Overcoming the barriers for Smart Water adoption

Transcription

1 Overcoming the barriers for Smart Water adoption Carlos CAMPOS, Chief Operating Officer SUEZ Advanced Solutions May 5 th, 2018

2 BREAKTHROUGH INNOVATION IN THE WATER BUSINES IN THE XX CENTURY? 2 I

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6 Megatrends in technologies reshaping the world What impact for the water sector? MKINSEY GLOBAL INSTITUTE, MAY 2013

7 Drivers for smart water utilities Reduce Operating Cost Optimise Asset Utilisation The water sector is going DIGITAL Improve Sustainability Enhance Customer experience 7 I

8 DATA PRIVACY SECURITY 8 I

9 MATURITY OF SOLUTIONS LACK OF STANDARDS 9 I

10 WIZE ALLIANCE End-to-end industrial uses cases, from devices to IT platforms, relying on a LPWAN radio standard Uses cases Water Metering Gas Metering Waste Management Large ecosystem and various types of members 10 I

11 INTEROPERABILTY 11 I

12 assists water utilities in utilising data to optimise network performance key features for a full performance software Dashboard for hydraulic and water quality performance with indicators based on NRW, flow, pressure or quality parameters Derives optimization schedules from actual operational data, current set-points/constraints and available equipment (updated every 10 minutes) together with water demand forecasts (updated every 30 minutes) and powerful mathematical calculation techniques. SUEZ presents AQUADVANCED Water Networks, a system that enables utilities to remotely and continuously monitor their drinking water networks to improve overall operational efficiency and deliver service excellence An innovative solution that helps to: AQUADVANCED Energy is one of a suite of advanced solution tools from SUEZ and uses the available network data to calculate & implement optimized operating schedules for water production and distribution. The AQUADVANCED Energy software: Submits updated schedules to the existing supervisory (SCADA) system every 30 minutes (or when specifically requested by an operator) only after the schedules have been verified as robust by an internal hydraulic model running an extended period simulation. Initiates individual control actions either in a closed loop automatic mode, advisory manual mode or a mix of both. This flexible software solution is equally applicable to: Monitor the water network in real time to ensure operation reliability Save water resources and track water quality Reduce operational costs Provide enhanced decision support Optimizing complete water networks from raw water sources to end pressure zones, or; Optimizing technologies Individual parts of the cycle including wholesale providers, bulk water transmission, municipal distribution and even recycled water networks. for operational efficiency, public safety and environmental protection SUEZ presents AQUADVANCED Urban Drainage, a software suite for daily sewer system management, flood prevention, environmental protection, optimization of wastewater operations and asset performance Amodular software suite geared to meet your specific needs: Monitor sewerage system operations Control quality of river and bathing waters and preserve the environment Anticipate flood risks Manage stormwater and sewer efficiently Reduce capital investment unique features, of the software Global map-integrated view of the water production and distribution system with hydraulic data in near real-time, key performance indicators and alerts Water demand forecasts updated every 30 minutes Management of energy cost constraints to maximize the use of off-peak electricity periods, handle electricity demand charges, time-of-use charges and real-time electric tariff rates Live updating of energy tariffs through connection to local energy market trading system Real-time optimization of pumping schedules responding immediately to planned and unplanned changes, from maintenance to water demand Holistic solution that looks at the entire distribution network with all its constraints to find overall lowest cost including raw water, treatment and distribution Daily support to operations by scheduling around planed maintenance of plants and pumps Water quality management through enforcement of tank cycling, volume turnover and blending strategies Future proofing the operations team by assisting with effective & efficient operation, providing off-line training and capturing best-in-class operational knowledge Fully automatic operations with optimized set-points, pump controls and production plans sent directly to the SCADA control system Simulation module to assess the benefits of alternative operating strategies, impact of planned maintenance or planned network changes AQUADVANCED Water Networks TAKEACTION FROM COMPLEX DATA EMPOWER YOUR DECISION-MAKING SCADA, sensors, GIS, data historian, smart meters, Workforce Management, CRM, Managing drinking water networks efficiently requires massive processing of data coming from multiple sources and systems. AQUADAVANCED Water Networks gathers and analyses all this data to turn it into valuable decision-making support through a user friendly interface Map-integrated display of key information Real time dashboard with collected data and calculated indicators Event management using advanced statistical models Dedicated views for detailed hydraulic and quality deep analyses AQUADVANCED Urban Drainage Ensure optimal and transparent management of sewer and stormwater systems through: Detailed and continuous overview of your infrastructure and geographical follow-up of network operations Energy monitoring Alerts and analytics to help operator decide and minimize risk during crisis situations Weather forecast with real-time calculation of rainfall impact on sewerage system, city and receiving waters Optimized management strategies to ensure the best use of storage capacities while preventing flooding and polluted overflows AQUADVANCED Water Networks is a modular solution that adapts to the conditions of all types of networks. Depending on the operational objectives and on existing management systems, the solution can be easily enhanced with additional functions The core system provides highly effective features for hydraulic and water quality monitoring including advanced event detection and detailed analysis views Furthers options offer a connection to existing Advanced Metering Infrastructure (smart meters), model-based functions using client's defined hydraulic model of the network, connection to customer complaints and field work systems, acoustic analysis view for acoustic data loggers, AQUADVANCED Urban Drainage is a real-time software composed of 3 modules ranging from monitoring and events prediction to automatic control of the entire sewer and stormwater systems: Monitoring Module: Follows-up the whole system in terms of operations, hydraulics and quality of receiving waters by visualizing real-time measures and computed Key Performance Indicators, weather information, energy consumption and