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Video by James Walker
USACE Activity at Deep Creek Bridge Shows Forward Momentum
The U.S. Army Corps of Engineers (USACE) began pouring cement into tremie tubes at Deep Creek Bridge in Chesapeake, Virginia on Friday, February 9, 2024. The pour is part of the Deep Creek Replacement project and aims to establish a sturdy sub-base below the water, for the placement of an abutment foundation at a later date.
The water in the area shielded by wooden channel fenders is 32 feet deep. The cement, once fully set, will have a substantial thickness of 10 feet from top to bottom, ensuring the structural integrity of the foundation.
The purpose of the Deep Creek Bridge Replacement Project is to address and solve historic traffic and safety concerns associated with the current bridge. The new construction will replace the existing two-lane drawbridge with a more expansive five-lane drawbridge upon completion.
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1:46
USACE Activity at Deep Creek Bridge Shows Forward Momentum
The U.S. Army Corps of Engineers (USACE) began pouring cement into tremie tubes at Deep Creek Bridge in Chesapeake, Virginia on Friday, February 9, 2024. The pour is part of the Deep Creek Replacement project and aims to establish a sturdy sub-base below the water, for the placement of an abutment foundation at a later date. The water in the area shielded by wooden channel fenders is 32 feet deep. The cement, once fully set, will have a substantial thickness of 10 feet from top to bottom, ensuring the structural integrity of the foundation. The purpose of the Deep Creek Bridge Replacement Project is to address and solve historic traffic and safety concerns associated with the current bridge. The new construction will replace the existing two-lane drawbridge with a more expansive five-lane drawbridge upon completion.
4:30
Maj. Ryan Hall, USACE Operations Officer on Debris Removal at Claytor Lake
In this interview, Army Maj. Ryan Hall, USACE Operations Officer, explains the scope and importance of the debris removal efforts at Claytor Lake. He discusses the background and significance of the mission, the current phase of operations involving surface debris removal, and how the workload is measured in both quantity and intensity. Hall also provides insight into how final assessments will determine the thoroughness of the effort, ensuring Claytor Lake is safe and restored.
1:41
Claytor Lake State Park Ranger Explains Importance of Debris Management Mission at Claytor Lake
In this interview, Brodrick Havens, Park Manager at Claytor Lake State Park, shares insights into the collaborative debris management efforts following Hurricane Helene. He emphasizes the importance of the U.S. Army Corps of Engineers (USACE) and other agencies working together to restore the lake's ecosystem, ensuring it remains safe for both recreation and local wildlife. The video highlights the multi-phase operation's impact on both environmental preservation and community safety. Questions: 1. There are several key players involved in this effort. What does this collaboration or partnership look like? 2. How would you qualify the impact of Hurricane Helene on Claytor Lake and quantify the debris currently in it?
3:01
USACE Engineer Explains Emergency Management Operations
In this interview, Gregg Williams, USACE ESF 3 Assistant Team Leader, explains the critical role the U.S. Army Corps of Engineers plays immediately following a disaster like Hurricane Helene. He details the initial phases of response and recovery, highlighting how USACE partners with the Commonwealth of Virginia, FEMA, and other agencies to coordinate the complex effort of debris removal, infrastructure assessment, and emergency support. Williams provides insights into the division of responsibilities, the deployment of USACE personnel, and the collaborative environment within the Emergency Operations Center (EOC) in Richmond, Virginia, where agencies work together to meet the region’s recovery needs.
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