Sandbridge Beach Renourishment Project

The Sandbridge Beach Renourishment Industry Day, held on January 29, 2026, addressed contractor questions regarding an upcoming beach renourishment project. Key discussions included the use of pipeline corridors and borrow area capacity. In response to a question from Kyle Howe of Manson Construction, the Norfolk District acknowledged feedback regarding pipeline corridors and confirmed they are not a permit requirement. Hannah Madison of Weeks Marine requested an increase in borrow area capacity, to which the Norfolk District responded that they are reviewing the borrow area volume to ensure sufficient material for beach construction. The event facilitated communication between contractors and the government, addressing crucial logistical and planning aspects of the project.

The FY27 Sandbridge Beach Renourishment project, managed by the Norfolk District, U.S. Army Corps of Engineers, is a federal initiative to restore Sandbridge Beach. This project, with an estimated cost of $15-20 million, involves constructing a beach berm using 2.3 million cubic yards of sand from Sandbridge Shoal borrow site A. Key activities include dredging, beach fill placement, and environmental monitoring for endangered species like sea turtles. The acquisition schedule outlines milestones from November 2025 to an anticipated construction completion by August 2027. Project constraints include the exclusive use of hopper dredges, restrictions on dredging during certain periods (September 1 to November 14), and the presence of unexploded ordinances and archaeological avoidance zones in the borrow site. Strict environmental protocols for endangered species and BOEM borrow site requirements are mandated, along with a comprehensive Environmental Protection Plan from the contractor. The contracting strategy involves full and open competition, with the solicitation advertised on July 9, 2026. Interested contractors can contact Ms. Stormie Wicks for small business inquiries.

The "29 JAN 2026 Industry Day Sandbridge Beach Renourishment" document details attendees for an industry day related to the Sandbridge Beach Renourishment project. The attendee list includes representatives from various business types, such as large and small businesses involved in dredging and marine contracting, as well as several government entities. Key attendees include contractors like Cashman Dredging & Marine Contracting Co, Curtin Maritime, Great Lakes Dredge and Dock Co., Manson Construction Co., Weeks Marine, Marinex Construction, Pricus Marine, LLC, Seismic Surveys LLC, and MPACT Strategic Consulting. Additionally, representatives from the City of VA Beach and multiple districts of the US Army Corps of Engineers (Baltimore, Willmington, and Norfolk) were present. The document serves as an attendance record for a key event in the planning and procurement process for the beach renourishment project, indicating strong interest from both the private sector and various government stakeholders.

This U.S. Army Corps of Engineers document outlines specifications for the Sandbridge Beach Erosion and Hurricane Protection Beach Nourishment Project in Virginia Beach, VA, with a 65% submittal dated October 2025. The project involves dredging beach fill material from an offshore borrow site and transporting it to the designated beach placement area via hydraulic pipeline. Key aspects covered include soil boring data, work restrictions (e.g., seasonal dredging bans for endangered species, Navy firing area coordination), price and payment procedures for mobilization, demobilization, turtle trawling, standby time, and dredging/beach fill operations. Administrative requirements detail submittals for progress pictures and contact personnel, safety protocols, environmental controls, and coordination with other contractors and government agencies. The document emphasizes adherence to federal regulations, environmental protection, and public safety throughout the project.

The document outlines the "SANDBRIDGE BEACH EROSION CONTROL AND HURRICANE PROTECTION PROJECT: PLANS FOR BEACH NOURISHMENT 2025" in Virginia Beach, Virginia, by the U.S. Army Corps of Engineers, Norfolk District. The project, currently at 65% design, involves beach nourishment using material from Borrow Area A, which has 1,485,758.0 cubic yards of available material. The plans include beach renourishment grading (CB101-CB106), borrow area dredging (CB107), and beach renourishment berm sections (CB401-CB407). Key civil engineering notes emphasize confining work to the contract area, coordinating access, and restoring access areas. Fill placement is restricted within 10 feet of existing structures, and beach areas will be filled to an elevation of +7.5 NAVD 88. The contractor must submit a plan to prevent dredge effluent flow onto private properties. Survey notes indicate coordinates in U.S. Survey Foot (Virginia State Grid, South Zone, NAD 83) and elevations in NAVD 88. Utility information is approximate, derived from existing utility drawings.

The US Army Corps of Engineers Norfolk District has released a 65% Design Draft Design Documentation Report (DDR) for the Sandbridge Beach Erosion and Hurricane Protection Beach Nourishment Project, dated October 2025. This project, authorized under the Water Resources Development Act of 1986, aims to protect the Sandbridge community in Virginia Beach from erosion and hurricane impacts. The plan involves beach nourishment along a five-mile stretch, utilizing sand dredged from Sandbridge Shoal. The report details prior studies, project authorization, background information on the Sandbridge area, pertinent data regarding borrow area locations and survey controls, and extensive engineering investigations covering coastal engineering, geotechnical aspects, and site investigations. It also outlines design and construction considerations, including borrow area dredging, site access, beach layout, traffic control, and a comprehensive monitoring plan. Key data points include historical storm impacts, wave data, erosion rates, and sea level change. The project faces challenges due to ongoing erosion and an increased rate of sea level change compared to earlier assessments, with Region A identified as the most critical area requiring renourishment.