In major urban development projects located in soft soil regions, ensuring long-term foundation stability and controlling consolidation settlement are critical engineering challenges. Proper ground improvement from the early stages of earthwork and infrastructure construction is essential to guarantee the structural integrity and durability of large-scale ecological townships.
Meeting the stringent technical specifications and tight schedules required for a landmark urban project, the developer of Ecopark Ben Luc – Long An selected non woven geotextile manufactured by AN THAI Geosynthetic Manufacturer.
As a trusted leader specialized to supply woven geotextile and nonwoven solutions across geosynthetics Vietnam, AN THAI successfully delivered a total quantity of 300,000 m², playing a pivotal role in soil stabilization, material separation, and drainage optimization across the entire urban development.
Project Challenges
Developing a large-scale ecological township on soft subgrade conditions requires comprehensive engineering solutions to overcome severe site limitations:
Weak Subgrade & High Settlement Risk: Thick layers of soft clay and organic soils prone to differential settlement under embankment loads.
Intermixing of Materials: Without a high-performance separation layer, imported embankment fill materials easily mix with the underlying soft subgrade, leading to a reduction in load-bearing capacity and structural integrity.
Drainage and Filtration Demands: Groundwater and excess pore water pressure must be efficiently dissipated to prevent subgrade softening and instability.
Solution: Non Woven Geotextile APT
Non woven geotextile was installed across soft foundation areas to execute four core geosynthetic functions simultaneously:
Separation: Effectively separates the fill materials (sand/aggregate) from the soft subgrade below, preventing the loss of fill material into the soft foundation and maintaining the design thickness of structural layers.
Filtration & Drainage: Featuring optimal hydraulic properties (high permeability and proper apparent opening size), the geotextile allows free water flow while retaining fine soil particles, acting as an effective in-plane drainage channel to dissipate pore water pressure.
Reinforcement: Enhances the tensile strength of the foundation layer, evenly distributes construction and operational loads, and minimizes the risk of shear failure or subgrade deformation.
Why Did Ecopark Ben Luc – Long An Choose AN THAI Geosynthetic Manufacturer?
International Quality Standards: Non woven geotextile supplied by AN THAI offers superior tensile strength, high elongation, and excellent puncture resistance, fully complying with the rigorous specifications set by project consultants and developers.
Large-Scale Production & Supply Capacity: Backed by modern manufacturing lines and extensive warehousing as a premier entity to supply woven geotextile and nonwoven materials throughout geosynthetics Vietnam, AN THAI successfully delivered the massive volume of 300,000 m² on schedule, ensuring zero disruption to the project’s construction timeline.
Dedicated Technical Partnership: AN THAI’s technical team worked closely with contractors and site supervisors to provide tailored engineering recommendations, ensuring optimal material performance and overall cost-efficiency.
AN THAI Geosynthetic Manufacturer – Reliable Foundation Solutions for Future Cities
The successful delivery and application of 300,000 m² of non woven geotextile at Ecopark Ben Luc – Long An further reinforces AN THAI’s manufacturing capabilities and technical expertise in major urban infrastructure projects. As an established expert to supply woven geotextile and advanced products within geosynthetics Vietnam, AN THAI remains proud to partner with visionary developers to build sustainable, resilient, and enduring infrastructure worldwide.
