Application Purposes
Environmental Protection Engineering: Anti-seepage for landfills, sewage treatment plants, chemical wastewater tanks, power plant regulation tanks, industrial/medical waste landfills, ash residue yards, and evaporation ponds.
Petrochemical Industry: Anti-seepage for oil storage tanks in petrochemical refineries, oil well sludge tanks, chemical reaction tanks, sedimentation tanks, and the bottom liners and secondary liners of tailings dams.
Chemical and Mining Industry: Anti-seepage for ash residue yards, red mud piles, heap leaching tanks, dissolution tanks, and the bottom liners of tailings dams.
Aquaculture Industry: Anti-seepage for the linings of aquaculture ponds, fish ponds, shrimp ponds, sea cucumber enclosures, and slope protection.
Construction Engineering: Anti-seepage for subways, underground garages, rooftop gardens, sewage pipes, and drainage tanks.
Agriculture, Forestry and Animal Husbandry: Anti-seepage for reservoirs, water storage tanks, drinking water tanks, and irrigation systems.
Salt Chemical Industry: Anti-seepage for salt field crystallization ponds, brine pond covering, and salt membranes.
Construction Technology

After the geomembrane is laid, walking on the membrane surface and moving tools should be minimized as much as possible. Any objects that may cause damage to the geomembrane should not be placed on the membrane or carried while walking on the membrane, so as to avoid accidental damage to the membrane. When laying the geomembrane, efforts should be made to minimize the number of welds, and raw materials should be saved as much as possible on the premise of ensuring welding quality. The seam width between adjacent geomembranes is generally not less than 10 cm, and the welds are usually arranged parallel to the steeper slope (i.e., arranged along the direction of the slope).

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