Geochemical modeling
Geochemical modeling is a tool that allows us to predict what happens when we mix two types of water, such as saltwater and freshwater in a coastal aquifer, for example. Similarly, geochemical modeling can be important to determine what water mixture (assuming two water sources are available) can be used to prevent pipes from clogging due to calcium carbonate deposits (scale) or to avoid corrosion of metal pipes.
What is it?
Geochemical modeling is based on the basic principles of thermodynamics and is a very powerful tool that allows us to predict the final composition of a solution based on the mixing of waters with different salt concentrations, the interaction of rainwater with rocks, etc. This is particularly important if there are signs of corroded metal pipes or any type of piping with calcium carbonate incrustations.
What is it for?
Geochemical modeling is an important support for engineering, particularly for the use of boilers and systems (whether domestic, industrial, or services like hospitality) where there are problems, either with pipe corrosion or salt incrustation.
Who is it for?
The uses of geochemical modeling are aimed at those responsible for the maintenance of water systems, including systems that require hot water for their processes, as well as those in charge of water networks where corrosion is causing significant losses of the liquid.
Benefits
Starting from a complete physical analysis (pH, temperature, conductivity, alkalinity, calcium, magnesium, sodium, potassium, chlorides, sulfates, and nitrates), the saturation index with respect to calcium carbonate can be calculated. This index will indicate whether the water is corrosive or if it will precipitate salts, reducing the pipe diameter. Once this information is available, one or more solution alternatives can be proposed.
Catálogo técnico del servicio
Related Services
Geophysical Exploration
Geochemical Modeling
Numerical Modeling
