Ground Engineering Systems
SoilStabilization
Strengthen weak or expansive soils by injecting or mixing proprietary binding agents — increase load-bearing capacity and reduce permeability.
About the System
Treated in-situ,strong in place.
Chemical soil stabilization improves weak or expansive soils by injecting or mixing proprietary binding agents that increase load-bearing capacity and reduce permeability. Ideal for infrastructure projects, road sub-bases, and building foundations in challenging ground conditions.
Unlike traditional excavation and replacement, the soil is treated in-situ. This eliminates the need to haul large volumes of spoil, significantly reducing CO₂ emissions and project cost — making it an ideal eco-friendly alternative to conventional methods.
- ✓In-situ treatment — minimal excavation and waste
- ✓Lower CO₂ vs traditional dig-and-replace methods
- ✓Can increase CBR values by up to 300%
- ✓Controls volume change in expansive clays
- ✓Rapid application — minimises project delays
- ✓Proven performance across infrastructure, road and building projects
Eco-Friendly
In-situ treatment reduces CO₂ versus excavation and replacement
The Process
How It Works
01
Soil Assessment
On-site sampling, laboratory analysis and bearing capacity tests establish existing ground conditions.
02
Solution Design
The appropriate binding agent mix and application method are specified according to soil type and project requirements.
03
Injection / Mixing
Proprietary binding agents are injected into or mixed through the soil in-situ, ensuring full-depth penetration.
04
Compaction
After chemical reaction is complete, the treated soil is compacted to achieve the specified density and bearing values.
05
Testing & Certification
CBR tests and plate load trials verify stabilisation performance; results are documented for project certification.
Applications
Every ground type.
RDB
Road Sub-Bases
Reinforced sub-base for highways and urban roads — significantly extends pavement service life.
FND
Building Foundations
Ground improvement enabling shallow foundation solutions on low-bearing or expansive soils.
PKG
Parking Lots
Stable, even ground for large vehicle parks — reduces rutting and settlement under heavy use.
IND
Industrial Floors
Sub-grade stabilisation beneath factory, warehouse and logistics centre floor slabs.
RLW
Railway Embankments
Soil treatment beneath rail embankments to reduce settlement and lateral movement risk.
APR
Airport Aprons
High-bearing sub-grade preparation for aircraft and ground service vehicle loads.
From Our Portfolio
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