We develop environmental modeling studies that allow us to predict the behavior of the physical components of the environment in response to the incorporation of new activities or projects, providing key technical information for the assessment of environmental impacts and decision-making.

Using mathematical platforms and specialized simulation tools, we analyze the interaction between the projected activities and the receiving environment, allowing us to estimate with greater certainty the potential effects on the environmental quality and natural dynamics of the study area.

We have experience in modeling effluent and emission dispersion, sediment transport, water quality, and marine climate studies, including waves, currents, and tides. For this, we use internationally recognized software such as CORMIX and Visual Plumes for evaluating liquid discharges and mixing zones, in addition to other specialized hydrodynamic and environmental modeling tools.

The results obtained constitute a fundamental basis for the development of Environmental Management Instruments, basic engineering studies, feasibility analysis and design of environmental management measures.