VSoL® for Storage Tanks & Silos
Reinforced earth retaining wall system for foundation support and seismic resilience
VSoL® is an advanced reinforced-earth wall solution combining concrete facings, soil reinforcement and granular backfill to create reliable retaining structures that support storage tank and silo construction. The system enables work at multiple elevations on constrained sites and addresses high seismic load requirements, which are critical for facilities such as LNG tanks and large silos.
Why VSoL® for storage tanks & silos
VSoL® walls combine soil reinforcement and concrete facing. This supports excavation and load retention near storage foundations.
The system withstands high seismic loads required for LNG containment and large tanks.
Supports work at different levels on restricted sites.
Integrated system can reduce time and cost for retaining structures.
Walls can be used for construction phases or left in place as part of the permanent design.
VSL’s VSoL® Retained-earth Wall Services
VSL delivers a complete VSoL® solution for storage tank and silo projects that demand earth retention and seismic performance.
Subsoil and site constraint assessment
VSoL® design support and detailing
Supply of facing panels, reinforcement and materials
Installation supervision and quality control
Integration with adjacent foundation or ground improvement works
Why Choose VSL for VSoL® Retaining Wall

Proprietary system
VSoL® is a patented wall solution developed by VSL with global implementation experience.Seismic performance focus
Its resilient structure meets specific seismic load requirements in safety-critical facilities.Adaptable application
VSoL® supports temporary and permanent roles, tailored per site and project constraints.Comprehensive support
Design, components and installation services are coordinated for performance and schedule.
FAQs about VSoL® Retaining Wall
VSoL® is a reinforced earth wall system that uses concrete facings, soil reinforcement and granular backfill to create stable retaining structures.
It supports excavation and foundation work in constrained areas and enhances seismic resilience.
It can be deployed for temporary works or integrated into permanent designs.