VSoL® for Nuclear Containments
Structural earth-retaining walls for safety, seismic performance and durability
Nuclear containment projects often require earth-retaining structures capable of resisting high loads, groundwater pressures and seismic actions under strict safety constraints. VSoL® walls combine reinforced concrete facing with structural soil reinforcement to create stable, durable retaining systems. Adapted to complex ground conditions, VSoL® walls ensure controlled deformation, reliable load transfer and long-term performance in nuclear environments. VSL delivers VSoL® wall solutions fully compliant with nuclear quality and regulatory requirements.
Why VSoL® walls for nuclear containments
VSoL® walls resist high earth pressures with controlled deformation.
The system is well suited to seismic loading and dynamic soil behavior.
Applicable to heterogeneous soils and restricted construction sites.
Reinforced concrete facing ensures long service life.
Solutions comply with strict safety, quality and traceability requirements.
VSL’s VSoL® Retained-earth Wall Services
VSL delivers integrated VSoL® wall solutions for nuclear containment projects, combining design expertise and execution under regulated conditions.
Geotechnical analysis and wall concept definition
Structural design of VSoL® walls
Coordination with foundations and ground improvement works
Supply of VSoL® components and materials
Construction supervision and quality control
Nuclear documentation and traceability
Why choose VSL for nuclear VSoL® walls?
Proprietary VSoL® technology
A proven system developed and controlled by VSL.Integrated ground engineering expertise
Earth retention is coordinated with overall soil and foundation behavior.Experience in nuclear construction environments
Execution complies with nuclear safety and quality frameworks.Comprehensive project support
From early design to construction on site.
FAQs about VSoL® Retaining Wall
It is a structural earth-retaining system combining reinforced concrete facing and reinforced soil to resist earth pressures.
They offer controlled deformation, seismic compatibility and compliance with strict safety requirements.
Yes. They are designed for long-term performance and durability.
Yes. Construction is adapted to restricted and operational environments.