Feed Accurate Lithology And Alteration Data Into Resource Models And Grade Estimates.
Core logging is the systematic description and measurement of drill core to capture lithology, structures, alteration, and mineralization. It matters because accurate logs inform resource models, geotechnical decisions, and environmental compliance, improving safety and reducing costly drilling or planning errors.
A professional with strong core logging can:
Measure And Record Core Recovery, RQD, And Geotechnical Parameters To Support Stability And Ground-control Assessments.
Describe Lithology, Textures, Structures, And Alteration Consistently Using Standard Logging Codes And Terminology.
Mark Sample Intervals, Document Mineralization And Contacts, And Prepare Cores For Assaying With Full Chain-of-custody Records.
Enter Logs, Photos, And QA/QC Checks Into Geological Databases And Reconcile Discrepancies With Field And Lab Data.
Feed Accurate Lithology And Alteration Data Into Resource Models And Grade Estimates.
Support Safe Pit And Underground Designs Using Recovery, RQD, And Geotechnical Logs.
Ensure Assay Integrity By Marking Intervals And Maintaining Chain-of-custody Records.
Avoid Costly Drilling Mistakes By Reconciling Field Logs With Lab And Database QA/QC.
Mining & Minerals
Construction & Civil Engineering
Environmental Services & Waste Management
Scientific & Research Organizations
Machinery & Heavy Equipment Manufacturing
Government & Public Administration
Mining Engineer
Geologist (Mining)
Mine Operations Manager
Blasting Engineer / Blasting Specialist
Mineral Processing Engineer
HSE Officer
Process Engineer
Environmental Compliance Officer
Lithology, Structure, And Alteration Identification Using Standard Codes.
Geotechnical Measurements Including Recovery, RQD, And Fracture Logging.
Sampling Protocols, Core Handling, And Chain-of-custody Documentation.
Geological Database Entry And Validation (e.g., AcQuire, Excel, GIS).
Core Photography, Labeling, And Secure Storage Practices.