Evaluation de propriétés du terrain

A comprehensive understanding of what lies beneath the surface within the boundaries of your project area is important. Unexpected underground features may affect your overall project budget and completion schedule.

At AMATAB & CO, we use advanced geophysical techniques to characterize the subsoil, reveal its secrets and provide a thorough understanding of its properties.

This valuable information guides decision-making in project planning, geotechnical risk management and resource identification. They inform strategic decisions by providing a detailed view of the subsurface and allow to anticipate and minimize potential geotechnical risks, to design solid foundations, and optimize the design of your project to ensure its durability and stability.

Other services

Sampling

Piercing

Exploration program

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Geophysical data collection : Geophysical methods such as seismic, georadar, magnetometry, geoelectrical, gravimetry, etc., are used to collect data in the field. These methods measure various properties of the subsoil, such as density, composition, structure..

Analysis of geophysical data : Once the data are collected, they are analyzed to interpret the geological characteristics of the terrain. For example, in oil exploration, seismic data can reveal the presence of potentially oil-rich geological structures.

Assessment of resources and value : Based on geophysical data and interpretations, an assessment of underground resources such as hydrocarbons, minerals, water, etc., may be performed. This assessment can have a significant impact on the value of the land.

Geotechnical evaluation : Geophysical data can also be used to assess soil geotechnical properties, which is crucial for construction and engineering. For example, reflected seismic can help determine the bearing capacity of the soil.

Environmental assessment : By providing a detailed view, geophysical data plays a critical role in environmental monitoring and enables early detection of contaminants or underground liquid leaks, thereby contributing to proactive risk management.

Planning and development : Geophysical data influences planning by providing information on geological and geophysical characteristics. For example, they can help avoid landslide areas or identify promising drilling locations.