D&T Prominas | MPTorque: Integration with Blast Did you know that it is possible to integrate drill and blast mesh designs generated in the MinePlan Blast tool with a MinePlan Torque database? Blasting hole designs created and configured in Blast can be automatically added to a Torque database, thus integrating all information into the same database. Figure 1 – Connection to the database With this, it is possible to integrate quality control information, such as drill dust samples or other field information, such as that from drill rigs, thus allowing the flow of creation of Short Cut models Deadline and Grade Control are optimized. Figure 2: Integrated Workflow for Grade Control In this way, with all the information in…
Tips&Tricks
D&T Prominas | Ramp Builder: Automatic Ramp Projection. Did you know that MinePlan has a tool for the automatic creation of ramps? With the Ramp Builder tool, located in the Op Eng Tools menu, you can create a ramp simply and automatically using the foot and crest lines. After specifying the foot and crest lines, the user can set parameters such as: Slope grid; Width; Cut/fill percentage; Face angle; Ramp Position. Defining the start, end or both points, with the Preview option it is possible to preview the result before saving it and clicking on Apply the result will be saved in a geometric object, with the lines and surface of the ramp and the lines of foot and crest already updated. Figure 1: Ramp Builder. In addition to creating the Ramp, the tool also has settings…
D&T Prominas | MSTorque : Automatic import of data table headers. Do you need to automatically import data table headers into MSTorque? After configuring the MSTorque setup and importing the tables assigned to the drillholes, with just one click, the Auto Map function automatically imports the headers of the data tables and correlates them with the tool's default configuration. Note how simple it is to use the Auto Map option: Figure 1 – No Auto Map application Figure 2 – Auto Map application and automatic header filling. So, did you like the tip? For more information about MSTorque, contact our team and we will be happy to assist you. To the next!!! Prominas Mining Team
D&T Prominas | Slope Design Compliance: Planned vs. Accomplished Slope Analysis Would you like to perform a planned versus realized slope analysis of your mine's slopes? With the Slope Design Compliance tool, located in the Op Eng Tools menu, you can perform this analysis simply and quickly using the planned and performed topographies, generating vertical sections between them. After entering the topographies in the tool, the user will specify a Lead Line that will determine where the sections will be generated and also the spacing between them. With the Preview option it is possible to visualize the result and with the Create the result can be saved in a geometric object. Figure 1: Slope Design Compliance. The values obtained refer to the difference in meters between the planned and the actual. So, did you like this tip? For more information about Slope Design…
D&T Prominas | MinePlan Blast – Safety Zones: Quickly define safety zones in your fire plans for both teams and equipment. In the execution of a fire plan, in addition to the technical requirements necessary to achieve the quality of the blast, safety precautions for the mine teams and equipment are essential. In order to guarantee that all are located in safe places, limits are usually defined that determine exclusion zones, in relation to the place where the dismantling will be carried out. In MinePlan Blast it is possible to automatically and simply define, from the fire plane polygon, limits that represent these safety zones, thus ensuring that dismantling takes place in complete safety. After carrying out the Fire Plan design, the calculation of the fire zone…
In today's Tips & Tricks we highlight an option that makes MinePlan Schedule Optimizer (MPSO) even better: Process Point. A new type of target that enables sequencing that takes into account operational details of your mine. This excellent resource is already being used with excellence and obtaining significant operational and economic results here in Brazil for nickel and bauxite operations, according to the process flowchart below: throughout the mining and beneficiation process are determined “a priori”. In a simple example, in the traditional flow, if a material to be mined undergoes changes in mass and grade due to recovery in mining and dilution, these changes are introduced in the resources in the form of factors that affect the entire…
MinePlan Activity Scheduler: Activity Path – Automatic Activity Creation Have you ever imagined being able to automatically create sequential activities in Atlas by scanning just one path in the MP3D Viewer and dividing it into feed cuts? This is possible using the Activity Path option, present on the Insert tab. In this option you will find functions that allow you to adjust the widths of cuts along the feed line, specify the total number of activities created, determine how the cuts will be joined and much more. Using the “Clip” options, the new activities created can be limited by the existing activities and also by a predefined area or mining limit, thus avoiding the overlapping of activities. Another option that can be used after creating the cuts is the Surface Set, which automatically transforms the polygons into solids coincident with the…
Texture Surface: Applying Images as Textures to Surfaces in MinePlan 3D Did you know that you can apply digital images as textures to a surface? MinePlan offers two alternatives for adding images to a surface, the Texture Surface Tool and the Texture Surface from Image tools, both available in the Utilities menu. Through the Texture Surface Tool you can add different georeferenced images to texture a surface. When activating the tool for the first time, the dialog box will be empty. Subsequent executions of this function will save previously used textures and their location information, making future work easier. There are two methods for adding textures to a surface within the Texture Surface Tool. The Orientation option uses a point as the origin and the Corners option, in addition to using the origin, uses two other coordinates allowing the program to…
MinePlan Reserves 4.0: New Reserves Version 4.0 brings evolution in the interface and new features. Would you like to perform a cube and be able to analyze more than one Cutoff item in the report or calculate the reserves between two period start and end surfaces? With the new version of Reserves, this information is obtained in a simple and efficient way. MPReserves 4.0 is more complete and faster. With it, the user will work with an interactive interface, being able to perform the cubing between two surfaces, solids, polygons and also an area of the model from the specification of a Range. Figure 1 – New Reserves 4.0 Interface When performing the cubing, between two surfaces for example, the information of one or more Cutoffs can be observed in the report and the names of the surfaces used can be verified in the…
MinePlan Torque: A data management system for drillholes, blast holes, and other types of spot sampling. Would you like to store your geological data securely and integrated not only with other MinePlan tools, but also with external databases? MPTorque is a database manager fully integrated with other MinePlan products allowing coding, spearing, compositing, interpolation and visualization of geological data. The data can be stored locally or on a SQL server, allowing its sharing and with complete security in its access and maintenance. Figure 1 – MPTorque Main Interface Figure 2 – MinePlan 3D Integration MPTorque is a complete solution and includes modules such as MPTorque QAQC. Figure 3 – MPTorque QAQC Import, export, validation and calculation routines can be automated resulting in…
