20180722智慧水务资料包11国外案例苏伊士SuezWaterAdvancedSolu

SuezWater/AdvancedSolutionsPNWSAWWACONFERENCEBOISEIDAHOMay5,2016DISTRIBUTIONNETORKMONITORINGPaulMeschino,P.E.–VicePresident-WestRegionWayneSpittal–SmartSolutions–CEODercetoGroupWaterAdvancedSolutionsUtilityServiceGroupAgenda2I•SUEZWaterAdvancedSolutions•What,whyandhowdoImonitormywaterdistributionsystem•OverviewonNRW,WaterBalance,andEnergyEfficiency•DMAandtheSectorizationapproachesandpracticalapplications•Advancedenergysolution•Q&APNWSAWWA-DistributionSystemMonitoringWatersystemssolutionprovider•Globalleaderinwaterandwastewatersolutionsandtechnologies•51yearhistoryofprovidingservicesinUS•Drinkingwatersystems•Wastewaterandsewercollectionsystems•Nationalnetworkofserviceoperationscenters•11operatingcenters•Localwatersystemconsultants•TheNorthAmericanleaderinAssetManagementSolutions•Over6,000assetsunderourprogramsWhoisSuezWaterAdvancedSolutions?3IPNWSAWWA-DistributionSystemMonitoringNetworksbecomesmarterPNWSAWWA-DistributionSystemMonitoring4IEverydaymoreandmore:•Knowledgecomesfromthenetwork•Dataarecollected(quality,flow,pressure)•NetworksareoptimizedNeedtoanalyzetheinformationconsidering•businessprocess•networkstructure•timescaleandspaceinordertoMAKETHEDATAVALUABLENetworksManagementSmartWaterManagementPNWSAWWA-DistributionSystemMonitoring5AQUADVANCEDAninnovativesolutiontosupportwaterdistributionoperationPNWSAWWA-DistributionSystemMonitoring6IWaterManagementEnergyManagementAquadvancedAninnovativesolutiontosupportwaterdistributionoperationPNWSAWWA-DistributionSystemMonitoring7IOperationSupportSystem,tohelpmonitor,actandcontrolthewatersupplyDecisionSupportSystemtoprovidedashboardtoolstohelpindecisionmakingAQUADVANCED:howdoesitwork?ConnectedtomostcommonlyusedsystemsPNWSAWWA-DistributionSystemMonitoring8ISCADAEnergyData,Pressure,Flows…GeographicalInformationSystemDatahistorianSimulationtoolbasedonhydraulicmodelAMRsystemLaboratoryInformationManagementSystemEnterpriseAssetManagementWorkforcemanagementCustomerInformationSystemDatacollectionEventsDetectionDashboard/KPIs1234GeographicaldisplayAquadvancedDemonstrationInternationalDeploymentofSmartWaterSolutionsAquadvancedWater&EnergyPNWSAWWA-DistributionSystemMonitoring9IWellingtonSanFrancisco&LosAngelesareasBrisbaneareaKansasCityElPasoEnglandSouthKoreaTorontoSpainWashingtonDCNYareaAtlantaareaHongKong(pilot)MacaoSantiagoBarceloneDjeddah(pilot)Casablanca(contractualisationencours)MartiniquaiseAquadvancedEnergy(Aquadapt)AquadvancedHydraulicInfluxSingapour(encours)France100Aquadvanceddeployed1AquadvancedEnergyinParis10InFluxforCSOsystems•Leakagereductionsupto30%,•Burstreductionsupto40%•Energysavingsofupto20%•Returnofinvestmentbetween1to3years•Consideringcostssavings,despitetheimpactonwatersales•Inthelongterm,thenetworklongevityisextended5to10yearsNetworkMonitoring/ManagementBenefitsbasedonourexperiencesWhyshouldImonitormydistributionsystem?PNWSAWWA-DistributionSystemMonitoring10IFLOWZonedemandConsumptionWaterlossPRESSURECustomerserviceWaterLossBreaksENERGYSpendEfficiencyWATERQUALITYResidualTHMContaminantsWhatshouldImonitorandcontrol?PNWSAWWA-DistributionSystemMonitoring11IDatalogging/telemetryHydrantinstallationPressureFlowtransLoggerPressure+OthersIntegratedpressure+externalA/DinputsBatterypoweredWaterQuality+OthersCl,pH,T&pressure/levelExternalpower(plug)Mixers,TRSMulti-purposeWellsPNWSAWWA-DistributionSystemMonitoring12IPressuresensor/logger•DataloggerDimensions:4.92’’x4.53’’x4.13’’•GPRS,SMScapacity•Upto300psiPNWSAWWA-DistributionSystemMonitoring13IRealandApparentLossesPNWSAWWA-DistributionSystemMonitoring14•Reducesproduction/purchasedwatercosts•ReducedenergyspendWaterBalanceAWWAFreeAuditSoftwarePNWSAWWA-DistributionSystemMonitoring15PerformanceIndicatorsPNWSAWWA-DistributionSystemMonitoring16WaterAuditDashboardPNWSAWWA-DistributionSystemMonitoring17RealLossControlOptions–AWWAStandardsPNWSAWWA-DistributionSystemMonitoring18BestPractices-NRWPNWSAWWA-DistributionSystemMonitoring19IAwareness,Location&Repair(ALR)PNWSAWWA-DistributionSystemMonitoring20ITraditionalApproachtoDMADMAisoneofthemostrecommendedtechniquestomanageNRWinwaterdistributionnetworks.TheCharacteristicsare:•Smallengineeredisolatedzonesdividingthewaterdistributionnetwork.•LimitednumberofInletsandOutlets,controlledandmonitoredcontinuously.•Estimationorreal-timeconsumptiondata.Objectives:•Reductionofwaterlosses(viadataanalysestoidentifyleaksandbursts)•Monitoringandcontrolofoperationalparameters•Reductioninleakageruntime21ITRADITIONDMASOLUTIONDMA.StaticSectoring•Complexhydraulic/WQstudiesandnetworkmodeling.•Highinvestmentinordertoclose/createsmallareasleavingasingleentry(enlargepipediameters).•Riskofpressurevariationsmodifyingthestandardwatersupplyregime.•Keepingwater-tightnessofthearea.•Lowsupplysecurityincaseoffailure.•Waterqualityproblems(multipledead-endsinthedistributionsystem)WhatchallengesdowefacewhencreatingDMA’s?ThereisgreatcomplexityofsectoringdensewaternetworksinordertoobtainMinimumNightFlowsforaquickdetectionoffreshleakageANDreduceALRto1weekstimeBestPracticesforNRWAwareness,Locatio