FWE delivers advanced slope stabilisation and ground improvement solutions to ensure the safety, durability, and performance of infrastructure built on challenging or unstable ground. Our expert team employs a range of specialized geotechnical techniques tailored to site-specific conditions—effectively managing soil movement, reinforcing slopes, and enhancing ground strength to mitigate the risk of failure. Whether stabilizing rock faces, securing embankments, or treating weak soils, we bring the experience and equipment to tackle even the most complex geotechnical challenges.
Our slope stabilisation and ground treatment services include:
- Soil Nailing – Reinforces soil slopes using steel bars grouted into drilled holes to enhance stability.
- Rock Bolting – Anchors unstable rock masses using high-strength bolts for long-term slope support.
- Shotcreting – Applies sprayed concrete to slope faces for immediate structural support and erosion control.
- Rock Fall Netting – Installs mesh systems to prevent loose rocks from falling onto roads or infrastructure.
- Rock Catch Fencing – Erects barrier systems at slope bases to intercept falling rocks and debris.
- High Reach Drilling Capability – Enables drilling on steep or inaccessible slopes for stabilization and anchoring.
- Pressure Grouting – Injects grout under pressure to fill voids, strengthen ground, and reduce permeability.
- Jet Grouting – Uses high-pressure grout injection to form solidified soil columns for deep ground reinforcement.
- Micro Piling – Installs small-diameter piles in restricted or difficult access areas to provide foundational support.
- Deep Soil Mixing – Mechanically mixes soil with binders to improve load-bearing capacity and stability.
- Ground Anchors – Post-tensioned systems installed deep into the ground to secure slopes and retaining walls.
- Gabion Walls – Rock-filled mesh baskets used for slope retention, drainage, and erosion protection.
- Slope Protection – Comprehensive solutions including armoring, vegetation, and structural systems to prevent erosion and surface instability.
