1. River management
The application of geocells in river management is mainly to strengthen the filling force through its three-dimensional grid structure, prevent soil erosion and increase the bearing weight. In addition, the use of geocells can also reduce the construction cost of submerged rivers and allow the design of rivers to meet various natural conditions of traffic and soil.
2. Levee engineering
In levee engineering, geocells can be used to control erosion, that is, to improve the stability of the levee by filling it in the structure. This method has been widely used abroad, and its application volume is no less than that of bearing.
3. Urban drainage channel support engineering
Geocells are widely used in urban drainage channel support engineering due to their good corrosion resistance and high strength. It can be used as part of the drainage channel to help quickly drain excess water and reduce the risk of urban waterlogging.
4. Control bridge head jump
In bridge construction, geocells can be used to make differential settlement transition sections, specifically to control the common problem of "bridge head jump". This method can save a lot of ash and soil after using geocells. The comprehensive cost of the project is comparable to the cost of conventional methods for treating bridge head jumps, but the effect and service life are doubled.
Conclusion
In summary, the application of geocells in water conservancy projects is diverse and innovative. Its unique structure and performance make it have significant effects in many aspects such as river management, dam projects, and urban drainage support projects. With the advancement of science and technology and the increase in engineering needs, it is believed that the application of geocells in water conservancy projects will be more extensive and in-depth
PRODUCTS USED IN THIS PROJECT
Characteristics And Functions Of Composite GeomembraneComposite geomembrane is mainly divided into: one cloth one film, two cloth one film and multi-bu film, the base cloth is acupuncture geotextile, can also be used Filament woven fabric, plastic woven fabric. The production process not only maintains the good mechanical properties of the geotextile, but also makes the thickness of the composite product film uniform, and the peeling strength is high, avoiding the formation of pores and blisters on the film, greatly improving the impermeability of the film, and pressing the film surface. The flower treatment increases the friction coefficient of the film formation, which not only improves the stability of the anti-seepage project, but also facilitates the construction.Read Case- Application Fields of Geogrid EngineeringApplicable culvert reinforcement. It is suitable for the secondary reinforcement of the soil slope reinforced by the one-way tensile geogrid to further strengthen the soil slope and prevent soil erosion. Mine, tunnel reinforcement. Geogrid is suitable for various embankments and roadbed reinforcement, slope protection, and tunnel wall reinforcement.Read Case
- Why do we choose HDPE geomembrane for anti-seepage projects? What are the advantages of HDPE geomembrane?HDPE geomembrane has a large friction coefficient
The rough particles on the surface of HDPE rough geomembrane increase the friction coefficient of HDPE geomembrane and also increase the stability of the slope. For example, the rough geomembrane produced by Canada Soma can even reach 0.75mm, which is 3 times the international index, greatly enhancing the stability of the landfill.Read Case - The reasons why HDPE geomembrane is widely used.First, its lightness and tensile strength are relatively strong, so it can be used in any environment and is basically not affected by the external environment, which determines the environmental range of HDPE geomembrane.Read Case
