Featured Ground Stabilization Applications
Engineering solutions for roads, working platforms and heavy civil infrastructure.
Working Platforms
Heavy-duty temporary platforms supporting cranes, piling rigs and heavy construction equipment over weak soils.
Access Roads
Stabilized haul roads and construction access routes built over saturated or low-bearing-capacity ground.
Industrial Yards
Mechanically stabilized logistics and storage areas designed for repeated heavy traffic.
Wind Farm Access
Permanent and temporary access roads supporting turbine transport and installation.
Mining Haul Roads
Ground stabilization systems for repeated heavy mining truck traffic.
Pipeline Corridors
Stable construction corridors crossing wetlands and soft ground.
Integrated Ground Systems
Every stabilization system combines multiple engineering layers working together.
HDPE Geocells
Confinement
Contain aggregate. Increase bearing capacity. Reduce rutting.
Explore HDPE GeocellsGeogrids
Reinforcement
Distribute loads. Increase stiffness. Reduce deformation.
Explore GeogridsNonwoven Geotextiles
Separation & Filtration
Separate aggregate from weak soil. Prevent contamination. Improve drainage.
Explore GeotextilesEngineering Capabilities
From bearing capacity assessment to long-term performance evaluation — one integrated engineering service.
Bearing Capacity Assessment
Site-specific subgrade evaluation to determine load-bearing performance and stabilization requirements.
Working Platform Design
Engineered platform thickness and material specification for cranes, piling rigs and heavy equipment.
Construction Access Design
Haul road and access corridor engineering for repeated heavy-vehicle traffic over soft ground.
Aggregate Optimization
Fill material selection and layer thickness calculated to minimize aggregate consumption without compromising performance.
Ground Improvement Strategy
Integrated confinement, reinforcement and separation strategy tailored to soil and hydrological conditions.
Installation Support
Technical oversight and quality assurance during geocell, geogrid and geotextile placement.
Long-Term Performance Evaluation
Ongoing monitoring of rutting, settlement and platform performance under operational loading.
Technical Advantages
*Project dependent.
Build on Confidence.
Every major infrastructure project begins with stable ground. INGE&MAT engineers complete stabilization systems that transform weak subgrades into reliable foundations for roads, working platforms and critical infrastructure.