Large engineered surfaces can experience significant water movement and require reliable drainage pathways. Geonet helps create a continuous drainage plane that supports the controlled transmission of collected liquids. Its structure makes it suitable for integration into extensive geosynthetic systems used for containment, landfill, foundation, road, and retaining applications. Compared with some conventional drainage approaches, geonet-based systems can offer easier material handling and efficient installation when properly designed. Performance should be evaluated according to expected flow, pressure, temperature, and compatibility with adjoining materials. With suitable planning, Geonet can support consiste...
Large engineered surfaces can experience significant water movement and require reliable drainage pathways. Geonet helps create a continuous drainage plane that supports the controlled transmission of collected liquids. Its structure makes it suitable for integration into extensive geosynthetic systems used for containment, landfill, foundation, road, and retaining applications. Compared with some conventional drainage approaches, geonet-based systems can offer easier material handling and efficient installation when properly designed. Performance should be evaluated according to expected flow, pressure, temperature, and compatibility with adjoining materials. With suitable planning, Geonet can support consistent drainage across broad project areas.
