bentley water solutions

2014 Bentley Systems, Incorporated

Whats new in H&H Productsand Open Utilities Designer

Bahtigul Varol , Water Solutions Application Engineer

2 | WWW.BENTLEY.COM | 2014 Bentley Systems, Incorporated

Agenda

1. Whats new in WaterGEMS

and SewerGEMS

2.Bentley Utilities Designer

3.Questions


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7 | WWW.BENTLEY.COM | 2014 Bentley Systems, Incorporated7 | WWW.BENTLEY.COM | 2014 Bentley Systems, Incorporated

Interoperability


4 Platforms One Shared Data Source


Model Building

Databases & spreadsheetsDemand information, operational strategies, field data, water quality, etc.

CAD drawingsNetwork topology, node elevations, scaled lengths, some physical data, etc.

Geospatial dataNetwork topology, water consumption data, node elevations, diameters, materials, etc.

Leverage Virtually ANY Data Source

Model

ModelBuilder. Multi-source model creation. Synchronize model connections of any data type (.shp, .dwg, .mdb, etc.)

LoadBuilder. Demand assignment from geospatial dataTRex. Automated elevation extractionTheissen Polygon Creator. Automated polygon creation

Model Building Tools

Data


Model Cleanup

Network Navigator Find data problems

Duplicate elements Orphaned elements Crossing Pipes Pipe Split Candidates

Network Tracing Shortest Path Upstream/Downstream

Query Input/Results Easily navigate your data!


LoadBuilder (Demand Assignment)

Create Demands From: Billing Meter Data Customer Meter Flow Distribution Area Population Land Use More!

Allocation Methods

Distribution Methods

Projection Methods

See Location of Meter and Node Connection


Trex (Terrain Extraction)

Automated Elevation Extraction

Any Platform

Sources: DXF Contours LandXML Spot Elevations TINs DTMs & DEMs Shapefiles


Scenario Management and Development


Data Management Alternatives

Current Scenario Physical: OriginalDemand: TodayActive Topology: Current

Year 2015

Physical: 2015 subdivisionDemand: 2015Active Topology: New 2015

Year 2020 Scenario

Physical: Wellesley 2020Demand: 2020Active Topology: New 2020

New Diameter Scenario

Physical: New DesignDemand: Max 2020Active Topology: New 2020

Scenario Control Center


Scenario Control Center

Unlimited What If Situations

Scenario Inheritance

Alternative Inheritance Make change to scenario with Base

alternative, inherited to all Child alternatives.

True data inheritance

Self-documenting scenarios

Active Topology

Scenario Comparison


Scenario Comparison

Compares Scenarios and Alternatives

Reports Differences

Browse/Highlight Differences


Optimization Tools


Darwin Calibrator


Darwin Calibrator & Leak Detection

Streamline the time-consuming model calibration

process and make sure your decisions are based

on a model that truly reflects the real world.

1. Enter multiple field measurements for calibration2. Let Darwin generate millions of possible solutions 3. Create a calibrated model using optimum values for pipe roughness,

leakage, junction demands and element status


Darwin Designer


Darwin Designer

Automated Design

Evaluate thousands of design and rehabilitation

alternatives that meet your hydraulic constraints,

maximizing hydraulic performance and savings to

your Capital Investment Program (CIP).

Determine area to design/rehabilitate

Setup Darwin Designer Design for Peak Conditions

Analyze Results

Run system under stress (i.e. Fire Flow)


Darwin Scheduler


Darwin Scheduler

Pump Energy Analysis and Carbon FootprintEvaluate how much energy is needed to operate

your system and alternatives to potentially save

money. Use detailed energy analysis and tariffs to

determine the best time to operate your pumps and

determine/reduce your carbon footprint.

Choose EPS Scenario

Pumps to Optimize (VSP or Fixed?)

