Global Best Practices in Geosynthetics for Ground Engineering

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Soil Stabilization
Geotechnical Engineering

Soil Stabilization

Ground improvement is the procedure typically defined as using mechanical means to improve poor ground conditions. Ground improvement methods improve the engineering properties of the soil mass which is treated to meet project performance requirements.

  • Improve bearing capacity
  • Increase density
  • Control settlements and permeability
  • Mitigate liquefaction
  • Increase slope stability

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Engineering Solutions

Advanced Soil Stabilization Techniques

Soil stabilization involves various mechanical and chemical methods to improve the engineering properties of soil. Our advanced techniques include basal reinforcement, prefabricated vertical drains, and geo-cell confinement systems to ensure optimal ground improvement solutions.

Soil Stabilization Methods
Basal Reinforcement

Basal Reinforcement

Differential settlement can be controlled by the construction of a basal platform to spread the loading upon the ground. The system can absorb, spread, span or dissipate the applied loads vertically downwards into the ground, or into the piles.

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Prefabricated Vertical Drain

Prefabricated Vertical Drain (PVD)

PVD serves to accelerate the process of consolidation of the soil, especially on clay or silty clay. Installed vertically into the ground to siphon the water from the layer of soft soil to the surface with high mechanical strength and bending capacity.

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Geo-cells Confinement

Geo-cells as Confinement

The cellular structure of Geocell confines the in-filled material and creates a stable base for load distribution. Used as a foundation reinforcement mat for improvement of load bearing capacities of weak soils and as an erosion control barrier for slope surfaces.

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Advanced Solutions

Easy & Fast Installation

Our soil stabilization solutions offer easy and fast installation processes with accelerated consolidation capabilities. These methods provide long-term stability and performance for various geotechnical engineering applications.

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