ChecklistGuro Tailings Dam Management & Monitoring
Optimize safety and regulatory compliance with our Tailings Dam Management & Monitoring workflow. Streamline real-time structural health tracking, automated sensor integration, and predictive risk assessment to ensure environmental stability and operational excellence in mining management.
Start
Start des Workflows/Prozesses.
1. Retrieve Dam Sensor Data
Fetch the latest readings from piezometers, inclinometers, and settlement markers from the Monitoring Data Model.
2. Calculate Pore Pressure Ratio
Calculate the ratio of pore water pressure to total overburden pressure to check for stability thresholds.
3. Calculate Rate of Displacement
Determine the velocity of movement by comparing the current displacement reading against the previous reading.
4. Update Sensor Threshold Status
Update the 'Status' field in the Sensor Data Model to 'Alert' or 'Critical' if thresholds are breached.
5. Aggregate Weekly Precipitation
Sum all rainfall entries from the last 7 days to calculate cumulative rainfall loading on the dam crest.
6. Create Incident Report
Automatically generate a new entry in the Incident Log Data Model when a threshold breach is detected.
7. Assign Site Inspection Task
Create a task for the Geotechnical Engineer to perform a physical visual inspection of the containment area.
8. Create Maintenance Work Order
Generate a task for the maintenance team to inspect the spillway and drainage systems.
9. Notify Emergency Response Team
Send an urgent email alert to the Emergency Response Team (ERT) and Site Manager containing the breach details.
10. Send Critical Alert SMS
Send an SMS notification to the Safety Officer for immediate attention to high-risk movement readings.
11. Fetch Inspection Checklists
Retrieve the predefined safety checklist template associated with the current dam section.
12. Generate Monthly Compliance Report
Compile all sensor data, inspection results, and incident logs into a formal Monthly Monitoring Report.
13. Update Dam Health Score
Update the overall 'Health Index' in the Asset Registry based on the aggregated monitoring results.
14. Archive Old Sensor Logs
Remove or move expired/redundant raw sensor readings from the active monitoring model to historical storage.
Ende
Ende des Arbeitsablaufs/Prozesses.
Start des Workflows/Prozesses.
Fetch the latest readings from piezometers, inclinometers, and settlement markers from the Monitoring Data Model.
Calculate the ratio of pore water pressure to total overburden pressure to check for stability thresholds.
Determine the velocity of movement by comparing the current displacement reading against the previous reading.
Update the 'Status' field in the Sensor Data Model to 'Alert' or 'Critical' if thresholds are breached.
Sum all rainfall entries from the last 7 days to calculate cumulative rainfall loading on the dam crest.
Automatically generate a new entry in the Incident Log Data Model when a threshold breach is detected.
Create a task for the Geotechnical Engineer to perform a physical visual inspection of the containment area.
Generate a task for the maintenance team to inspect the spillway and drainage systems.
Send an urgent email alert to the Emergency Response Team (ERT) and Site Manager containing the breach details.
Send an SMS notification to the Safety Officer for immediate attention to high-risk movement readings.
Retrieve the predefined safety checklist template associated with the current dam section.
Compile all sensor data, inspection results, and incident logs into a formal Monthly Monitoring Report.
Update the overall 'Health Index' in the Asset Registry based on the aggregated monitoring results.
Remove or move expired/redundant raw sensor readings from the active monitoring model to historical storage.
Ende des Arbeitsablaufs/Prozesses.
Hat Ihnen diese Workflow-Vorlage geholfen?
Demonstration der Lösung für das Bergbau-Management
Maximieren Sie die Effizienz und Sicherheit im Bergbau! ChecklistGuro optimiert die Aufgabenverwaltung, die Geräteverfolgung und die Compliance-Berichterstattung. Optimieren Sie Arbeitsabläufe, reduzieren Sie Risiken und steigern Sie die Produktivität. Verwalten Sie alles mit unserer Work OS.
Verwandte Workflow-Vorlagen
Ore Stockpile Inventory Management
Mine Site Fuel & Energy Management
Mineral Recovery Rate Optimization
Mine Site Incident & Accident Reporting
Inspektion und Wartung von Förderbändern
Mine Site Labor & Shift Scheduling
Automated Pit Slope Stability Monitoring
Mine Site Permit & Compliance Tracking
Gemeinsam schaffen wir das
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