Objective Elements Pumps Energy Pricing Tanks

Minimize Energy Cost or Energy Usage


Primary Features


Fire Flow Evaluation and Review


Fire Flow Analysis

Analyze hydraulics for every network element and fire flow scenario.

Navigate network and map elements that satisfy (or not) fire flow constraints

Simulate 1 or many fires

Constraints include: Flow Pressure Velocity


Fire Flow Results

Fire Flow Report

Fire Flow Results Browser See which elements pass/fail Updates results when element selected

Color Coding

Annotation


Source Trace Evaluation and Review


Constituent Analysis

Model any constituent in system Chlorine Flouride Unknown?

Tank Mixing

Constituent Source

Concentration


Multi-Species Modeling (MSX)

Improvement in Water Quality Modeling

Uses EPANET-MSX method

Used for interaction between constituents THM-Cl Chloramine-denitrification Multi-valence arsenic

Require equilibrium-rate equations and coefficients


Age Analysis

Determine Age of Water

Locate Stagnant Water Locations

Tank Mixing


Trace Analysis

Source Tracing

Trace Constituent Across System

Where did it come from?

Where is it going?

Water Security Analysis


Water Quality Results

Graphs

Profiles

Contours

Tables

Color Coding & Annotation


Flushing Analysis


Flushing

Conventional or Unidirectional Flushing

Flushing Results Browser

Conventional One hydrant/junction No valve operation

Unidirectional Any number of hydrants Any number of valve/closed pipes Pipe run

Can base on velocity or shear stress - = SR


Flushing

Self-Cleansing Query

Field Operations Report

Extensive Reporting Tools


Pressure Zone Manager


Pressure Zone Manager

Need to identify them

Their Characteristics

Flow Balance

Pressure Zone Manager automates this process

Most Systems have Multiple Pressure Zones


Criticality


Criticality: Know the Consequence of Failure

Answer questions like:1. Who gets put out of water?

2. What is the impact of lower system demand when isolating part of the system?

3. Where are my rehabilitation funds better spent?

Using the Criticality Analysis Center:1. Determine network segmentation with the new Isolation valves

2. Find Outage Segments for each failed network segment

3. Run hydraulic engine to find consequence of failure for each Criticality Segment

Risk = f (Vulnerability, Criticality)Vulnerability: Assets likelihood of failureCriticality: Assets consequence of failure


Pipe Break Analysis


Pipe Break Analysis

Estimate the Likelihood of Pipe Failure

Uses Historical Pipe Break Data

Determines: Projected Pipe Break Rate Auxiliary Costs

Capital Planning


Pipe Renewal Planner


What is Asset Management? Getting the most out of money spent on assets

Used in many industries

In water, focus is on distribution system Largest investment Deterioration is out of sight

Goal Minimize cost Meet required levels of service

Not just software but a process Software can help


Pipe Renewal Planner

Capital/Master Planning Tool

Performance Based Look at System Fire Flows (Hydraulic Risk) Criticality (Consequence of Failure) Pipe Break History (Likelihood of Failure)

Property Based Year Installed Material Etc.

Prioritizes Pipes to Rehab


SCADAConnect


SCADAConnect

Check operational decision before making them

Import SCADA data for: Real Time Modeling Initializing Model Calibrating Model Developing Model Demands Setting/Monitoring Alarms

Carry out modeling to provide feedback for Emergency planning On-going scheduling and preventive actions


SCADAConnect Uses

Connect with many data sources

Link model with data sources

Viewing data in the model Model calibration Run from simplified

interface View in HMI

Study operations Energy management Emergency planning Emergency response Operator training Enable sharing of data


SCADAConnect


SCADAConnect Simulator

Bridges Gap Between Engineering and SCADA Ops

Allows SCADA to use Model!

Enhance Decision Making Process!

