Reliable Ground Improvement for
Stronger Foundations
Mechanically engineered soil solutions with geosynthetics for enhanced bearing capacity, stability, and long-term performance.
Ground Improvement Solutions
We provide comprehensive Ground Improvement Solutions to enhance the strength, stability, and performance of weak or problematic soils. Our services include advanced techniques such as geogrid reinforcement, geocell confinement, prefabricated vertical drains (PVDs), stone columns, and subgrade stabilization systems. These methods improve bearing capacity, reduce settlement, control deformation, and create safer foundations for roads, railways, embankments, landfills, and industrial platforms.
We undertake complete turnkey execution—from geotechnical assessment and design to material supply and on-site installation—ensuring reliable, cost-effective, and long-lasting outcomes. With engineered precision and superior geosynthetic systems, we support sustainable infrastructure development on challenging ground conditions.
Benefits of Ground Improvement
Allows Constructing Higher Embankments
Enhances Soil Bearing Capacity
Increases Base Stiffness Effectively
Installable in All Weathers
Lightweight and Easily Installed
More Cost-Effective than Replacemen
Requires No Skilled Labour
Prevents Ground Surface Deformation
Reduces Long-Term Settlement Risks
ATGRID-Biaxial (PET)
We provide advanced ground improvement solutions using ATGRID-Biaxial (PET), a high-performance reinforcement system engineered for superior soil stabilization. Manufactured with high molecular weight polyester yarn exceeding 25,000 gm/mol, ATGRID delivers exceptional tensile strength and long-term durability in challenging environments. The precisely knitted structure ensures balanced strength in both machine and cross-machine directions, enabling reliable load distribution and improved subgrade performance.
Our team integrates ATGRID with complete design support, engineering analysis, and site execution to optimize embankments, foundations, and working platforms. With its robust polymeric coating and efficient interlock with soil, ATGRID-Biaxial (PET) ensures enhanced bearing capacity, minimized deformation, and long-term structural stability.
Features of ATGrid-Biaxial (PET)
Stable aperture ensures consistent load distribution
UV-resistant polymeric protective surface coating
High LTDS 100 kN/m with low creep
ATWEB (Geocell)
We offers specialized ground improvement services using ATWEB Geocells, an advanced cellular confinement system designed to strengthen weak and unstable soils. Manufactured from ultrasonically welded high-density polyethylene strips, ATWEB forms a rigid, honeycomb-like structure that significantly enhances bearing capacity when expanded and infilled with locally available soil or aggregates. The cell depth and weld spacing are customized to meet specific project requirements, ensuring optimal performance across varied site conditions.
Our engineering team provides complete support—from design and technical analysis to on-site installation—ensuring long-term stability for embankments, working platforms, load transfer platforms, and foundations. ATWEB effectively minimizes settlement, distributes loads uniformly, and delivers a durable, cost-efficient ground improvement solution.
Features of ATWEB
Effectively Controls Ground Settlements
Easily Cut Without Damage
Reinforces Weak Soil Layers
Prefabricated Vertical Drains (PVDs)
We offers specialized ground improvement services using ATWEB Geocells, an advanced cellular confinement system designed to strengthen weak and unstable soils. Manufactured from ultrasonically welded high-density polyethylene strips, ATWEB forms a rigid, honeycomb-like structure that significantly enhances bearing capacity when expanded and infilled with locally available soil or aggregates. The cell depth and weld spacing are customized to meet specific project requirements, ensuring optimal performance across varied site conditions.
Our engineering team provides complete support—from design and technical analysis to on-site installation—ensuring long-term stability for embankments, working platforms, load transfer platforms, and foundations. ATWEB effectively minimizes settlement, distributes loads uniformly, and delivers a durable, cost-efficient ground improvement solution.
Features of PVDs
Drainage Core Removes Pressures
Rapidly Accelerates Soil Consolidation
Cost-Effective Settlement Solution
Increases Soil Shear Strength
Improves Ground Bearing Capacity
Enables Faster Construction Timelines
Stone Columns
We delivers reliable ground improvement solutions using Stone Columns, a proven technique for stabilizing weak and compressible soils. Stone columns are vertical granular inclusions installed to increase the soil’s shear strength, enhance bearing capacity, and significantly reduce settlement under structural loads. Our engineering team performs detailed geotechnical assessment to determine column spacing, diameter, depth, and installation methodology, ensuring optimal performance for each project. Using vibro-replacement or dry/wet top-feed methods, we construct high-quality columns that improve drainage, accelerate consolidation, and provide uniform load distribution.
A&T Engineering manages the complete process—from design and analysis to execution and field monitoring—offering a durable, cost-effective solution for embankments, foundations, industrial platforms, and transportation infrastructure.
Benefits of Stone Columns
Increases Soil Shear Strength
Reduces Overall Ground Deformation
Minimizes Liquefaction Susceptibility
Decreases Natural Soil Variability
Effectively Reduces Total Settlements
Enhances Drainage and Consolidation
