ChecklistGuro Automated Pit Slope Stability Monitoring
Enhance mine safety and operational efficiency with our Automated Pit Slope Stability Monitoring workflow. This advanced mining management process leverages real-time sensor integration, geotechnical data analytics, and automated alerting to detect early-stage slope deformation. Streamline pit wall surveillance, reduce manual inspection risks, and optimize tailings and open-pit stability management with predictive insights designed to prevent costly slope failures and ensure uninterrupted production.
Début
Début du flux de travail/processus.
1. Fetch Sensor Readings
Retrieve the latest displacement and pore pressure readings from the Pit Slope Sensor data model.
2. Retrieve Threshold Limits
Fetch the predefined safety threshold values (Alert and Alarm levels) from the Site Safety Configuration model.
3. Calculate Velocity of Movement
Calculate the rate of change in displacement by comparing the current reading to the previous reading.
4. Calculate Factor of Safety (FoS)
Execute a formula using pore pressure and displacement data to estimate the current stability ratio.
5. Determine Alert Status
Compare calculated velocity and FoS against the retrieved threshold limits to determine status (Green, Yellow, Red).
6. Average Daily Movement
Calculate the average displacement across all sensors in a specific pit sector over the last 24 hours.
7. Update Sensor Status
Update the 'Last Checked' timestamp and 'Current Health' status in the Sensor data model.
8. Trigger Visual Inspection Task
Create a high-priority task for the Geotechnical Engineer if movement exceeds the 'Alert' threshold.
9. Create Maintenance Work Order
Create a task for the Maintenance Team if a sensor reports a low battery or hardware error.
10. Notify Site Manager (Alert)
Send an email notification to the Site Manager containing the summarized stability report when thresholds are breached.
11. Emergency SMS Alert
Send an urgent SMS to the Pit Supervisor and Safety Officer if the 'Alarm' (Red) threshold is triggered.
12. Log Incident Report
Create a new entry in the Incident Log data model whenever a threshold breach occurs.
13. Generate Daily Stability Report
Generate a PDF summary report of all sensor trends and stability metrics for the previous 24-hour period.
14. Clear Resolved Alerts
Delete transient alert notifications from the active 'Active Alerts' data model once the stability issue is resolved.
Fin
Fin du flux de travail/processus.
Début du flux de travail/processus.
Retrieve the latest displacement and pore pressure readings from the Pit Slope Sensor data model.
Fetch the predefined safety threshold values (Alert and Alarm levels) from the Site Safety Configuration model.
Calculate the rate of change in displacement by comparing the current reading to the previous reading.
Execute a formula using pore pressure and displacement data to estimate the current stability ratio.
Compare calculated velocity and FoS against the retrieved threshold limits to determine status (Green, Yellow, Red).
Calculate the average displacement across all sensors in a specific pit sector over the last 24 hours.
Update the 'Last Checked' timestamp and 'Current Health' status in the Sensor data model.
Create a high-priority task for the Geotechnical Engineer if movement exceeds the 'Alert' threshold.
Create a task for the Maintenance Team if a sensor reports a low battery or hardware error.
Send an email notification to the Site Manager containing the summarized stability report when thresholds are breached.
Send an urgent SMS to the Pit Supervisor and Safety Officer if the 'Alarm' (Red) threshold is triggered.
Create a new entry in the Incident Log data model whenever a threshold breach occurs.
Generate a PDF summary report of all sensor trends and stability metrics for the previous 24-hour period.
Delete transient alert notifications from the active 'Active Alerts' data model once the stability issue is resolved.
Fin du flux de travail/processus.
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