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Automated Software For Design Of Open Pits

Open Pit Design
Automated Software For Design Of Open Pits

The software system contains the tool set that helps to design mine engineering structures, such as pits, dumps, haul roads and railways, in the course of open cut development

Automated Software For Design Of Open Pits
Mining Design
Design of pit walls and their sections, cross-overs, dump lifts, trenches, semi trenches, jetties, and other mining and technical objects Design of arbitrary sections and profiles Design of transport objects (roads, passing bays, transfer reload sites, parking places, etc.) Design of communication lines (pipelines, power lines, electrical networks, route objects, etc.) Calculation for rock volume excavations and backfills Design of mining data sheets Preparation of graphical design documentation according to technological design requirements and standards
Transport System Design
Open Pit Design
Design of Traffic Flows
Design of technical reclamation
Reclamation of Open Pits
Creating of annual, quarterly, and monthly plans for mining operations
Final Boundary Construction
Design of Transport Communications Design of elements for benches, communications, roads, and facilities
Development Design
Road and Route Design
Design of General Plan Elements Design of buildings, structures, dams, embankments, external power networks
Generate a full package of reporting documents based on templates; prepare graphical documentation according to the requirements of regulatory authorities.
Mining Design
Creating 3D models of technical and mining objects (open pits, dumps, topographic surface, adjacent areas, infrastructure) Choosing a development method (deepening, contour mining, combined) using different types of transportation (direct dumping method, vehicle or railway or combined transportation, or cyclical-and-continuous method) Pit and dump design (complete design, bench or high wall mining design) Different pit and dump element design Cross-over design Design of transport and engineering communications Solving transportation tasks Volume calculation and reserves estimation using various methods Data sheet development of any complexity Creating calendar plans for overburden removal and mining operations Drainage design Calculation and design of technical and biological reclamation, environment impact assessment (EIA) Preparation of complete reporting documentation
Dump Design
Drainage System Design
Creation of Profiles and Sections
EIA and Biological Reclamation
K-MINE Metrics

Production level boost

by 23%

Raising mining output

by 10-12%

67%

software cost reduction

Engineering calculations time cutback

by 40%

Inside the app:
Object design according to the customer’s profile
Object design according to the customer’s profile
Road design under specified parameters and generating required reporting forms
Road design under specified parameters and generating required reporting forms
Calculation and design of slip roads in different configurations, starting from the specified point in the open-pit edge, as well as creating names for slip road elements
Calculation and design of slip roads in different configurations, starting from the specified point in the open-pit edge, as well as creating names for slip road elements
Design of geological and surveying sections along specified section lines
Design of geological and surveying sections along specified section lines
Design of bergstrichs for modeling an area under specified parameters
Design of bergstrichs for modeling an area under specified parameters
Calculation of figure volumes using the vertical slice method and considering wireframe geological models 3D design of excavations, backfills, section lines and their names, as well as generating adjustable reporting forms
Calculation of figure volumes using the vertical slice method and considering wireframe geological models 3D design of excavations, backfills, section lines and their names, as well as generating adjustable reporting forms
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