Post on 21-Mar-2020
Standards
Certification
Education & Training
Publishing
Conferences & Exhibits
2017
Advanced Water Applications: Efficient and reliable management
of power and water
Where Policy Meets Technology
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Presenter
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Martin Schreyer Business Line Manager Water &
Infrastructure ABB AG
Mannheim, Germany
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Brief profile
• Business Line Manager Water & Infrastructure
– Global responsibility for projects
– Complete P&L responsibility
• Previously
– Various roles for MENA, Central and Eastern Europe - Head of Water Export
Sales and earlier Business development
– Division head and Profit center manager for Process Industry business, Germany
– Sales manager, Cold rolling metals
– Project management and design
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Advanced Water Applications
Leakage detection and localization
• Leakage detection and localization for water
transmission systems
– Enables operators to monitor, manage and localize
losses throughout the pipelines of a water
transmission system
– Reduce non-revenue water levels and energy costs
– Reduces consequential damages with instant
mitigation strategies
– Integrated into control system environment
• Leakage detection for water distribution networks
– Designed for branched distribution networks with
DMAs or pressure zones
– Detect, alert, report & provide real time insight into
leaks, bursts & other water network inefficiencies
– Improve network performance
– Integrated into control system environment
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Advanced Water Applications
Aqua package
• (Waste) Water plant information management
system
– Integrated and customizable real-time water data archiving and
reporting to meet regulatory demands
– Provides multiple Excel-based report templates for real-time or
periodically calculated values and waste water quality
calculations
– Combines process values and deferred (waste) water lab
analysis measurements in one solution
• Shiftbook and Interface to CMMS*
– Reduce s maintenance costs by streamlining operation and
maintenance work processes
– Records vital real-time signal values and information on special
alarms and events (incl. plant snapshot), along with operator
comments
– Connects to maintenance systems (e.g. SAP EAM) to
exchange network maintenance and real-time information
* Computerized Maintenance Management System
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Advanced Water Applications
GIS and demand forecast
• Geographical Information System (GIS Viewer)
– Integrated visualization of geographical data in HMI
– Cross-navigation between GIS and S+ Operations
– Control from within GIS
– Sits on-top of existing GIS installed at customer’s sites
• Load and demand forecast
– Demand and load forecast for „Days-ahead“
optimization
– 72-hour forecast in 15 minutes time steps
– Available methodologies:
– Average
– Modelling with function: Use easy function for modelling
that makes sense (e.g. linear function or polynomial)
– Statistical modelling: Use statistical analysis to create a
forecast of the time series (SARIMAX)
– Neuronal networks: Use artificial intelligence to predict
future demand or load values
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Mostaganem, Arzew, Oran, Algeria
Water Transmission Project
• Project
– Increase of capacity of 155 million m³ of potable water supply per year to 2.5 million
inhabitants
• Scope of supply
– Complete responsibility for mechanical, electrical, control and instrumentation system
– 220kV substation
• Benefits of solution
– Single source for Substation and MICE-System
– Optimized interface
– Single OEM: electrical, control and instrumentation systems
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Shoiba Phase III, Saudi Arabia
Water Transmission & Distribution System
• Project
– Enlarge of water distribution network to Mecca, Jeddah and Taif
• Scope of supply
– Electrical, instrumentation SCADA and automation systems
– Complete responsibility for electrical, control and instrumentation system
– Ensure of 150 MW installed pump driven power with a maximum capacity of
1,27 million m3/day
• Benefits of solution
– Single source for ICE-System
– Seamless integration of electrical and control system
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GKW Cologne Stammheim, Germany
Waste Water Treatment Plants
• Project
– Upgrade of the control system for a 215.000 m³/d
WWTP
• Scope of supply
– Installation of approx. 40 new controllers (8
redundant) with approx. 400 Profibus participants
– Installation of new control system with
– 10 system servers with historian and more than 300
process graphics
– 20 operator stations, 2 mobile work places,
3 engineering stations
– Integration and adaptation of substations
– Total I/O > 30,000
• Benefits of solution
– State-of-the-art control system (incl. new HMI,
controllers and historian)
– Improved operation through new automation system
and DWA-M260 conform reporting
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Thank You heinrich-martin.schreyer@de.abb.com