Virtual Industry Day for FY27 USACE National Dredging Procurement Strategies

This transcript details a virtual Industry Day hosted by the U.S. Army Corps of Engineers (USACE) regarding the establishment of the USACE Enterprise Dredge and Delivery Center. The initiative supports the broader "Building Infrastructure, Not Paperwork" effort, aiming to centralize and standardize federal dredging contracts across districts to improve efficiency, predictability, and consolidated buying power. The USACE is transitioning to this centralized model over a multi-year phased approach, planning to manage approximately 190 contracts and 210 million cubic yards of dredging annually by Fiscal Year 2029. Year one focus areas involve three primary procurement strategies: 1. **Hopper Contracts:** Consolidating and pairing different projects (such as Navy and navigation entrance projects) using invitation for bids (IFBs) informed by optimization modeling. 2. **Scope Dredge to Budget:** A pilot concept in the Galveston Area of Responsibility (AOR) valued at approximately $190 million. Instead of specifying cubic yardage, USACE will use a two-phase trade-off RFP to ask contractors how they can maintain channel navigability for the longest duration within a fixed budget, incentivizing industry innovation. 3. **National Small Business MATOC:** A five-year contract covering nationwide small business dredging projects. USACE officials emphasized early and ongoing industry engagement to refine evaluation criteria, standardized specifications, and environmental reporting. Upcoming milestones include face-to-face hopper meetings in late September and dedicated virtual and in-person "scope dredge to budget" sessions in October and November.

This document outlines the U.S. Army Corps of Engineers (USACE) Enterprise Dredging Delivery Center (EDDC) initiative, presented during an Industry Day on September 9, 2026. Led by Headquarters USACE and executed by the South Atlantic Division (SAD), the EDDC aims to establish a centralized delivery center by October 1, 2027. The mission is to optimize contracting structures, standardize plans and specifications (P&S), and maximize national buying power across approximately 190 annual dredging contracts (210 million cubic yards). The initiative employs a phased implementation timeline starting in July 2026: * **Phase 1 (FY 2027):** Consolidates 26 individual hopper projects into 10 consolidated contracts (8 Navigation Entrances and 2 Coastal Storm Risk Management). It also initiates the "Scope Dredge to Budget" (SDtB) pilot and establishes a 5-year National Small Business Multiple Award Task Order Contract (MATOC) managing 90 task orders annually. * **Phase 2 (FY 2028):** Establishes the EDDC, transitions the workload, incorporates large pipeline and bucket dredging projects, and finalizes steady-state guidance. * **Steady State (FY 2029+):** Fully integrates the entire USACE dredging portfolio. Key operational strategies include utilizing an Engineer Research and Development Center (ERDC) AI model to develop streamlined "Perfect Specs" and establishing structured industry engagement events. The document also details the FY 2027 Hopper Plan—featuring projects across districts like Norfolk, Jacksonville, New Orleans, Mobile, Portland, and Philadelphia—and outlines the $190 million, 25 million cubic yard SDtB Group 1 scope targeting Texas waterways.

This document outlines a federal schedule of maintenance dredging and beach nourishment projects spanning fiscal years 2026 through 2028. It serves as an procurement forecast for dredging operations across various U.S. Army Corps of Engineers districts, including Baltimore, Charleston, Jacksonville, Los Angeles, Mobile, New Orleans, Norfolk, Philadelphia, Portland, San Francisco, Savannah, and Wilmington. The dataset provides critical acquisition timelines for dozens of projects, detailing bid opening dates, advertising dates, expected award dates, and estimated performance periods. Key technical requirements are also defined, including expected dredge types (predominantly hopper and bucket dredges), estimated material quantities—ranging from hundreds of thousands to over 11 million cubic yards/hours—and dredged material placement categories such as open-water placement, beach/shoreline nourishment, and confined (diked) placement. Major scheduled works include extensive maintenance dredging in the Lower Columbia River, the Mississippi River, and various regional harbor and channel systems, alongside critical beach nourishment initiatives along the East and West coasts. This document acts as a planning guide for marine construction contractors targeting upcoming federal dredging contracts.

This document outlines the project descriptions for the U.S. Army Corps of Engineers Galveston District's Fiscal Year 2027 (FY27) maintenance dredging program. It details the specific operational requirements, depth specifications, equipment needs, and disposal protocols across eleven major Texas waterways and shipping channels. Key project specifications include: - **Deep-Draft Channels:** Projects like the Freeport Harbor Channel require dredging down to -60 feet Mean Lower Low Water (MLLW). Others, such as the Houston Ship Channel (-54.5 ft MLLW), Corpus Christi Ship Channel (-56 ft MLLW), and Sabine-Neches Waterway (-42 ft MLLW) require hopper, pipeline, or mechanical dredges to handle substantial depths. Several projects, including Galveston Harbor and the Texas City Ship Channel, also mandate advanced maintenance dredging down to -51 feet MLLW. - **Shallow-Draft & Tributary Channels:** Projects like the Channel to Victoria (-16 ft MLLW), Channel to Harlingen (-17 ft MLLW), and the Gulf Intracoastal Waterway (GIWW) from Matagorda Bay to Port Isabel (-17 ft MLLW) require pipeline dredges. - **Dredged Material Placement:** Excised sediment must be transported to designated Dredged Material Placement Areas (DMPAs). Disposal methods vary by location and include upland confined areas, Ocean Dredged Material Disposal Sites (ODMDS), and beneficial use sites (such as beach nourishment on Galveston, San Jose, and South Padre Islands). Transport distances range from direct, local placement up to 38 miles for offshore ocean disposal.