Verdantas integrates engineering geology and site-specific geotechnical investigation data into every earth retention design by accounting for site geometry, seismic and transient loading, subsurface soil and rock conditions, groundwater considerations, and loads from nearby structures or utilities. Our engineers evaluate stability and deformation potential spanning the full range of temporary and permanentearth retention systems including cantilever walls, gravity walls, soldier pile walls, shotcrete-faced soil nail walls, and MSE wall systems. 

Our engineers thoroughly assess stability and deformation potential to ensure that earth retention support systems meet performance requirements without imposing unnecessary costs or delays. This evaluation process is grounded in a construction-aware perspective, allowing teams to select cost-effective solutions that address access limitations, staging demands, and inspection needs. By focusing on these practical aspects, earth retention support is designed to enhance safety and constructability, facilitating steady project progress and maintaining operational efficiency throughout construction.