Creation of geological maps to show the distribution of different types of lithology and alterations in a specific area, identifying patterns and trends for interpreting mineralized zones.
By characterizing geochemical anomalies from sample collection and analysis, highly prospective zones with high mineralization potential are selected and delineated as accurately as possible on a regional or district scale, from greenfields to brownfields.
Extraction of rock and soil materials to determine the geochemical background and threshold values through geochemical and chemical assays in a given area. These patterns will help detect geochemical anomalies in different zones of the study area.
A direct method to extract information from various depths of the study area, understand the geometry of mineralized bodies, determine their values through grade determination, and measure the bodies’ spatial extent.
Involves developing a set of predefined procedures and operational techniques focused on ensuring the evaluation and validation of data obtained through rock, soil sampling, and drilling in the study areas.
A technique to record the properties of rocks obtained from drilling, allowing us to understand the lithologies, alterations, mineralization, and geological structures at different depths, and determine the contact zones of mineralization.
A preliminary economic report that analyzes the potential benefits and risks of an exploration project to decide whether to proceed, halt, or recommend additional studies to provide greater long-term benefits.