3 Benefits of hydraulic modeling Engineers gain commanding knowledge of their Water, Wastewater & Stormwater infrastructure, allowing them to take informed decisions.Minimize Cost Capital investment, operations and maintenance.Maximize Benefit Hydraulic performance & system reliability.
5 What makes our models great? 1. Multi-platform environmentAn environment for every user2. Model buildingLeverage virtually any data source3. Model managementStreamlined editing with hydraulic intelligence4. Hydraulic analysisEngineering tools for real world decisions5. Results interpretationFrom model results to engineering knowledge
6 1. Multi-platform environment An environment for every userLess data duplication. More integrationFacilitate learning curveIncreased team communicationUsers of different backgrounds can collaborateBENEFITSAutoCAD…and now MicroStation!WaterCAD shownStand-AloneAvailable for: WaterCAD WaterGEMS CivilStorm SewerGEMSPondPack shownArcGISSewerGEMS shown
7 2. Model building Model Data Leverage virtually any data source CAD drawingsNetwork topology, node elevations, scaled lengths, some physical data, etc.Databases & spreadsheetsDemand information, operational strategies, field data, water quality, etc.Geospatial dataNetwork topology, water consumption data, node elevations, diameters, materials, etc.Model building toolsModelBuilder. Multi-source model creationLoadBuilder. Demand assignment from geospatial dataShapefile & database synch. Synchronized model connectionsTRex. Automated elevation extractionPolyline to Pipe. CAD to hydraulic model conversion utilityModel
8 3. Model management Streamlined editing with hydraulic intelligence Engineering Libraries & PrototypesEnter information once, use it many timesFlexUnitsChange units on the flyFlexTablesFast and easy data editionScenarioControl CenterUnlimited “what if” alternatives
9 4. Hydraulic analysis Engineering tools for real world decisions Be prepared for contaminationemergencies with WaterSAFEMeet Sanitary Sewer Overflow & Combined Sewer Overflow regulations with SewerGEMSMinimize cost and maximize hydraulic performance with Darwin DesignerDesign cost-effective transient protection strategies with HAMMERComply with fire flow regulations with WaterCAD
10 4. Hydraulic analysis Engineering tools for real world decisions Keep rainfall runoff problems at bay with PondPackAnalyze complexsystems with CivilStormAvoid street floodingwith StormCADComply with DOT and local regulations with CulvertMasterSave time with quick calculations fromFlowMasterFind optimum designs staying under budget with SewerCAD
11 5. Results interpretation From model results to engineering knowledgeMulti scenario, time variable graphsCustomizablereportingGeospatial visualizationAdvanced engineering profilingwith animationAnimated plan views withannotation and color coding
13 WaterCAD Water distribution design and modeling Automated fire flow analysisSource trace and water age analysisEasy-to-use native layout toolsActive topology alternativesVariable speed pumpingConstituent water quality analysisDrawing review toolsSystem head & hydrant curvesTank mixing modelsRule-based & logical controlsElevation Extraction (AutoCAD version)Leakage and sprinkler modelingCapital cost & energy analysisComprehensive demand managementUnidirectional flushing modelingShapefile synchronized connectionsCAD to model automated conversionStatistical result analysisPersistent database connectionsScaled and schematic layoutSub model managementMulti layer backgrounds for model layoutIntegration with HAMMER for transient analysisAnimated pump and head loss curvesStand-Alone and AutoCAD environmentsQuick model building from any data sourceEasy-to-use layout and editing toolsUnrivaled hydraulic analysis featuresStunning results presentation tools
14 WaterCAD modules Darwin Calibrator Darwin Designer Skelebrator Available for WaterCAD, Included with WaterGEMSDarwin CalibratorAutomated model calibrationDarwin DesignerOptimized and automated network design.SkelebratorHydraulic-smart network reductionWaterSAFEAdvanced water quality and system vulnerability
15 + WaterGEMS Hydraulic modeling ESRI Integration Water distribution design and modeling with GIS integrationHydraulic modelingESRI IntegrationArcGIS integration andstreamlined model building+LoadBuilderTRexWaterCAD’s hydraulic tools& ALL available modulesWater demand assignmentAutomated elevation extraction
17 SewerGEMS Sanitary and Combined Dynamic Sewer Modeling Multi platform environmentDynamic modelingAutomatic sanitary loading allocationSanitary and combined sewer system element
18 HAMMER Transient analysis and water hammer modeling Avoid catastrophic failure of pipes & equipmentUse the rigorous Method of CharacteristicsModel any transient eventSimulate any surge protection deviceComplete integration with WaterGEMS/CADPrevent system damageDevelop cost-effective surge control strategiesTrim construction and O&M budgetsModel any surge protection deviceMinimize wear and tear on pipesSimulate any transient conditionDesign and operate with greater reliabilityEliminate costly over designEnsure the longevity of your water systemPrepare for power failuresProtect your operatorsImprove water qualityMinimize service interruptions
19 StormCAD Storm sewer modeling and design Capital cost analysisRational method hydrologyGradually-varied flow analysisHEC-22 methodologyDrawing review toolsShapefile synchronized connectionsPersistent database connectionsScenario managerScaled and schematic layoutBackground support for model layoutCAD to model automated conversionsProfile managerHEC-22 and AASHTO detailed reportsCurved pipe alignmentsSystem capacity analysisAccepted by FEMAStand-Alone & AutoCAD interfaceQuick model building toolsEasy-to-use layout & editing toolsAutomated system designStunning result presentation tools
20 CivilStorm Fully-dynamic stormwater analysis Model in geospatial environmentsAnalyze complex stormwater systemsOptimize system performancePresent comprehensive resultsExperience the dynamic calculation engineStand-Alone and AutoCAD interfaceFully-dynamic modelingInterconnected system modelingWater quality assessmentsComplex flow regime analysisNPDES permit modelingScaled layout in Stand-Alone interfaceVariety of methods for computing runoffProfile managerScenario managerComprehensive engineering librariesModel looped systems and diversionsAttenuate hydrographs due to storage
21 PondPack Detention pond design and urban hydrology analysis Automate pond and outlet designTrack project historyModel interconnected pondsAccount for travel time and time of concentrationPerform complete system analysesInterconnected pond modelingLimited water quality analysisDetailed graphing and reportingProjectWise integrationAccepted by FEMAIntuitive interfaceUnlimited number of storm eventsIndustry-standard runoff methodsTime of concentration calculatorNumerous peak flow methodsWater quality BMP calculations
22 CulvertMaster FlowMaster Culvert Design & Analysis Model any situation that requires the design or evaluation of a culvert using HDS-5 methods, including roads, driveways, embankments, etc.FlowMasterHydraulics calculatorEvaluate the hydraulics of virtually any type of hydraulic structure, including pipes, ditches, open channels, weirs, orifices, and inlets.
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