Highway Embankment Stabilization
Constructed 8,000 linear meters of deep soil-cement columns through soft alluvial clay, preventing embankment post-construction settlement.
Engineered in-situ soil stabilization blending weak strata with cementitious binders to construct continuous soil-cement walls, cut-off barriers, and high-strength load support platforms.
Enquire About Deep Soil MixingDeep Soil mixing transforms weak, soft, or contaminated ground into high-strength, low-permeability structural composite material. By mechanically disrupting the soil matrix and injecting cement or lime slurries directly into the subsurface, this method eliminates the cost and environmental footprint of soil excavation and replacement.
GRIMTECH executes both Deep Soil Mixing (DSM) and Shallow Soil Mixing (SSM) for groundwater cut-off walls, excavation support, embankment stabilization, and foundation reinforcement.
| Column Diameters | 600 mm to 1500 mm |
| Maximum Execution Depth | Up to 25 meters |
| Target Unconfined Compressive Strength (UCS) | 0.5 MPa to 5.0 MPa, depending on soil profile and binder dose |
| Permeability Reduction | Reaches 10-7 cm/sec for effective groundwater cut-off performance |
Constructed 8,000 linear meters of deep soil-cement columns through soft alluvial clay, preventing embankment post-construction settlement.
Executed mass soil mixing to create a uniform 3-meter thick stabilized slab foundation over soft coastal soil.
Have a project in mind? Let’s engineer the right foundation. Our team is ready to deliver safe, reliable and cost-effective geotechnical solutions.