SERVICES

MINERAL EXPLORATION

• Analysis and interpretation of multielement geochemical and hyperspectral data (terraspec, HyLogger, Corescan)
• Lithogeochemistry
• Directed sampling according to the objectives of each Project
• QA/QC 
• Mineral chemistry for vectoring and fertility of Cu-Au systems 

3D GEOLOGICAL MODELING

• Development of 3D geological models and interpretation.
• 3D integrated models with structural, geochemical, geological, geophysical and hyperspectral data.
• Integration and update of geological models
• Modeling of lithological domains, hydrothermal alteration, and mineralization

HYDROGEOLOGY

• Detailed mapping to identify, classify, and characterize hydrogeologic units
• Lithogeochemistry using whole-rock data to define lithologic and mineralogic domains
• 3D modeling to evaluate total underground water in aquifers
• Applied geophysics (acquisition, processing, and interpretation) including down-hole survey for resistivity, and gamma ray. IP, seismic, and gravity surveys can also be arranged

GEOPHYSICS AND REMOTE SENSING

• Analysis, interpretation, and generation of targets using induced polarization, resistivity, gravimetry, and gamma ray spectrometry data.
• Integration and interpretation of geological data and seismic data in 2D and 3D.
• Generation of high exploration potential targets with satellite images.

DATA ANALYTICS

Database

Data Acquisition and Data Processing by integrating all compiled data for subsequent reliable geological interpretation.

Services:

• Digitization of field information (geological maps, geochemical data, historical geophysics, remote sensing datasets, etc.)
• Step-by-step data cleaning (Data Quality)

ANALYTICAL METHODS

• Optical microscopy
• Petrographic description and paragenesis (porphyry, IOCG, Sed-hosted systems)
• Identification and description of generations of non-metallic mineral species.
• Hydrothermal alteration assemblages and textures
• Rock classification.
• High-quality photomicrographs.
• Identification and description of the generations of metallic mineral species.

MINERAL CHEMISTRY

• Electron probe microanalysis (EPMA) and scanning electron microscopy (SEM) 
• LA-ICP-MS data collection, processing, and interpretation
• Major and trace elements in sulfides, silicates, oxides, and carbonates.
• Mapping distribution of trace elements in individual mineral crystals.
• Vectoring and fertility assessment (white rocks, green rocks, lithocaps).