Dredging and managing dredged material are critical components in many waterfront projects. Navigation channels, harbors, and port berths typically require dredging to establish and maintain adequate depths. Over the past two decades, Taylor Engineering’s engineers have guided dredging activities through all stages, from project concept to project completion. Our dredging and dredged material management projects have included maintenance dredging for harbors and navigation channels, dredging for navigation channel and marina basin creation, and dredging for environmental restoration purposes. Our typical efforts include project feasibility evaluation, long-range dredged material management planning, project permitting, final design and construction documents, contract administration, and construction observation. Dredging engineering and permitting is one of Taylor Engineering’s strongest technical competencies. Please visit our project gallery to view a variety of our dredging projects. A few project examples include

Since 1986, Taylor Engineering has worked with the Florida Inland Navigation District (FIND) on its long-term dredged material management plans for Florida’s 501 miles of federally maintained channels in the Atlantic Intracoastal and Okeechobee waterways. At its heart, FIND’s ongoing program focuses on siting, feasibility, planning, and engineering design and construction of containment dikes for dredged material management and storage. This program proceeds in close coordination with USACE dredging work.

As a subcontractor, Taylor Engineering developed a Dredged Material Management Plan (DMMP) for the Atlantic Intracoastal Waterway (AIWW) from Norfolk, Virginia to the St. Johns River in Florida. The overall DMMP identifies dredging reaches, dredged material management strategies, and dredged material management areas within and organized by each U.S. Army Corps of Engineers District (Norfolk, Wilmington, Charleston, Savannah, and Jacksonville).

As part of a construction contractor’s team, Taylor Engineering provided dredged material management area design, environmental permit modification support, and technical team coordination for dredging, dewatering, and disposing of 280,000 cubic yards of sediments from Manatee Pocket and four tributaries. Dredging helped create a navigation channel and provided benthic habitat restoration areas.