Ventilation Modelling Solution
Creating excavation using pre-set templates
Creating new and existing user objects as well as a legend
Quick editing of parameters to visualize excavations
Adding new features and parameters for excavations and other objects according to the customer’s requirements
Graphical object operations
Calculation of excavation gas contamination in case of fires considering the existing ventilation mode
Forecasting possible accident consequences
Modelling the scheme for different ventilation modes in emergency cases
Visualization of gas contaminated excavations and excavations with reversible ventilating currents
Preparation of reporting documentation
Color-coded ERP indication applied to excavations according to their position
Features to adjust, edit, and save multiple user lists with ERP color codes for different options
Display and preparation of reporting documentation for emergency response plans and operations plans
Quick excavation filtering according to its position number and operations required
Generating a report enlisting ERP positions and related excavations
Depression Survey and Data Input into Design Model
Creating database for main and local ventilation fans
Using the graphical database containing fan specifications
Determining optimal parameters for ventilation units under conditions of minimum power consumption
air consumption, aerodynamic resistance, depression, air velocity, excavation volume, overall resistance
Checking ventilation system for errors
Comparative analysis of several calculated ventilation systems according to the main characteristics of mine workings
Color-coded indication if any differences in compared parameters of a ventilation system were detected
Definition of the shortest route to get the personnel out of the danger area
Determination of travel time and path length in safe and gas contaminated excavations
Visualization of scheduled routes for personnel’s and mine-rescuers’ exit
Adjusting escape routes by including or excluding impassable excavations
Creating a legend in the graphical environment according to the regulations
Display of graphic information from the excavation ERP
calculating harmful substances concentration in the mine atmosphere
color-coded indication for excavations in the working area with abnormal concentration of harmful substances
calculating different ventilation system modes developing permissible harmful substances concentration in the mine atmosphere
Display the following calculated parameters
Preparation of reporting graphical documentation
Printing reports
Report export to the common formats
Reduced energy costs up to 10% through choosing an optimal operating mode for ventilation fans
Reduced volume of capital mining operations up to 1–3% through early analysis of ventilation situation at the designing stage
Reduced construction costs for ventilation systems up to 15% through choosing optimal locations and characteristics at the designing stage
The software system is intended to simulate operating modes of ventilation systems in underground environment, determine the pollution of the mine atmosphere and develop plans for accident eliminations as well as calculate various mine ventilation modes.
Creating excavation using pre-set templates
Creating new and existing user objects as well as a legend
Quick editing of parameters to visualize excavations
Adding new features and parameters for excavations and other objects according to the customer’s requirements
Graphical object operations
Calculation of excavation gas contamination in case of fires considering the existing ventilation mode
Forecasting possible accident consequences
Modelling the scheme for different ventilation modes in emergency cases
Visualization of gas contaminated excavations and excavations with reversible ventilating currents
Preparation of reporting documentation
Color-coded ERP indication applied to excavations according to their position
Features to adjust, edit, and save multiple user lists with ERP color codes for different options
Display and preparation of reporting documentation for emergency response plans and operations plans
Quick excavation filtering according to its position number and operations required
Generating a report enlisting ERP positions and related excavations
Depression Survey and Data Input into Design Model
Creating database for main and local ventilation fans
Using the graphical database containing fan specifications
Determining optimal parameters for ventilation units under conditions of minimum power consumption
air consumption, aerodynamic resistance, depression, air velocity, excavation volume, overall resistance
Checking ventilation system for errors
Comparative analysis of several calculated ventilation systems according to the main characteristics of mine workings
Color-coded indication if any differences in compared parameters of a ventilation system were detected
Definition of the shortest route to get the personnel out of the danger area
Determination of travel time and path length in safe and gas contaminated excavations
Visualization of scheduled routes for personnel’s and mine-rescuers’ exit
Adjusting escape routes by including or excluding impassable excavations
Creating a legend in the graphical environment according to the regulations
Display of graphic information from the excavation ERP
calculating harmful substances concentration in the mine atmosphere
color-coded indication for excavations in the working area with abnormal concentration of harmful substances
calculating different ventilation system modes developing permissible harmful substances concentration in the mine atmosphere
Display the following calculated parameters
Preparation of reporting graphical documentation
Printing reports
Report export to the common formats
Reduced energy costs up to 10% through choosing an optimal operating mode for ventilation fans
Reduced volume of capital mining operations up to 1–3% through early analysis of ventilation situation at the designing stage
Reduced construction costs for ventilation systems up to 15% through choosing optimal locations and characteristics at the designing stage
Production level boost
by 23%
Raising mining output
by 10-12%
67%
software cost reduction
Engineering calculations time cutback
by 40%
