming in Hot is Senior Project Manager Zach Cook’s St. Johns Outlet Scour Repairs project, near New Madrid, Missouri. It is placing stone to protect the outlet control structure and bayou from erosion and scouring due to the interior drainage and Mississippi River backwater effects. This is part of our maintenance efforts to maintain the Mississippi River and Tributaries Project, ensuring the continued reliability of our flood risk management system in the valley.

    Project Update | St. Johns Outlet Scour Repair

    Our Project Managers and their Project Delivery Teams (PDT) are “Killing It”, until they’re not, and “Not” is just about non-existent around here. Results keep coming in hot! One project coming in Hot is Senior Project Manager Zach Cook’s St. Johns Outlet Scour Repairs project, near New Madrid, Missouri. It is placing stone to protect the outlet control structure and bayou from erosion and scouring due to the interior drainage and Mississippi River backwater effects.  
  • Crews working on the St. Johns Outlet Scour Repairs project near New Madrid, Missouri, are making great progress as they now work to place stone to protect the outlet control structure and bayou from erosion and scouring due to the interior drainage and Mississippi River backwater effects. This is part of our maintenance efforts to maintain the Mississippi River and Tributaries Project, ensuring the continued reliability of our flood risk management system in the valley.

    Project Update | St. Johns Outlet Scour Repair

    The Memphis District's St. John's Outlet Scour Repairs project, near New Madrid, Missouri, continues making progress as workers are now placing stone to protect the outlet control structure and bayou from erosion and scouring due to the interior drainage and Mississippi River backwater effects.