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Engineering Project Case Studies | Erdman Anthony

Spillway Design - South Florida Water Management District

Watch how this fully automated, electrically operated two-gate spillway helps protect wetlands and preserves a fresh water supply.

THE PROJECT
The South Florida Water Management District south to provide additional operational flexibility and conveyance of flows to Everglades National Park (ENP) by adding a new spillway structure that would work in conjunction with the existing S-333 structure to increase hydraulic connectivity between Water Conservation Area-3A (WCA-3A) and ENP. 

Erdman Anthony was selected to provide design and engineering during construction.

FEATURES/SOLUTIONS
The new structure is a fully automated, electrically operated two-gate spillway, with a peak capacity of 1,150 cubic feet per second, adjacent to the existing S-333 structure at the intersection of the L-67A and L-29 canals, in Miami-Dade County. 
The design process included:
•Design calculations, plans, specifications, opinions of probable construction costs, construction schedule, value engineering, and the design for the required submittals (preliminary, final, and corrected final/ RTA), in accordance with Everglades Restoration and Capital Projects Engineering Submittal Requirements.
•Permitting support and coordination with the US Army Corps of Engineers for impacts to the federal facilities.
•Presentations for briefings and meetings with the South Florida Water Management District, Design Review Team, and project stakeholders.
•Review during the construction phase of documents, progress, and work product.

IMPACTS
The S-333N structure is the first component of the Central Everglades Planning Project (CEPP) to move forward. 

The CEPP includes a suite of storage, treatment, conveyance, and seepage management measures that will provide the necessary components to deliver additional fresh water south, from Lake Okeechobee to WCA 3, ENP, and Florida Bay. Once CEPP is fully implemented, the project will restore more natural quantity, quality, timing, and distribution of water flows to the remaining portions of the River of Grass.



Dana Gillette, PE, PSM, LEED AP
PROJECT CONTACT:
Dana Gillette, PE, PSM, LEED AP
 561-753-9723 x 6015