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SEAWALLS EXPLAINED

Seawalls are structures built along coastlines to protect land from the erosive force of waves and prevent flooding.They act as a barrier, absorbing or deflecting wave energy and reducing the impact on the shoreline.

WHAT SEAWALLS DO:

COASTAL PROTECTION: Seawalls are designed to shield land, infrastructure, and property from the damaging effects of waves, storm surges, and rising sea levels.

EROSION CONTROL: By reducing wave action, seawalls help prevent or slow down the erosion of beaches, cliffs, and other coastal areas.

FLOOD PREVENTION: They act as a barrier against flooding caused by high tides and storm surges, protecting areas behind the seawall. 

HOW SEAWALLS WORK:

WAVE DEFLECTION: Seawalls are typically designed to either reflect wave energy back into the sea or absorb it, preventing it from reaching the land.

STRUCTURAL INTEGRITY: They are constructed from robust materials like concrete, stone, or steel, enabling them to withstand the force of waves and other coastal hazards. 

SEAWALL TYPES:

VERTICAL: Upright walls that directly block wave energy. 

RIPRAP: Sloping structures made of large rocks or rubble that absorb wave energy. 

CONCRETE: Walls constructed from concrete blocks or panels, known for their durability. 

SHEET-PILE: Interlocking sheets of metal, vinyl, or composite driven into the ground. 

ROCK: Walls made of large stones, often used for a more natural look.

SEAWALL CONSIDERATIONS:

ENVIRONMENTAL IMPACT: Seawalls can have both positive and negative environmental impacts, affecting natural coastal processes and habitats. 

MAINTENANCE: Seawalls require ongoing maintenance to ensure their effectiveness and longevity. 

COST: Construction and maintenance can be expensive, especially for large-scale seawalls.

CONTRACTORS: Whether you choose CMC by Marinus for your seawall construction or not, it is absolutely imperative to choose a contractor with vast experience and know-how to complete any scope of project required for your waterfront structure.

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