UNDERGORUND BOREHOLE LOGGING- UTAH
Underground televiewer and spectral gamma-ray project for a large copper mine in the USA. The main objective was to gather geological and structural information, analyze the mineral composition of the rock formation, and assess clay content.
Enhancing Geological Insights: Televiewer and Spectral Gamma-Ray Survey at a Major USA Copper Mine"
EFICIENCY
ISI WORKSPACE DATA-ARIZONA
We employ the ISI module for an all-inclusive workspace featuring advanced data visualization. It seamlessly combines structure picking, classification, correction, and interpretation into a cohesive and logical workflow.
Streamlined Data Mastery: Leveraging ISI for Comprehensive Structural Analysis and Visualization
ATV-OTV DATA INTERPRETATION-ALASKA
Geological and structural core logging data were utilized to interpret optical and acoustic images. The goal was to identify main structures and mineralized veins, ensuring depth consistency. All acoustic and optical data contributed to the structural interpretation of the deposit and geological correlation.
Core Logging Data Enhances Structural Interpretation and Geological Correlation with Optical and Acoustic Imaging"
FIELD WORK
FIELD WORK- CORSSING FAULT ZONE
In ATV borehole logging, we observe the tool is excellently centralized based on the caliper readings. The ATV intersects a fault zone, enabling precise calculation of the structure's dip and dip direction. This is critical for structural and geotechnical analyses, as well as for future borehole investigations
Precision at Work: Centralized ATV Borehole Logging for Accurate Structural and Geotechnical Analysis