Engineered Soil Stabilization Systems for Roads, Foundations, and Load Support
Soil stabilization is critical for improving load-bearing capacity, reducing settlement, and extending the service life of roads, foundations, embankments, and working platforms. GeoCHEM provides a comprehensive portfolio of engineered soil stabilization solutions designed to perform in demanding civil, transportation, mining, and industrial applications.
Our soil stabilization systems combine geogrid reinforcement, polymer soil stabilization, and GEOWEB® cellular confinement technology to address weak subgrades, cohesionless soils, and high-load environments. These solutions reduce aggregate requirements, minimize maintenance, and improve long-term performance in both paved and unpaved applications.
Geogrid Soil Reinforcement
GeoCHEM offers high-performance bi-axial and uni-axial geogrids engineered to reinforce soils through mechanical interlock and load transfer. These geogrids improve bearing capacity, reduce rutting, and control lateral soil movement in roadway bases, retaining structures, and embankments.
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Bi-axial knitted single-layer base grids for roadway and platform stabilization
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Uni-axial knitted stratagrids for slope reinforcement and load retention
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High-tenacity polymer construction for long-term durability
Road & Aggregate Soil Stabilization Polymers
Polymer soil stabilizers are used to bind and solidify soil or aggregate, reducing dust, rutting, and moisture sensitivity. GeoCHEM’s polymer stabilization products are designed for unpaved roads, haul roads, access roads, and industrial sites where traditional maintenance is costly and disruptive.
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Reduces grading frequency and aggregate replacement
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Improves surface durability and load distribution
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Suitable for high-traffic and remote applications
GEOWEB® Cellular Confinement System
The GEOWEB® 3D cellular confinement system uses interconnected, honeycomb-shaped geocells to confine and stabilize cohesionless soils. Acting as a semi-rigid load distribution layer, GEOWEB significantly reduces base thickness requirements while improving structural performance.
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Stabilizes weak subgrades and soft soils
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Reduces aggregate usage and construction costs
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Ideal for roads, working platforms, slopes, and load support zones
Typical Applications
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Road base and subgrade stabilization
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Unpaved and paved access roads
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Load support platforms and working pads
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Retaining walls and reinforced soil structures
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Industrial, mining, and energy infrastructure
geocellular honeycomb structures confine and stabilize cohesionless soils.
