Aes

Providing and laying of 3D Reinforced Geocomposite Geomat for erosion control and slope protection works to prevent soil erosion, surface runoff, and promote vegetation growth on embankments or cut slopes.

The work includes:

• Surface preparation by trimming, levelling, and compacting the slope to the required gradient and profile.

• Supply and installation of a 3D geocomposite geomat made of UV-stabilized synthetic fibers or polymeric filaments, thermally bonded to form a flexible three-dimensional matrix reinforced with a high-strength geogrid or mesh layer.

• Anchoring and fixing the geomat using suitable U-pins, nails, or anchor rods at specified intervals to ensure full contact with the ground surface.

• Overlap and jointing between adjacent panels as per manufacturer’s recommendation to ensure continuous coverage.

• Topsoil spreading and seeding / hydroseeding over the geomat to facilitate natural vegetation growth.

• All materials, labour, tools, equipment, and supervision required for the complete installation as per approved drawings and technical specifications.

is a critical aspect of geotechnical engineering, which involves the use of various techniques and strategies to prevent or mitigate the detrimental effects of erosion on natural and engineered slopes. Erosion can be caused by factors such as water flow, wind, and human activities, and can lead to slope instability, loss of soil, and damage to infrastructur