Geological studies
Geological studies: deciphering the ground to build the future
The Earth holds hidden stories beneath every rock, sediment layer, and fold in the terrain. Understanding these records goes beyond science: it is essential for designing safe and sustainable projects. At Fototerra, we transform geological reading of the territory into applied knowledge, combining technology, precision, and responsibility so that every step on the ground is taken with confidence.
Geology applied to infrastructure
Geological studies provide the foundation for planning and executing large engineering projects. Analyzing rock formations, identifying instabilities, characterizing compressible soils, and assessing risks in cuts and embankments enable safe decision-making in roads, railways, pipelines, energy, and mining projects. At Fototerra, these diagnostics are conducted through integration of geology, geotechnics, and geophysics, supported by aerial mapping and advanced digital geotechnical analysis tools.
Crossing studies: investigating the subsurface at critical points
Along linear routes, projects must cross rivers, roads, or urban areas. In these delicate sections, crossing studies play a key role in applied geology. Fototerra employs methods such as:
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Auger drilling for initial characterization of surface layers
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SPT geotechnical drilling to determine soil strength and compaction
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GPR (Ground Penetrating Radar) for high-resolution subsurface imaging
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Sub-Bottom Profiler (SBP) for subsurface mapping in water crossings
These techniques provide a clear view of the underground, anticipating challenges and reducing risks at every crossing.
Commitment to precision and sustainability
More than a technical study, each geological survey is a commitment to the future of construction and environmental balance. By deciphering the ground, Fototerra ensures projects progress safely, respecting natural territorial limits and creating solid paths for progress, supported by precise geotechnical analysis.