Test Decisions


SCADAConnect Simulator HMI


HAMMERTransient analysis and water hammer modeling

Prevent system damage Develop cost-effective surge control strategies Trim construction and O&M budgets Model any surge protection device Minimize wear and tear on pipes Simulate any transient condition Design and operate with greater reliability Eliminate costly over design Ensure the longevity of your water system Prepare for power failures Protect your operators Improve water quality Minimize service interruptions

Avoid catastrophic failure of pipes & equipment

Use the rigorous Method of Characteristics

Model any transient event

Simulate any surge protection device

Complete integration with WaterGEMS/CAD


What to Model Using HAMMER

Daily operations to start, ramp, shift or stop pumps; open, modulate or close valves

Infrequent operations such as pipeline re-filling after maintenance

Rare, emergency operations causing sudden changes in velocity or pressure: Power or equipment failures at pumps, shafts/stems, valve actuators Sudden pipe breaks or blockages / collapses Sudden, uncontrolled release of air at crack or valve Change in pressure and/or temperature creating or condensing vapor

Examine results for impacts on safety, breaks, wear, pathogen intrusion &/or particulate scour


Results


Results

Customizable Reporting

Multiple Results Displayed Simultaniously

Scenario Summary

Project Inventory

Pressure Pipe Inventory

Reporting Options

Flex Units Any Unit, Any Precision


Element Symbology

Create Unlimited Symbologies Color Coding Annotation

Assign to Different Scenarios

Change Scenarios SymbologyAutomatically Update


Results

Color Coding & Annotation

Contours

FlexTables

Profiles

Graphs


Bentleys Storm andSanitary Sewer Products

SewerGEMS Implicit (Bentley Dynamic Wave) Explicit (SWMM) GVF with convex routing + pressure

flow solver GVF with rational method peak flow

CivilStorm Implicit (Bentley Dynamic Wave) Explicit (SWMM) GVF with rational method peak flow

StormCAD GVF with rational method peak flow

SewerCAD GVF with convex routing +

pressure flow solver

GVF = Gradually Varied Flow


Digital Terrain Models (DTM)

Contains elevation data for an area

SS4 recognizes three types

Bentley DTM created by: InRoads (.dtm) GEOPAK (.tin) MX (.fil)

Bentley DGN terrain models

LandXML terrain models


Uses of DTMs

Dynamic updating of ground elevations Moving nodes adjusts elevations

Downstream trace Find natural water path Catchment delineation


Terrain Model


Elevations from DTM


Change Elevation 2220.14 2228.43


Drop Trace in DTM


Add Channel


Trace and Catchments


Standalone


Loss Methods

SCS Curve Number

Green-Ampt

Horton

RTK

Constant Loss Rate (replaces fLoss)

Initial and Constant Fraction

Initial and Constant Rate

ILSAX


SCADA Elements

Connect Model Elements to External Data Sources

Data Sources SCADA systems

Historical Real Time (OPC server)

Data loggers Data bases Spreadsheets


Define SCADA Signals


Conduit Catalog

Better organization / Includes wall thickness


What is Bentley Utilities Designer?

A Multi-utility Desktop GIS

Built on Bentley Map technology

Optimized for Design Workflows

Designed to Improveoperations and Maintenance workflows

Targets Electric, Gas, Water and Wastewater utilities


XFM DGN Oracle Spatial

DGN + RDBMS SQL Server Spatial

RDBMS(SQL Server or Oracle)

XFM DGN Files

RDBMS(SQL Serveror Oracle)

Data Filesw/ Database

Linkages

RDBMS(SQL Server)

Spatial Database(SQL Server)

RDBMS(Oracle)

Spatial Database(Oracle)

