DESCRIPTION
The key components of artificial mangroves include artificial wooden poles, which serve to dissipate force, reduce wave energy, and provide anchoring points for the roots. These poles are embedded into the shore based on calculated design parameters. The roots, made from a mixture of natural rubber and composite materials, function to reduce wave energy and resist water currents, helping to retain suspended sediments carried by the waves, leading to sediment deposition. The artificial mangroves are installed in clusters, extending outward from the shoreline.
DETIAL
Posts
Made from ARTO synthetic wood in a hollow oval shape, these posts are composed of wood fiber mixed with HDPE plastic. Each post ranges in length from 2 to 6 meters, resembling mangrove trunks. Their primary function is to dissipate wave energy at the surface level, reducing wave force before reaching the shore and minimizing coastal erosion on sandy and muddy beaches.
Roots
Made from composite rubber, the roots vary in branch length and function to accelerate sediment accumulation behind the CAOS installation. This process promotes sediment deposition, helping to stabilize the soil, prevent erosion, and reduce sediment loss from the area.
Made from composite rubber, the roots vary in branch length and function to accelerate sediment accumulation behind the CAOS installation. This process promotes sediment deposition, helping to stabilize the soil, prevent erosion, and reduce sediment loss from the area.
Installation
Installed along the coastline in cluster formations extending outward from the shore, the number of posts and roots depends on the installation's objectives. These include stabilizing the shoreline, reducing wave energy, retaining mud or sand sediment, or a combination of all three functions. Each installation site requires a tailored design, with specific surveys and planning conducted for every location.
Installed along the coastline in cluster formations extending outward from the shore, the number of posts and roots depends on the installation's objectives. These include stabilizing the shoreline, reducing wave energy, retaining mud or sand sediment, or a combination of all three functions. Each installation site requires a tailored design, with specific surveys and planning conducted for every location.
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