Búsqueda y detección de recursos

A través de procesos superficiales, sin impacto ambiental, de alta calidad y confianza, tenemos la capacidad de encontrar:
– Aguas subterráneas
– Yacimientos minerales metálicos (cobre, oro, hierro)
– Estructuras y cuerpos artificiales enterrados
– Estratigrafías y basamentos rocosos
– Recursos Geotermales
– Lixiviados

Hidrología e Hidrogeología

Utilizando información de antecedentes geológicos y complementando con los datos geofísicos, podemos realizar:
– Modelación de recarga de aguas superficiales
– Simulación de contenido de agua subterránea
– Proyección de agotamiento de acuíferos
– Estudios de vulnerabilidad de acuíferos
– Proyecciones de condiciones hidrológicas

Geoelectrical Studies

Through surface made measurements, the underground electric properties are studied. The properties measured in the rock that composite the underground are defined as resistivity and cargability. These techniques are useful on detection and evaluation of:

Mining reservoirs
Underground water
Buried bodies of interest
Stratigraphy and bedrock depth determination
Spontaneous Potential

Spontaneous potential is referred to the electrical potential measurable on the surface. This non-zero potential is caused by a number of natural phenomena, such as underground water currents, metalic mineral presence and the existence of deep heat sources (like magma chambers).

In general, the resistivity geoelectrica method is useful for the detection and study of:

Minerals, specially metals
Aquifers and underground springs
Geothermal resources
Volcanic activity
Leachates

Hydrology and Hydrogeology

Using information of previous geological studies and complementing with geophysical data, it is possible to realize:

Recharge of superficial water modeling
Simulations of underground water content
Projection of aquifer depletion
Studies of aquifer vulnerability
Projection of hydrological conditions
Remote sensing techniques applied to hydrological studies