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Intracoastal Crossing – Hydrodynamic Forcing and Scour Analysis

Threatened by tides and storm surge, in-water transmission towers receive improved design and placement due to effective wave

  • 46

    Transmission Towers

  • Cape Canaveral, Florida

    Cape Canaveral, Florida

Expertly designed towers positioned for optimal resilience

Florida Power & Light (FPL) is a leading energy provider working to upgrade their service at the intersection of the existing Intracoastal Waterway at the Indian River and Banana Rivers near Cape Canaveral. Given the location of the required towers, they will be consistently affected by tides and vulnerable to storm surge during significant weather events. To ensure the best design and placement of the transmission towers, our team was brought in to conduct hydrodynamic numerical modeling using Delft3D-FLOW and Delft3D-WAVE.  
 
By utilizing numerical model outputs, our team was able to better understand the hydrodynamic forces and calculate the potential impact of scour on the in-water transmission towers. We simulated storm conditions for 100-year winds and storm surge, enabling high-confidence projections based on data and factors that cannot be measured in real-time scenarios, to provide design recommendations for FPL.

With our work now complete, the process delivered cost savings and improved design considerations for 46 towers.

At a Glance

Offices
Client
  • Florida Power and Light
Meet Our Team

Aaron Chen, Coastal Engineering Specialist

As a coastal engineer I help solve challenging environmental problems with cutting-edge techniques.

Aaron Chen

Coastal Engineering Specialist

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