THE ONLY INTEGRATED, END-TO-END GEOLOGY AND MINE PLANNING SOLUTION FOR COAL AND OTHER STRATIFIED DEPOSITS
Gemcom Minex™ is the only integrated, end-to-end mining software specifically designed for coal and other stratified deposits such as lignite, phosphate, bauxite, iron ore, and platinum. Fully integrating all aspects of mining from exploration through rehabilitation, Minex ensures that your resources are evaluated accurately and mined efficiently, improving your productivity and profitability throughout the mining lifecycle. Developed in partnership with the mining industry, the software is employed by the world’s largest mining companies.
MINEX BENEFITS
- Speed – Minex is designed to rapidly model large, deep and data-intense coal projects. Minex’s high-speed and efficient modelling technology offers significant time and cost savings over other mining packages.
- Transparency – Visually confirm each stage of the modelling and design process to ensure full confidence in the final model, resources and reserves.
- Connectivity – Reduce data duplication by easily connecting to corporate databases and common file and data storage formats, including GIS, CAD and other mine planning data.
- Lower total cost of ownership – Integration of geology, optimisation, design, planning, scheduling, survey, rehabilitation and other functions enables faster, more accurate decisions.
GEOLOGY MODELLING AND DEPOSIT EVALUATION
Minex offers a comprehensive geological modelling and reserves package for coal and other stratified deposits, such as lignite, phosphate, zinc, bauxite, iron ore, and platinum.
MINEX GEOLOGY MODULES:
The planned stages of developing a quarry are viewed in 3D. By importing data representing the surrounding areas and local community the visual impact of the project can be assessed, including nominating the camera position and target to assess the visual impact from a specific
MODELLING
Customer Video:
Using Minex for Coal ModellingEfet Banda, Geologist,
The Mineral Corporation Consultancy Ltd.
Using Minex for Coal ModellingEfet Banda, Geologist,
The Mineral Corporation Consultancy Ltd.
The key to accurate geological modelling is effective interpretation. Minex uses all available data (i.e. geophysics, qualities, lithology, washability, and structural) to correlate and interpret the deposit.
- A user configurable borehole database, with ODBC connectivity to the world’s leading corporate drillhole databases
- Effective and efficient data validation and auditing
- Fast and accurate Multi-Seam, Multi-Variable Modelling builds entire models, including seam floor, thickness, quality and other surfaces in minutes
- On-screen deposit correlation
- Missing data interpolation to maximise your data value across the entire deposit
- Non-vertical holes to represent horizons at real locations, not the vertical-linear distance from the collar
- Seam splitting and merging, washouts and shallow hole modelling
- Complex model operations to determine strip or economic ratios for open pits
- Contouring, sectioning, 3D borehole, statistics and histogram displays to maximize resource presentation to managers, mining engineers or investors
- Generate sections, plans and reports on modeled attributes (e.g. ash, thickness or depth).
- Detailed resource reporting, including editable run-time mathematical operations
- Resource reporting to meet JORC, SAMREC or other stock exchange requirements
Seam Cross Section showing Boreholes, Geophysics and Gridded Seams
Plan of JORC Measured, Indicated and Inferred Borehole Classes
FAULTING
Minex Faulting advances the modelling process for deposits with complex faults. Minex interprets the faulted data and models it in its un-faulted state, thus facilitating modelling, understanding and interpretation of the deposit. Minex then re-faults the model to its current faulted position. Minex accurately models complex inclined or curved faults in normal or reverse environments.
- Define faults with dip and fault throw or displacement
- Generate fault blocks between faults and/or the limits of the deposit.
- Model boreholes crossing faults accurately in 3D, across multiple fault blocks
The planned stages of developing a quarry are viewed in 3D. By importing data representing the surrounding areas and local community the visual impact of the project can be assessed, including nominating the camera position and target to assess the visual impact from a specific
COAL WASHABILITY
The Minex Coal Washability module models your complete wash curve so that yield, ash and other analyses can be modeled across the entire deposit.
- Store and analyse size and density data in the Coal Washability database
- Load both incremental and cumulative samples
- Composite data for modelling, plotting and reporting by;
- Cumulative size
- Specific wash densities
- Product ash targets
- Yields
- Report primary, secondary and tertiary product grades and yields.
The Coal Washability module also allows modelling of the wash data, allowing you to:
- Compute product grade grids for coal production requirements
- Use these grids in resourse and reserves reports to simulate plant processes by area or schedule time
The planned stages of developing a quarry are viewed in 3D. By importing data representing the surrounding areas and local community the visual impact of the project can be assessed, including nominating the camera position and target to assess the visual impact from a specific
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