Soil analysis
Geotechnical parameters, moisture, grading, bearing capacity and load profile form the basis.
Infrastructure · Soil · Sustainability
Greenstab® – intelligent soil stabilisation.
A project approach for resource-efficient soil improvement and durable infrastructure using as much existing material as possible.
01Resource efficiency
02Local materials
03Technical quality assurance
In-situ soil stabilisationGREENSTAB
Overview
Less material movement. More local value creation.
Greenstab® is positioned as an additive system for stabilising existing soils and base layers. Instead of extensive soil replacement, local material is analysed, prepared, mixed and compacted. This may reduce transport, disposal and the use of additional construction materials.
“The right solution begins with soil analysis, not with a product.
In-situ soil stabilisation
Priorities
A project approach for resource-efficient soil improvement and durable infrastructure using as much existing material as possible.
Project-specific formulation
Mix and layer design are determined through laboratory and field testing.
Cold recycling
Existing soil or milled material may be reused when suitability and design allow.
Quality assurance
Compaction, bearing capacity, frost and water resistance must be tested and documented.
Process
Technical project workflow
- 01Geological and geotechnical investigation
- 02Laboratory testing and formulation design
- 03Mixing, installation and controlled compaction
- 04Acceptance through measurements and documentation
Transparency note
Performance, cost and environmental benefits are project-specific. Claims on savings or bearing capacity require current test reports and site measurements.
In-situ soil stabilisation
Request an infrastructure assessment
Technical documents and site data can be submitted for roads, paths, industrial areas, ports and special projects.