digital twins and asset management in the water sector · digital twins and asset management in the...
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Digital Twins and Asset Management in the Water SectorAUFLG2 Annual Briefing2nd January 2020
Presented by Yves Abou Rjeily
Progress in Water Engineering
• Design Modelling
• Real-Time Modelling (Digital Twins) Optimisation
Progress in Water Engineering• Design
• New networks• Peak situations• Efficient Systems
Progress in Water Engineering• Modelling
• Existing networks• Entire Event• Efficient Operation
Progress in Water Engineering
Real-Time Modelling
Hydraulic Model + Telemetry + Live Server
Automation
Periodic SimulationsAlert Generation
Progress in Water Engineering
Real-Time ModellingHydraulic Model Telemetry Live Server
Optimisation
AI and Machine Learning
Progress in Water Engineering
Real-Time ModellingHydraulic Model Telemetry Live Server
Optimisation
AI and Machine Learning Applications:Pumping systemsFloods mitigationDecision support system
ApplicationWater Distribution Networks
Application in Water Distribution Networks
• Normal operation
Application in Water Distribution Networks
• Incident detection
Application in Water Distribution Networks• Incident location
Application in Water Distribution Networks• Incident simulation
Application in Water Distribution Networks• Incident simulation
Application in Water Distribution Networks• Response Simulation
Application in Water Distribution Networks• Response simulation
Application in Water Distribution Networks• Response simulation
We have 4 hoursto fix the hydrant
ApplicationUrban Drainage Networks
Application in Urban Drainage Networks
Sensors
Live Server
Operational forecasts
Radar ImagesTelemetry• Rain gauges• Water levels• Flow meters• Pump operation• Gate movements
Simulation Model
Application in Urban Drainage Networks
Application in Urban Drainage Networks
ObjectivesDetect incidentsPredict problemsOperation enhancement
Application in Urban Drainage Networks Examples:
LondonRegatta LondonTideway TunnelTokyoScottish CanalsEngland
Application in Urban Drainage Networks Examples:
LondonRegatta LondonTideway TunnelTokyoScottish CanalsEngland
Application in Urban Drainage Networks Examples:
LondonRegatta LondonTideway TunnelTokyoScottish CanalsEngland
Application in Urban Drainage Networks Examples:
LondonRegatta LondonTideway TunnelTokyoScottish CanalsEngland
Application in Urban Drainage Networks
Examples:
LondonRegatta LondonTideway TunnelTokyoScottish CanalsEngland
Application in Urban Drainage Networks
Examples:
LondonRegatta LondonTideway TunnelTokyoScottish CanalsEngland
Application in Urban Drainage Networks
Examples:
LondonRegatta LondonTideway TunnelTokyoScottish CanalsEngland
Asset ManagementWater Networks
Asset ManagementUnderground Infrastructure
Objectives:
• Prolong the service life
• Hydraulic performance
Limitations:
• Funds = need to prioritise
• Interruptions = planning
Asset Management
• Likelihood of Failure
• Properties• Material• Diameter• Depth …
• Environment:• Soil condition• Traffic Loading• Intersections …
Asset ManagementConsequence of Failure
Properties• Diameter• Flows• Isolation …
Environment:• Critical facilities• Population density• Service interruption …
Asset Management
Network data (Properties)• Materials• Diameters• Roughness• Installation dates• Modelling results …
GIS layers (Environment)• Soil types• Population density• Critical facilities• Other networks• Pavements …
Inspections and historical data
Asset Management
Thank you!Yves Abou Rjeily
Regional Business Manager, London
Innovyze
+44 (0) 7834 803396
