Natural ground conditions can often exhibit very poor strength and deformability characteristics, leading to a significant risk of instability without appropriate geotechnical support measures. In such cases, ground improvement techniques for soil and rock mass are applied, supported by specialist geotechnical analyses.
Our role is to propose an optimal combination of ground improvement measures that are both technically effective and economically justified.
For each improvement measure, we define the expected effects, application limits, and quality control parameters during execution to ensure consistency between the designed and achieved performance.
Our goal is to define solutions that achieve the optimal balance between safety, cost and constructability under specific site conditions.
