Soil Stabilization

Soil Stabilization

In modern construction of both civil and infrastructure projects, advanced technologies are applied to stabilize unsuitable soils by mixing them with hydraulic binders. This process initiates physical and chemical reactions between CaO (calcium oxide) and clay minerals in the presence of water, leading to a significant increase in soil bearing capacity. It also reduces frost susceptibility and volume change potential, lowers the original field moisture content, and improves compaction conditions.

The use of soil stabilization technology with hydraulic binders in challenging ground conditions significantly improves the efficiency of earthworks, reduces construction costs, shortens construction time, and ensures high-quality project outcomes. Thanks to this technology, costly secondary remediation measures—such as removing unsuitable soils, transporting them to landfills, and replacing them with suitable material—are no longer necessary. The selection of the binder type, layer thickness, and mix design must always be based on a comprehensive set of certified laboratory tests.