Geometallurgical Block Model Template (Excel)

Geometallurgical block models extend traditional 3D geological resource models by incorporating metallurgically relevant attributes—such as mineral liberation, gangue composition, acid consumption, grindability (e.g., Bond Work Index), and recovery response—to each discrete volumetric block. The Excel-based template provides a structured, auditable, and interoperable format for populating, validating, and exporting these attributes, often derived from drill-core assays, QEMSCAN/MLA mineralogy, batch testing, and pilot plant data. Its design emphasizes traceability (linking blocks to sample IDs and analytical methods), scalability (supporting hierarchical block sizes), and compatibility with mine planning software (e.g., via CSV or ODBC export). Crucially, it facilitates geometallurgical risk assessment by enabling scenario analysis—e.g., simulating how variations in sulfide content or clay mineralogy across blocks affect leach kinetics or flotation recovery—thereby informing selective mining, blending strategies, and processing circuit design. While less spatially sophisticated than full 3D modeling platforms (e.g., Leapfrog Geo or Vulcan), the Excel template offers accessibility, transparency, and rapid iteration for early-stage studies, cross-functional workshops, and SME-led integration efforts.