geographical display of ongoing operations. Early Warning Module: Models and predicts the impacts on natural environment or sewerage system to prevent and manage flooding risks in urban areas or pollution to rivers and coastal waters. Advanced Control Module: Calculates optimized operating strategies in real time and automatically controls system actuators. Enables coordinated management with Wastewater Treatment Plants. Applicable to: Combined or separate sewer systems Closed networks and open drainage systems such as channels, rivers, surface run-off, and marine dynamics SUEZ presents AQUADVANCED Well Watch, the first real-time monitoring and optimization solution for wells and their pumps. Network map displaying position of assets/devices and real-time data computed per hydraulic zones such as District Meter Areas, sectors of consumptions or pressure zones Continuously updated list of process events and system events detected by statistical methods, including automatic estimation of missing or invalid data Selection of any variable through navigation for cross analysis in a dedicated workspace Display of water consumptions for large customers Acoustic analysis view with noise indicators and map display of acoustic logger statuts Connection to Automated Meter Reading system to improve NRW accuracy and operational efficiency Quality monitoring view with specific quality indicators, map display of multi-parameters probes, accurate quality event detection, sampling points with associated lab analyses data Geo-referencing of complaints and interventions with access to past, on-going and planned interventions and complaints displayed with detailed information Gain peace of mind, your wells are under control Asoftware solution geared to meet your needs: Reduce well and pump oper ating costs Hydraulic and quality maps based on the use of a hydraulic model of the network: velocity, flow, pressure, headloss gradient, water source, reservoir influence area, residence time AQUADVANCED Well Watch YOUR BEST ASSET FOR OPERATINGWELLS Monitoring well productivity: calculates and monitors the specific capacity of wells Optimizing pump efficiency: calculates real-time pump efficiency and compares it to manufacturer s theoretical data Extend operational lifetimes Improving pump selection: calculates the actual oper ating point and Facilitate optimal groundwater access compares it to pump manufacturer s Anticipate asset degradation: well clogging, best efficiency point pump aging, Alerting: generates warnings and Challenge maintenance efficiency (pump alarms when oper ating conditions are all the features manufacturers, well services) deviating you from optimal need, ones in one software Geographical dashboard of the system with continuous update on the hydraulic state of the network and receiving environment quality Computed Key Performance Indicators for network, pumping stations, retention tanks, plants and sewer overflows Meteorological context follow-up with display of rain gauges and radar views, rainfall computation per catchment, indicators and rain alarms Energy management of pumping stations, plants and other electromechanical actuators through supervision of energy consumption, efficiency and cost Follow-up of operations on the network, including Key Performance Indicators, management of fleet and field teams by GPS, odor complaints and hot-spots Anticipation of hydraulics on the network, fluvial or marine states through advanced computational systems and analytics Alerts management from simple monitoring to early warnings in order to prevent crises such as flooding or pollution Real-time calculation of management strategies to optimize storage and treated water volumes, and minimize overflows Transfer of management strategies to the operational control center for automatic application of instructions AQUADVANCED Well Watch is one of a suite of advanced solution tools from SUEZ that translates available production data into key performance indicators for wells and pumps. The AQUADVANCED Well Watch solution: Valorizes raw data acquired from standard sensors (water level, flow rate, pressure head, energy) Calculates all well and pump key performance indicators normalizing for seasonal and other wells influences Displays indicator trends to allow operators to monitor them, plan optimal maintenance and acknowledge performance improvements. Alerts automatically in case of performance degradation This solution is applicable to all types of wells, aquifers and boreholes and all sizes of wellfields For unfitted sites, a Wellbox solution is available providing all required sensors and telecommunications equipment A team of helpline experts is at your service to help you make the most of the AQUADVANCED Well Watch functionalities an all-inclusive software Global map-integrated view of the wells with daily refreshed data, alerts and links with hydrogeological open data providers Well view visualizing all asset information such as geological and technical cross section, legal authorizations and maintenance reports Pump view comparing actual operating parameters to manufacturer s or theoretical data for direct assessment of pump selection and set points Well and pump key performance indicators to assess aging and deterioration, interpreted using maintenance history and forecasted for planning and optimization of maintenance programs Notification of additional costs caused by unplanned maintenance and incorrectly dimensioned pumps Automatic alerts in case of degradation of operating parameters (i.e. specific capacity, overall pump efficiency, drop in discharge pressure, etc.) Dashboards presenting global and performances characteristics allowing fast report consolidation Maintenance database for historical recording of pumps life expectancy and well services evaluation 12 SUEZ Smart Solutions - Macao - Nov 2017

13 UNCERTAIN ROI 13 I

14 SMART METERING Assessing Value creation Savings on Customer Relationship Management (4) 4 to 6.3 savings Investment deferments due to Water savings on public and private water network (3) Smart metering total price Improvement of Metering Operations and asset management (2) Replacement of Existing metering operations (1) 14 I

15 Integration of AMI with network supervision Combination of Aquadvanced Water Networks and Smart Metering allows for precise identification of leaks 15 I

16 LACK OF SKILLS 16 I

17 A new set of skills & Technologies for a Smart Utility 2 IOT Network Collect data within shared communication networks 4 Data repository Data Analytics, Data Science, Machine Learning 3 Business IT system Existing IT management systems 1 Industrial connected devices On-board or fixed devices SMART systems 5 Services Open Data Web portals, mobile apps 17 I

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19 BARRIERS FOR SMART WATER ADOPTION DATA PRIVACY SECURITY LACK OF SKILLS MATURITY OF SOLUTIONS LACK OF STANDARDS UNCERTAIN ROI INTEROPERABILTY 19 I

20 THANK YOU & Enjoy the conference! 20 I