VSoL® - Dams
A high-performance retaining-earth wall resistant to seismic activities
Dams require reliable earth-retaining solutions. VSL’s VSol® system offers a proven method to build durable reinforced-soil structures. In dam projects, VSol® supports slopes, spillways, platforms, and temporary works. It improves stability, reduces risks, and accelerates construction.
The Role of VSol® in Dam Engineering and Construction
The system uses precast facing panels and steel reinforcements to form a durable wall.
VSol® supports spillways, embankments, ramps, platforms, and protection walls.
The system controls deformations and secures working conditions.
Its modular components allow rapid installation on restricted or soft-soil sites.
The system offers high durability and requires little maintenance, even under hydraulic or seismic forces.
VSL’s VSoL® Retained-earth Wall Services
VSol® addresses the main earth-retaining needs found around dams and supports both permanent and temporary structures.
Feasibility and Engineering Studies
Design and Detailing
Fabrication and Supply
Construction and Supervision
Why Choose VSL for VSoL® Retaining Wall

Proven MSE solution
With successful implementation in critical dam infrastructure worldwideIntegrated service offering
From design to execution, including anchoring, ground improvement, and waterproofingAdaptability to extreme conditions
Including seismic zones, variable water levels, and aggressive environmentsFast-track construction
With minimal site preparation and reduced material handlingGlobal references
In hydro and civil engineering projects
FAQs about VSoL® Retaining Wall
Its modular nature, rapid installation, and structural performance under hydraulic and seismic loads make it ideal for dam construction and rehabilitation.
VSol® systems can be supplied with galvanized steel or polymeric reinforcements, selected based on durability and exposure class.
Yes. It is often integrated with VSL ground anchors, drainage systems, and cut-off walls for comprehensive dam stabilization.