Mining Industry Software / Geology
Geological Modeling Software
Drillhole Database, 3D Domain Modeling, Resource Estimation
Manage drillhole data in a PostgreSQL database with built-in validation. Build geological domains using implicit or explicit methods, run variogram analysis, and estimate grades with Ordinary Kriging, IDW, or other interpolation methods. Cross-validate results before passing to mine planning.
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Implicit &
Explicit Modeling
Automatic or manual domain creation. Models update in real time as data changes.
Multi-User
Database
PostgreSQL-based storage with permission controls. Share data across sites and teams securely.
Validation &
QA/QC
Automatic database
validation with 12 error types. Catch issues before they affect your model.
Geostatistical
Estimation
Variogram analysis, Kriging
(OK, SK, LK), IDW, and cross-validation. Domain-based estimation with resource categorization.
Geological Interpretation
Grade estimation for structurally complex deposits with dynamic anisotropy and unfolding. Build implicit or explicit domains and pass validated models directly to mine planning.
Block Modeling
Four block model types for different deposit geometries and data requirements. Choose the structure that fits your geology and downstream applications.
- Arbitrary sub-blocking for reblocking and model optimization
- HARP models for seam and stratified deposits
- Octree subdivision for variable resolution in complex zones
- Percentage block models for gradational boundaries and mixed material
All model types integrate with estimation workflows and export to mine planning.
Stratigraphic Field Modeling
Define chronological sequences of strata and structural elements for automatic block modeling. Correlation algorithms handle offset beds, eroded strata, overturned fold limbs, and other disrupted geology.
Populate blocks with attributes, apply sub-blocking, rotate axes, highlight domains, and calculate percentage representation. Integrate block models with solids and wireframe surfaces in both directions.
Implicit and Explicit Modeling
Both methods in one environment. Use implicit modeling for rapid domain generation, explicit for manual control over wireframes and surfaces.
- Categorical modeling for lithology domains
- Fault surfaces for structural discontinuities
- Vein models with hanging wall/footwall solids
- Numerical models for grade shells
Implicit models update automatically when new drilling or mapping data arrives.
Geostats Tools and Resource Estimation
Geostatistical analysis and grade interpolation from variograms to validated block models. Multiple estimation methods with built-in cross-validation and resource categorization.
Resource Estimation
Estimate grades using multiple interpolation methods: Nearest Neighbor, Inverse Distance Weighting, Simple Kriging, Ordinary Kriging, Lognormal Kriging, and External Drift Kriging. Select the method that fits your deposit geology and data density.
Validate results with Anisotropy Maps, Kriging Neighborhood Analysis (KNA), swath plots, and cross-validation. Assign resource categories (Measured, Indicated, Inferred) based on estimation confidence.
Quality Assurance
Validate drillhole databases and block models before estimation. Automatic checks detect 12 error types including collar mismatches, overlapping intervals, and missing assays.
Review flagged issues, apply corrections, and re-run validation. Clean data in, reliable models out.
Sections and Projections
Create cross-sections through geological structures, stratigraphic layers, and tectonic features. Display drillholes, block model grades, and wireframes on the same view.
Correlate geology across sections to verify domain boundaries and check estimation results against raw data.
Data Integration and Management
Import drillhole data from Excel, Access, CSV, and LAS files. Exchange 3D objects via DXF, STR, DM, DAT, DTM, and 3DS formats. Load georeferenced images of geology maps and sections as reference layers.
Create and Manage Databases
Store drilling, sampling, geophysical, geochemical, and hydrogeological data in one relational database. Visualize in 3D as histograms, points, curves, cylinders, or text labels.
Analyze distributions with histograms, Q-Q plots, and box plots. Decluster and composite data for estimation. Automatic validation flags errors before they affect your model.
Work with Maps and Surfaces
Convert between coordinate systems automatically. Import satellite imagery from Google Maps, bring in data from CSV and KML files, or load ground-penetrating radar images.
Build maps showing surface layers, geology, and mineral distribution. Add annotations and overlay multiple data sources on one view.
Report Preparation
Generate reports at any project stage, from Exploration Results through to DFS. Export tables, charts, 2D images, and 3D models for technical documentation and stakeholder review.
We offer Mining Consulting!
K-MINE boasts extensive engineering experience and knowledge of our product capabilities, enabling mining companies to enhance their technical and economic performance, increase productivity, and boost profitability.
Frequently Asked Questions
How does the K-MINE Geology module handle borehole data?
The K-MINE Geology module offers advanced tools for importing, visualizing, and analyzing borehole data. Users can map geological layers and create 3D models of subsurface structures based on borehole logs, providing crucial insights for mine planning and resource exploration.
What 3D visualization features are available in the Geology module?
The module supports full 3D visualization of geological structures, including ore bodies, faults, and stratigraphic layers. Users can rotate, zoom, and interact with the 3D models to assess the spatial relationships and complexities of geological formations, which improves decision-making for mining operations.
How does the Geology module assist with geological map creation?
With the K-MINE Geology module, users can easily generate geological maps based on their data inputs. The module supports multiple layers, symbols, and annotations, making it ideal for creating detailed geological maps that are useful for exploration and resource management.
What tools are available for resource estimation in the Geology module?
The module provides a range of resource estimation tools, allowing users to calculate the volume, grade, and distribution of resources within a geological model. These tools are essential for developing accurate resource reports and determining the economic potential of a mining project.
Is the Geology module suitable for complex geological modeling in exploration projects?
Yes, the Geology module is designed to handle complex geological modeling. It supports the creation of wireframes, cross-sections, and block models, making it highly effective for exploration projects that require detailed geological analysis and accurate interpretation of subsurface data.