Bentley Utilities Designer Persistence Models

Bentley Utilities Designer


Components of Workflow Management

Workflow Manager

Design Editor

Work Requests

DesignsCost Items

Unit Assistant

Design AssistantInvokes Runs Within

GIS/GeospatialData Store

Job Default Assistant

Job Scheduler

Invo

kes

WMS/ERPSystem

Job Defaults

Work Items

Manages, organizes, presents


Modeling and Documenting the Water Network

Water Lines Edge features in the network Main, Lateral

Water Structures Supply and demand Other structures

Water Valves

Water Records Incidents and Complaints


Modeling and Documenting the Wastewater Network

Wastewater Lines Edge feature in the network

Wastewater Points Point features in the network

Wastewater Areas

Inspection and Surveys

Interventions

Incidents and Complaints


Data Model Example of localization


Feature Placement

Dedicated Placement Methods Activated from the Command

Manager, Menu, Toolbars Properties can be modified

during placement (tool settings)

Simple and Complex Placement E.g. Place Bundle

Placement is Network-Aware Using Auto Inference


Annotation Placement

Annotations are placed as in Bentley Map Annotation placement kicks-in directly after feature placement

Annotation Contents are defined using PBA rules Property Based Annotation

Add/Change Annotations using Edit Feature or Annotate Features


Editing and Reviewing Utility Network Assets

Non-graphical Editing Feature Editor Bentley Map Edit++

Graphical Editing Using MicroStation,

Bentley Map graphical editing Dedicated tools:

Split/Merge Features Connect/Disconnect Features Attach/De-attach Features


Non-Graphical Editing Properties

General Tab lists domain specific properties More tabs can be configured (e.g. Wastewater)

Subset of Bentley Mapproperties Text, Option List, Date

Superset of Bentley Map properties Image, Video


Non-Graphical Editing Tracking

System Properties to Track Create Date & Operator Last Modify Date & Operator

Tracking Properties are Read-Only Also when

using Data Browser

Install and Retire Date Properties are Read/Write Included in General Tab


Questions?


Thank you for your time!Presented By: Bahtigul Varol Water Solutions Application Engineer

Email: [email protected]

Whats new in H&H Products and Open Utilities DesignerAgendaSQLite database formatSQLite benefitsSQLite benefitsSQLite benefitsInteroperability4 Platforms One Shared Data SourceModel BuildingModel CleanupLoadBuilder (Demand Assignment)Slide Number 12Trex (Terrain Extraction)Scenario Management and DevelopmentSlide Number 15Scenario Control Center Scenario ComparisonOptimization ToolsDarwin CalibratorDarwin Calibrator & Leak DetectionDarwin DesignerDarwin DesignerDarwin SchedulerDarwin SchedulerPrimary FeaturesFire Flow Evaluation and ReviewFire Flow Analysis Fire Flow ResultsSource Trace Evaluation and ReviewConstituent AnalysisMulti-Species Modeling (MSX)Age AnalysisTrace AnalysisWater Quality ResultsFlushing AnalysisFlushingFlushingPressure Zone ManagerPressure Zone ManagerCriticalityCriticality: Know the Consequence of FailureSlide Number 42Pipe Break AnalysisPipe Break AnalysisPipe Renewal PlannerWhat is Asset Management?Pipe Renewal PlannerSCADAConnectSCADAConnectSCADAConnect UsesSCADAConnectSCADAConnect SimulatorSCADAConnect Simulator HMIHAMMERWhat to Model Using HAMMERResultsResultsElement SymbologyResultsBentleys Storm andSanitary Sewer ProductsDigital Terrain Models (DTM)Uses of DTMsTerrain ModelElevations from DTMChange ElevationDrop Trace in DTMAdd ChannelTrace and CatchmentsStandaloneLoss MethodsSCADA ElementsDefine SCADA SignalsConduit CatalogWhat is Bentley Utilities Designer?Bentley Utilities Designer Persistence ModelsComponents of Workflow ManagementModeling and Documenting the Water NetworkModeling and Documenting the Wastewater NetworkData Model Example of localizationFeature PlacementAnnotation PlacementEditing and Reviewing Utility Network AssetsNon-Graphical Editing PropertiesNon-Graphical Editing TrackingQuestions?Slide Number 86

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