1. In projects such as river regulation, reservoir construction, and embankment reinforcement, geotextiles are used as filtration materials, effectively preventing the loss of soil particles and ensuring the stability of the project. In addition, in hydraulic engineering, geotextiles can also be used as separation materials to separate different soil layers, preventing mutual erosion between soils and thereby protecting the long-term safety of the project.
2. In highway and railway engineering, geotextiles are mainly used for reinforced soil structures, subgrade drainage, and protective works. Reinforced soil structures combine soil with reinforcement materials through geotextiles, forming a structure with certain strength and stability, effectively improving the load-bearing capacity and service life of the road. Geotextiles also play an important role in subgrade drainage, quickly diverting rainwater from the road surface and preventing damage caused by water accumulation. In protective works, geotextiles can prevent soil erosion and protect the stability of road embankments.
3. In the construction field, geotextiles are mainly used for foundation treatment, basement waterproofing, and rooftop landscaping. In foundation treatment, geotextiles can improve the load-bearing capacity and stability of the foundation and prevent settlement. For basement waterproofing, geotextiles can serve as auxiliary materials for waterproof layers, enhancing waterproofing effectiveness. In rooftop landscaping, geotextiles can prevent soil loss and provide a good environment for plant growth.
4. In environmental protection projects such as landfills and tailings dams, geotextiles can prevent pollutants from seeping into groundwater and protect the ecological environment. In soil remediation projects, geotextiles can serve as isolation materials, separating contaminated soil from uncontaminated soil and preventing the spread of pollution.
