Reinforced Soil Walls & Slopes

Reinforced soil wall and slope systems improve the stability of earth structures by combining engineered backfill with high-strength soil reinforcement. They provide economical, durable, and flexible solutions for mining infrastructure where high retaining structures, heavy operational loads, and challenging ground conditions are common. TechFab Reinforced Soil Wall and Slope Systems are engineered to deliver safe, reliable, and long-term performance for mining applications.

Reinforced soil wall construction at a mine site

Overview

Available Systems

Products

Reinforced soil wall construction at a mine site

Overview

Reinforced soil wall and slope systems are engineered earth retention structures that utilise high-strength geosynthetic reinforcement embedded within compacted engineered backfill to create a stable reinforced soil mass capable of resisting lateral earth pressures. Their performance depends on the interaction between soil and reinforcement, resulting in durable and economical retaining structures.

These systems are designed using established geotechnical engineering principles and are integrated with efficient drainage provisions to maintain long-term stability and minimise hydrostatic pressure. The flexibility of reinforced soil structures allows them to accommodate differential settlement without affecting structural performance. They are widely adopted in mining projects for crusher platforms, haul road embankments, conveyor corridors, ROM pad retaining walls, stockyard developments, workshop platforms, mine access roads, waste dump retention works, and other earth retention applications where stability, constructability, and cost efficiency are essential.

TechFab offers advanced reinforced soil solutions incorporating high-performance geogrids or polymeric geostrips with a range of facing systems, including welded wire mesh, precast concrete panels, gabions, and wrap-around facings. The TechFab engineering team provides complete design support, including internal, external, and global stability analysis, reinforcement optimisation, detailed construction drawings, and on-site technical assistance.

Available Reinforced Soil Wall & Slope Systems

Frequently Asked Questions
(FAQs)

TechFab Reinforced Soil Wall & Slope System is a mechanically stabilised earth (MSE) solution that utilizes high-strength geosynthetic reinforcement integrated with engineered backfill and suitable facing systems to construct stable, durable, and economical retaining structures. The system provides excellent stability, accommodates differential settlement, and is designed to support heavy operational loads in mining applications.

TechFab Metal Gabions Reinforced Soil Wall is a reinforced soil retaining system that incorporates TechFab Steel Gabions as the facing element with geosynthetic reinforcement. The system provides a flexible, permeable, and durable solution for earth retention, slope stabilization, and mining infrastructure.

TechFab Geocell Reinforced Soil Slope is a reinforced earth retention system that utilizes high-density polyethylene (HDPE) geocells as the facing element to provide three-dimensional confinement of soil. The system improves slope stability, promotes vegetation growth, and offers effective erosion protection for mining and environmental applications.

TechFab Welded Wire Mesh Reinforced Soil Wall is a mechanically stabilized earth system that combines high-strength welded wire mesh facings with geogrid reinforcement to create flexible, economical, and high-performance retaining structures capable of supporting heavy mining loads.

TechFab Green Fascia Reinforced Soil Slope is a reinforced soil system that incorporates a double twisted wire mesh facing with wrap-around geogrid reinforcement to establish vegetation while providing long-term slope stability and erosion protection.

TechFab Reinforced Soil Wall & Slope Systems are suitable for haul road embankments, crusher platforms, ROM pads, conveyor corridors, stockyards, mine access roads, waste dump retention structures, overburden dumps, mine infrastructure platforms, and mine rehabilitation works.