Firstly, geomembranes allow biogas to circulate between bags of soil. This moisture is essential for vegetation to grow and will never cause fruit or soil erosion due to rain or watering. Secondly, geomembranes provide a realistic seedbed for green plants.

Water-permeable yet soil-impermeable, the grass can grow from the outside or within the fabric, being highly beneficial to vegetation. The root system of the vegetation can grow freely between the bags, intertwining each geotextile into a solid unity, constructing a stable and permanent ecological slope with the geotextile.

During construction, environmental differences often lead to issues. After addressing these problems, construction workers with geomembrane must adhere to proper handling methods to ensure the effectiveness of the work. Improper handling can severely impact the lifespan of the geomembrane.

Firstly, when the foundation is not sturdy, after the construction is completed, it often leads to collapses or uneven ground, which, under long-term upper pressure, can cause damage to the geomembrane. Therefore, it is crucial to properly prepare and treat the foundation before commencing construction.

Secondly, due to the poor adhesive effect of the geomembrane, the phenomenon of large-scale hollowing often occurs, which is quite common, especially during factory construction. It is usually observed on walls, where geomembranes, due to the nature of the material, require adhesion. The trouble caused by improper handling is a common issue. Different seepage prevention projects have varying requirements for the specifications of geomembranes. Generally speaking, the thicker the geomembrane, the stronger the seepage prevention effect. How to improve the seepage prevention effect of geomembrane materials:

The use of geomembrane materials must meet the design requirements of the project.

2. The welding of geomembrane overlaps must be performed in accordance with the seepage prevention construction specifications. By enhancing the intrinsic quality standards of the geomembrane material and refining the on-site construction welding techniques, the seepage prevention requirements can be met.