Beach Renourishment, Kennedy Space Center, Brevard County, Florida

The Jacksonville District of the U.S. Army Corps of Engineers is seeking interest from prospective offerors for a potential fiscal year (FY) 2027 award of the aforementioned project. The purpose of this Sources Sought Notice is to gauge of interest, capabilities and qualifications of various members of the Construction and Dredging Communities, to include Small Businesses, as the Government must ensure there is adequate competition amongst the potential pool of responsible contractors. The notice is also soliciting comments from the construction community addressing the potential use of Project Labor Agreements (PLA) for this large-scale construction project exceeding $35,000,000. No reimbursement will be made for any costs associated with providing information in response to said notice or any follow-up information requested. The proposed project will be a Firm Fixed Price (FFP) contract. The Jacksonville District anticipates the issuance of an Invitation For Bid (IFB). No reimbursement will be made for any costs associated with providing information in response to said sources sought notice or any follow-up information requested. DESCRIPTION OF WORK: The proposed project work will consist of nourishing approximately 4.1 miles shoreline along Kennedy Space Center between FDEP Range Monuments V-366 and V-386 in Brevard County, Florida. The project includes dredging approximately 2.5 million cubic yards (MCY) of material for construction of a beach berm and dune. Beach compatible sand for the project may be dredged from up to three (3) offshore borrow areas. Chester Shoals I is located east of Cape Canaveral in State waters and is centered approximately 1.7 miles offshore of Kennedy Space Center. Kennedy Shoals and Hetzel Shoals are located east of Cape Canaveral in Federal waters and are centered approximately 4.5 miles and 10 miles, respectively, offshore of Kennedy Space Center. Project work also includes, but is not limited to, beach tilling, turbidity monitoring