DYNAMIC SOLUTIONS
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Oil Spill Mitigation Modeling

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Dynamic Solutions, LLC staff developed an extensive ADH hydrodynamic model of the Louisiana coast to evaluate the potential for increased Mississippi River flow to inhibit the on-shore movement of oil from the Deepwater Horizon Spill. The modeling domain included the approximately 30% of the Louisiana coast and coastal shelf. The modeling efforts included simulation of releases from the Caernarvon and Davis Pond Diversions to determine if increased discharges through the diversions had the potential to reduce the transport of oil from the spill into fragile coastal wetlands. Model simulations were performed with an additional 150,000 cfs in the Mississippi River main channel and the passes within the Birds Foot Delta. Velocity vectors and particle tracking animations from these simulations were used to evaluate the effects on both oil spill movement and salinity impacts in the receiving waters.

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​​​​​Contact Information
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Dynamic Solutions, LLC 
​6421 Deane Hill Drive, Suite 1
Knoxville, TN 37919
(865) 212-3331
Fax: 212-3398

[email protected]
Services
​
Hydraulics & Hydrodynamics
Watershed Studies & Hydrology
Sedimentation Engineering
Water Quality
Ecological Modeling
GIS Services
Short Courses/Training
Natural Resources



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ADH/Adaptive Hydraulic Model
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  • Home
    • News
  • water resources services
    • Hydraulics & Hydrodynamics
    • Watershed Studies & Hydrology
    • ​Sediment Transport Modeling
    • Litigation Support and Expert Witness
    • Water Quality Modeling
    • Ecological Modeling
    • PFAS Fate and Transport Modeling
    • Coastal Resiliency & Sea Level Rise
    • Applied Research
    • Short Courses/Training
    • GIS Services
  • Modeling Tools
    • EFDC
    • ADH/Adaptive Hydraulic Model
    • CASM/Comprehensive Aquatic System Model
    • HSPF/Hydrologics Simulation Program Fortran
    • HEC-RAS / HEC Software
    • SWMM
    • CORMIX
  • About
    • Key Staff
    • Recent Projects
    • Projects
  • Contact
    • Locations