Woven geotextile is made of high-strength polymer material with excellent tensile strength and weather resistance, which enables it to maintain stable performance over the long term in environmental remediation projects.
In terms of soil erosion control, woven geotextile can be directly covered on the exposed soil surface, effectively preventing soil loss caused by rain erosion and weathering. This physical barrier can significantly reduce the risk of soil erosion and protect soil resources.
In ecological restoration projects, woven geotextile can serve as a substrate for vegetation growth. It can provide plants with a stable growth environment and help them take root and grow better. As the plants grow, the geotextile is gradually integrated into the natural environment, promoting the gradual recovery of the ecosystem.
Woven geotextile also has good water permeability, which allows water to quickly penetrate into the soil and improve the soil's water retention capacity. This helps keep the soil moist, providing the necessary moisture conditions for plant growth.
In environmentally sensitive areas such as landfills, woven geotextile can act as an anti-seepage barrier to prevent leachate from seeping into the soil and groundwater. This anti-seepage function can prevent the spread of pollutants and protect the safety of surrounding soil and water bodies.
In addition, woven geotextile is also widely used in projects such as wetland restoration and mine reclamation. It can help fix soil and vegetation, prevent soil loss caused by water erosion, and create conditions for the ecological restoration of wetlands and mines.
Woven geotextile plays a multifaceted role in environmental remediation. It can not only effectively control soil erosion and promote ecological restoration, but also improve the soil's water retention capacity and prevent the spread of pollutants. Therefore, woven geotextile is an indispensable material in environmental remediation projects.
