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Mine Planning. Strategic Scheduling. Long/Short/Medium Term Planning

Scheduling
Mine Planning. Strategic Scheduling. Long/Short/Medium Term Planning

The software system is designed to perform feasibility studies of mining operations in order to increase production profitability.

Mine Planning. Strategic Scheduling. Long/Short/Medium Term Planning
Optimal contour determination

Creating an economic model of the field

Building optimal pit contours under various boundary conditions (slope angles, cost indicators, etc.)

Restrictions accounting for individual sections of boards

Cash flow analysis with discount factor

Optimization on a cutoff grade of minerals

Mining development modeling

Quarry extension

Several quarries parameters calculation within a single system, taking into account the individual characteristics of each quarry

Mid-term planning of mining operations

Scheduling of mining operations on an intra-annual interval (splitting annual programs into monthly ones)

Calculation and optimization of plan options based on economic and technological criteria, taking into account restrictions

Flexibility and reasonableness in decision making

Sensitivity analysis of mining plans when volume and quality indicators change

Quality assessment during the planned period

Selection of locations and configuration of dredging and drilling blocks in relation to equipment units, assessment of quantitative and qualitative indicators of rocks in blocks

Operational planning based on a strategic / long- term plan

Continuity in creating the best mining plans for different time intervals

Maximum adaptation of the automated planning methodology to the usual design operations

Determining the optimal contour of the quarry development

Career development scenarios calculations with determination of the optimal contour

Optimal contour calculations 3D visualization

Representation of calculation results in the form of tables or graphs

Geometric modeling of the most profitable quarry with various restrictions

Capital and reclamation costs accounting

Identifying additional opportunities to increase profitability

Short-term planning of mining operations

Breakdown of the monthly program on the days

Calculation and optimization of plan options based on economic and technological criteria, taking into account restrictions

An operational management tool that allows to achieve various production criteria

Warehouses capacity calculations

Transshipment points with variability of volume and quality indicators

Additional opportunities identification

Equipment parameters control capabilities

Evaluation of the volume and quality of ores and overburden rocks in drilling blocks and dredging units

Formation of cargo flows of overburden rocks and ore in relation to equipment units, state and capacity of overloads, stations, roadways, collection points

Equipment repairs schedule, blasting days schedule

The ability to reschedule the operation of equipment if the volume and quality indicators are not confirmed

Modeling changes in mining productivity and creating various scenarios for monthly mining programs

Aggregation of indicators of successive optimizations due to systematic operational planning of various types of mining operations

Strategic planning of mining operations

Long term mining operations planning

Calculation and optimization of various plan options based on economic and technological criteria, taking into account restrictions

Technological and economic indicators evaluation

Operating with a variety of different types of parameters (mineralogical, mining, economic, technological) when creating quarry shells

Visual and tabular documentation formation

Miscalculation of the intensity of a given quality according to the types of ore, concentration and other criteria

Determining the order of production blocks taking into account mining, technological and economic factors

Annual mining programs calculations

Mineralogical varieties reports

A proven method for comparing different mining development options

Integration with dispatch management systems

Online data exchange

Visualization of the locations and operation parameters of excavators, dump trucks, drilling rigs, loaders, bulldozers, etc.

Actual parameters of the equipment in real time

Tracking deviations of actual parameters from planned parameters

Equipment movement trajectory visualization

Mining equipment current position visualization

Precise positioning systems integration

Drilling operations monitoring

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:
Selection of the rational direction for mining development, collection of processing volumes by stages and phases, quality assessment by sites, volume and quality assessment by levels
Selection of the rational direction for mining development, collection of processing volumes by stages and phases, quality assessment by sites, volume and quality assessment by levels
Site positioning, assessing volumes and quality of ore and overburden rock in selective mining blocks
Site positioning, assessing volumes and quality of ore and overburden rock in selective mining blocks
Site positioning, assessing volumes and quality of ore and overburden rock in drill blocks
Site positioning, assessing volumes and quality of ore and overburden rock in drill blocks
Calculating the best option for transporting mined rock considering distance and quality indicators
Calculating the best option for transporting mined rock considering distance and quality indicators
Calculating the best option for transporting mined rock for each equipment unit
Calculating the best option for transporting mined rock for each equipment unit
Defining optimal boundaries for pit processing
Defining optimal boundaries for pit processing
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