Site work for a water / sewer project in Hilton Head Island, South Carolina. Working plans call for site work for a water / sewer project.

Purpose of Industry Feedback: The intent of the market research is to ensure that the project is constructable within industry standards for the specific areas shown on Contract drawings and specifications. Project Description: The FY24 Atlantic Intracoastal Waterway (AIWW) Maintenance Dredging - Daufuskie includes a Base bid dredging area at Ramshorn Cut and an Option for dredging at Walls Cut. Three boring samples were taken and show the material to be dredged is anticipated to be approximately 80% sand, 15% silt and 5% clay (shown in appendix B of the specifications). All dredged material will be placed on the south end of Daufuskie Island and Bloody Point. The placement will serve as a beneficial use site for shoreline restoration. Two placement sites are indicated on the drawings. The shoreline restoration placement area (SR-PA) Base Area requires placement to an elevation of 7 ft MLLW with a -1 ft tolerance. The maximum slope on the berm for the Base area is 10 H:1V. The SR-PA Base Area is located next to an existing aluminum Sea Wall and rock T-Groin. The specifications direct the Contractor to fill the Base Area prior to moving onto Area 1. The SRPA Area 1 has a max elevation of 7 ft MLLW and no maximum berm slopes. The placement in Area 1 is known to be in a heavily influenced tidal channel. Information submitted may or may not be included in the upcoming solicitation. The following documents are included with this Industry RFI: 60% Design Construction Plans (1 pdf) 60% Design Construction Technical Specifications (1 pdf) Bathymetric survey of the placement area (4 xyz files) Please fill out the attached "Request for Information Questionnaire" in its entirety. Please submit your responses no later than 11:00 a.m. Eastern on 30 April 2024 to Amy L. Collins at Amy.L.Collins@usace.army.mil. Please CC Glenda A. Canty at Glenda.A.Canty@usace.army.mil. The Method of Contractor Selection has not been determined at this Time.