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Simple Reserve Estimation (Voronoi Method)

It is an added feature to create Voronoi areas using borehole data and to make a simple reserve estimation. With this feature;

  • It can produce the Voronoi areas surrounding the boreholes according to the attribute and boundary you have determined.
  • It can calculate the effective depth and Voronoi area information of the borehole within each area.
  • The volume can be calculated using the area and depth information found.
  • The minimum and maximum attribute values can be calculated and by defining certain slot ranges, the total volume within the slot ranges can also be calculated.
  • Voronoi areas can be thematized according to the specified slot ranges and the results can be reported in excel.



Multiple Boundary Selection for the Surface Cut Operations

Multiple boundary selection can be made and the inside or outside of the selected boundaries can be cut from the surface.



Multiple Surface Selection for the Combine Surface Operations

In the surface combine process, the merge can be made by selecting more than two surfaces now. The desired number of surfaces can now be combined at once with this development.



Limiting the Implicit Model with the Surface

New features have been added so that the solid model produced by the implicit modeling process can be limited between the surface bottom, top, or between two surfaces. With these added features, selected surfaces can be used as constraints during solid model creation.



Limiting the Implicit Model with the Seam Surface

İmplicit modelleme işleminde, modelin otomatik olarak damar yüzeyi ile sınırlandırılabilmesi için ayarlara yeni özellik eklenmiştir.

Solid Model Cut Operation (Surface)

A new feature has been added so that the solid model can be cut according to the surface bottom and top.



Add Borehole | Coordinate Selection from the 3D Screen

In the "new borehole" operation, now borehole coordinates can be selected from the graphic screen. The location of the borehole point on the surface can be selected by using snap features.



Angle Calculation with Two Point Selection

In the angle measurement process, an improvement has been made to calculate the angle value with a two-point selection.

Borehole Filter Operations

New capabilities have been added to the borehole filtering operations.

  • Borehole group can be selected as a criteria.
  • Selection of existing areas while filtering with boundaries.
  • Filtering the boreholes according to the seam/vein criteria.



"NETPROMine is a 3D mine design solution that offers integrated modeling tools for resource estimation, open pit, underground design, open pit optimization processes, and that is used to plan and manage mining operations seamlessly."

"NETPROMine meets all the requirements of geologists, mining and surveying engineers, researchers and academicians in the sector and offers flexible solutions."

Geological Modeling

NETPROMine Geological Modeling module provides powerful tools to manage and analyze projects using 3D visualization, drilling data management,surface, solid and block modeling tools along with statistics and geostatistics functions needed in an advanced exploration and resource estimation project.NETPROMine Geological modeling product is an essential component that should be in every installation. Open Pit Planning, Optimization, and Underground Planning products run on this core component.


Technical Brochure



Open Pit Planning

Projects can be designed with all stages and design changes can be updated with a single step with NETPROMine Open Pit Planning module.Users can automatically generate and edit interior ramps along with the pitlines, and automatically report all solid and block model creation operations and volume results according to the needs. This module offers practical solutions for your Open-pit design, waste/stock design, tailings dam design,surface road design, and blasting pattern design projects.


Technical Brochure

Open Pit Optimization

With our optimization product, you can optimize long-term production stages. With a mineral resource, a number of economic and metallurgical parameters are entered, allowing the optimum quarry boundaries, surfaces and production amount according to periods to be calculated. By producing results using different optimization parameters and comparing the results, you can produce low cost and high profitability plans, make risk analysis and use alternative reporting options.


Technical Brochure

Underground Planning

NETPROMine Underground Planning module offers practical solutions at all stages of underground mining to create the main gallery,curve, spiral, connection roads and support, installation and production plans.It allows ready-made profiles in its library and user-defined profiles to beautomatically draped on the gallery axis. Users can thematize the galleries,add labels, define transparency and use alternative reporting tools by using all the parameters in the design.


Technical Brochure

Implicit Modelling

The NETPROMine implicit modeling is a tool that interests all NETPROMine users who want to quickly build solid models and compare alternatives.Implicit modeling allows solid modeling directly from boreholes or point data and reduces the need for time-consuming digitization and manual solid modeling.The implicit modeling method allows a three-dimensional volumetric function to be defined from the drilling data by using radial basis functions (RBF) and the model surface to be generated from this function.The innovation brought by the implicit modeling method to the mining industry is the speed it brings to the modeling process.


Technical Brochure

Sample Project Application Videos

 1.Data Entry and Evaluation of Data
 
 2.Surface Creation Processes With Drilling
 
 3.Add Fault Processes
 
 4.Create Solid Model Between Intersurface
 
 5.Create Cross Section Processes
 
 6.Block Model And Estimation Processes
 
 7.Open Pit Mining
 
 8.Underground Mining
 

Academic Papers

 Open Pit Desing With Netpro/MINE
 Surface Modeling Techniques and the Application to Coal Deposit
 Computer Aided 3D Designs on Open Pit Mining
 Computer Aided Evaluation of Afsin Elbistan Lignite Kislakoy Open Cast Mine
 Investigation of Reserve Distrubution of the Collolar Sector In Afsin-Elbistan Lignite Field By The Netpro/MINE
 Three Dimensional Orebody Modelling And Mine Design
 Technological and Integrated Approach to Open Pits and Underground Mining Project Processes
 A Sample for the Determination of Areas Having Flood Risk in Mining Operational Areas by Basin, Rainfall and Flood Analys Hurman Watercourse, Afsin Elbistan

Course Contents

 Ore Modeling, Open Pit and Underground Design Applications | nk005b/mine
 Geological Solid Modeling Project Applications | nk006b/Geomine