Water Aggressiveness as a Design Parameter: From Laboratory Testing to Engineering Decisions

The classification of water aggressiveness directly impacts structural design and durability, defining concrete specifications, required protections, and foundation design. In infrastructure and renewables, this is not a detail: it is a critical design condition from the very beginning.
A clear example is water analysis according international standards. We do not only deliver pH, sulfates, ammonium, magnesium, or aggressive CO₂ values, but design criteria such as cement type, cover thickness, and expected concrete service life.
At Orbis Terrarum´s Laboratory, when a project requires 15 parallel tests, there is no bottleneck. And when the geotechnical or corrosion engineer needs to adjust the scope of the campaign, it is done immediately.
In our laboratory, results are not isolated reports. They are engineering decisions: foundations, materials, corrosion protection, and durability.
We work across all testing families: soils, rocks, aggregates, water, concrete, ceramics, mortars, restoration, and corrosion.
The value is not in the catalogue, but in correlating critical variables between disciplines without delays or third parties.
This integration extends to the work between Geotechnics, Geophysics, Hydrology, and Corrosion, which operate in a coordinated way during active campaigns.