Reinforced Steep Slopes (RSS) use high-strength geogrid reinforcement to stabilize soil and enable the construction of steep to near-vertical slopes that would not be possible with conventional earthworks.
By reinforcing the soil mass internally, RSS systems increase shear strength and global stability, allowing slopes to be built with reduced footprints, lower earthworks volumes, and improved overall efficiency compared to traditional cut-and-fill or concrete solutions. This solution is suitable for road embankments, highway widenings, rail corridors, land development projects, temporary and permanent platforms.
Key Advantages:
POME delivers engineered reinforced slope systems designed specifically for each project’s geometry, ground conditions, loading requirements, and durability demands.
Our engineering team performs detailed internal stability, external stability, ensuring compliance with international standards and local authority requirements while optimizing reinforcement layout and construction methodology.
Our Approach:
Project-specific slope design and optimization
Compliance with international codes and best practices
Use of proven, performance-tested geogrid systems
Integrated design, supply, and construction support
POME has successfully delivered reinforced steep slope solutions across the Middle East, including projects with constrained corridors, variable slope heights, tight geometries, and challenging ground conditions.
Our regional construction experience allows us to develop project-specific methodologies addressing access, sequencing, drainage, erosion protection, and interface with adjacent structures and pavements.
Why Clients Trust POME:
Proven delivery in steep and complex geometries
Solutions tailored to site and construction constraints
Engineering support throughout construction
Reliable execution under demanding programs
