Southwest Coastal Louisiana Nonstructural Coastal Storm Risk Management Project – Design Build Remaining Structures MATOC
Closed Pre-Solicitation Posted
- Solicitation number
- W912EK_SWC_DESIGN-BUILD_MATOC
- Agency
-
ENDIST Rock Island
US Army Corps of Engineers, Department of Defense
- Responses due
- Set-aside
- No set-aside
Opportunity facts
- NAICS code
- 237990 Other Heavy and Civil Engineering Construction
- PSC
- Not on record
- Place of performance
- Louisiana, United States
- Points of contact
Notice details come from SAM.gov. Updated .
About this opportunity
The U.S. Army Corps of Engineers Rock Island District is seeking to establish a multiple-award task order contract (MATOC) for the Southwest Coastal Louisiana Nonstructural Coastal Storm Risk Management Project. The contract will focus on design-build services for elevating approximately 3,500 residential homes and implementing alternative floodproofing methods for 342 non-residential structures and 157 warehouses. Interested vendors must submit a capability statement no later than March 28, 2025, with the draft Request for Proposal anticipated in Spring 2025. The project requires contractors to have experience with design-build construction projects in government or private sectors, with additional preference given to those familiar with property elevation for storm risk management. Contractors will need to coordinate with federal, state, and local government agencies, obtain necessary permits, conduct pre- and post-construction inspections, and ensure structures meet applicable codes and aesthetic standards.
The contract will be a five-year base contract with one optional year, structured as a firm-fixed price indefinite delivery/indefinite quantity (IDIQ) mechanism. It is not set aside exclusively for small businesses, though the NAICS code 237990 has a size standard of $45 million. The total shared contract capacity will not exceed $793 million, with a maximum of five contractors selected to participate. The project is designed to mitigate coastal flooding risks in southwest Louisiana, addressing challenges such as low elevation, flat terrain, and proximity to the Gulf of Mexico. The nonstructural approach focuses on property elevations, levees, floodwalls, door dams, and other floodproofing measures instead of traditional coastal protection infrastructure. This initiative is part of a broader federally funded effort to reduce infrastructure and community damage from coastal hazards.
Notice text
Interested vendors: Respond with Capability Statement NLT 28 March 2025.
Organization: USACE Rock Island District (CEMVR)
Project Name Southwest Coastal Louisiana Nonstructural Coastal Storm Risk Management Project – Design Build Remaining Structures MATOC
Contract Type: Firm-Fixed Price Task Orders under an Indefinite Delivery Indefinite Quantity, Multiple Award Contract
Contract Duration: Five-year base and one option year (six years)
Set aside: 100% Set aside for Small Business
Product Service Code: YQ1A CONSTRUCTION OF RESTORATION OF REAL PROPERTY (PUBLIC OR PRIVATE)
NAICS Code: 237990 - OTHER HEAVY AND CIVIL ENGINEERING CONSTRUCTION
Size Standard: The size standard for this NAICS code is $45,000,000.
Draft RFP: Anticipated in Spring 2025
Experience sought: Experience with design-build construction project experience with Government or Private Sector customers.
Additional Experience (not required): elevation of properties for storm risk management. See Project purpose and description.
Project Purpose: The purpose of this acquisition is to establish a maximum of five contractors under a Regional Indefinite-Delivery, Indefinite-Quantity Multiple-Award Task Order Contract (IDIQ MATOC) with a total shared capacity not to exceed (NTE) $793 million to meet the construction requirements of designing plans for and constructing floodproofing on up to 3,961 individual properties in the Southwest Coastal Louisiana Nonstructural Storm Risk Management Project (Project).
Description: The Project aims to provide hurricane and storm damage risk management in the southwest portion of the state. Given the area’s low elevation, flat terrain, and proximity to the Gulf of Mexico, Southwest Louisiana is at high risk of flooding from tidal surge and waves from hurricanes. Additionally, land subsidence, combined with sea-level rise, is expected to increase future potential for coastal flooding. The Project has nonstructural storm damage risk management measures in the form of approximately 3,500 residential home elevations and alternative floodproofing methods for 342 non-residential structures and 157 warehouses (Figure 1). This is one of several federally funded initiatives aimed at reducing the risk of damage to infrastructure and communities along the coastline of Louisiana. Rather than relying on structural solutions such as seawalls or coastline levees, the Project focuses on implementing nonstructural measures (i.e., property elevations, property levees, floodwalls, door dams, or other floodproofing measures) to mitigate the impacts of coastal hazards in the state. It is a collaborative effort involving Federal, state, and local government agencies.
Scope: Only the work necessary to elevate or floodproof each structure in accordance with applicable codes, laws, regulations, and the requirements of this Contract, and to produce a product that's aesthetically equivalent to each structure's condition prior to the work under this contract, will be performed under this Contract. The work to be performed includes but is not limited to; design elements necessary to meet the requirements of the Request for Proposal (RFP), coordination with Federal, State, and local government and owners, permit applications, pre- and post-construction inspections, construction activities to raise residential structures and floodproof commercial and industrial structures, certified survey, and documentation of activities.
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