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Maptek Vulcan™ is the world’s leading 3D geological modelling, surveying and mine planning software. Vulcan provides tools for advanced 3D spatial information, modelling, visualisation and analysis in fields ranging from mine planning and design to rehabilitation and environmental management.
Vulcan started as a stratigraphic modelling and mine planning system, and has evolved into the most advanced three dimensional mine modelling package on the market, leading the world in 3D geological modelling, surveying and mine planning.
Maptek Vulcan™ Version 7.5 provides customers with innovative functionality to improve their daily productivity.
Vulcan 7.5 features a new module for oil sands operations, upgrades to open pit, coal and underground design menu. Performance and usability have been improved. Vulcan 7.5 is compatible with the Microsoft® Vista operating system.
Highlights of Maptek Vulcan™ Version 7.5
Block model slice showing TIV:BIP results
New! Oil Sands Module
Total Volume in Place: calculates total inground bitumen. This option has the capability to be run within a specific area, as well as over the entire block model.
Block Averaging: allows users to average different grades within the block model.
Block Area Averaging: users can select an area of interest by several methods and then display points that represent blocks in that area. The points will have the average of a pre-determined variable assigned to them.
Dilution Modelling: estimates diluted grades along the ore/waste contacts as determined by the TV:BIP (Total Volume of Material : Bitumen Volume-In-Place) ratio.
Ring It: designed to flag blocks in a model above a series of points with the value of the w-tag of those points.
Spec files can be saved for different ratios, making it easier for users to check they are running the correct specifications.
Dump Design
Open Pit Menu Upgrades
Design pits with better transition between batter and berm changes, and automatic blending between varying road widths. Different road widths and grades are catered for within the same polygon and within slot cuts.
The predefined bench heights panel automatically prompts to different bench heights while creating projections, and ensures that the bench height is used as per the listed order. Batter and berm angle definition is now dealt with in the same panel.
Customise the contents of dialog boxes displayed in the Design and Pit options of the Open Pit Ramps submenu.
Automatic Ramp Generator
Design decline or spiral ramps in an underground environment by nominating a start and end point and gradient.
User-defined constraints include maximum grade for turns and straight sections, and optional transition grade at start and finish.
Build accurate solutions based on block model variables such as development cost and ore values.
Exclusion zones, visualisation of the drift and reserves reporting provide further increases in efficiency in designing underground ramps.
Work with simple and advanced parameters, with improved capabilities to save specification files for generating ramps.
Interactive Editing for Underground Ramps
Modify ramp designs by dragging a handle at turn points to any new location in the space, while applying a constant grade.
Turns can be easily added or removed and placed at the desired location with a simple mouse movement.
Grades are dynamically displayed to maintain control on the operational constraints at all times.
Multiple window display allows the results to be viewed from different perspectives while the ramp is being edited, powerfully enhancing understanding of the relationship of the design with existing mining or geological structures.