Project We Are Proud Of
Slope Protection Works for the Dualisation of Bausher - Al Amerat Road (Phase 1)
Stabilizing Steep Mountain Slopes for One of Muscat's Most Critical Road Links
Project Overview
Project Details
- Project: Dualisation of Bausher - Al Amerat Road (Phase 1)
- Client: Sultanate of Oman - Muscat Municipality
- Scope: Slope Protection
- Quantities Delivered:
- 27,400 m² of Mesh
Challenges Identified
- Extremely Steep, Inaccessible SlopesCertain faces could not be reached by conventional equipment, requiring aerial material delivery.
- Highly Fractured Rock MassLoose and jointed rock zones increased the risk of rockfall during and after construction.
- Manual, Rope-Access Drilling RequirementsDrilling operations had to be executed entirely at height, demanding specialized safety procedures.
- Verification of Anchor PerformancePull-out testing was essential to confirm load capacity before mesh installation.
Solution Implemented:
1. Aerial Delivery of Mesh Rolls
- •Transported mesh bundles to high-elevation faces using helicopter lifts to ensure safe and efficient material placement.
2. Manual Drilling on Steep Rock Faces
- •Performed anchor drilling using rope-access techniques across inaccessible slope sections.
3. Installation of High-Strength Wire Mesh
- •Installed 27,400 m² of wire mesh to contain loose blocks and improve surface stability.
4. Pull-Out Testing for Anchor Verification
- •Conducted systematic pull-out tests to confirm anchor capacity and ensure compliance with design requirements.
Project Outcomes: Slope Protection Works for Bausher - Al Amerat Road (Phase 1)
Reliable Slope Stability Across High-Risk Terrain
The combination of deep anchoring and full-face mesh coverage significantly improved the structural stability of steep cut faces along the corridor.
Safe Execution on Slopes with No Ground Access
Helicopter delivery and rope-access drilling ensured safe and controlled installation in areas impossible to reach with ground equipment.
Verified Anchor Performance for Long-Term Reliability
Pull-out testing confirmed proper load transfer, supporting a durable and predictable slope protection system.
Reduced Rockfall Risk for Commuters
The stabilized slopes provide a safer passage for motorists along one of Muscat's busiest and most challenging mountain routes.
Efficient Delivery Under Difficult Geotechnical Conditions
Despite steep geometry and fractured rock mass, the project was completed with high safety standards and precise installation quality.
Sustainability Development Goals (SDGs) Alignment
Related Services
Consulting Engineering
Vegetative Erosion Control Solutions
Non-Vegetative Erosion Control
Geohazard Mitigation
Slope Stabilization
Foundations & Ground Engineering
Related Projects
Would you like to work with us?
Join our team of certified professionals and be part of cutting-edge engineering projects.
CareersDo you have a requirement?
Get expert consultation and customized solutions for your engineering project needs.
Get a Quote