Bentley StormWater Solution
November 2009
Slavco Velickov, PhD
Water Industry Director EMEA
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Agenda
1. Bentley StormWater Solution
2. Products Description
3. Application Examples
4. Demo
5. Contact Information
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The World of Water
Estuaries and coastal
water systems
Rural water systems
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Urban water systems
The Urban StormWater Challenges
Source: D. Macaulay. ‘Underground’. 1976
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Global Trends & Quality of Life
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Climate Change
Water Safety Planning
Deteriorating and Ageing Infrastructure
Globalisation
Geopolitics
Pressure on and Scarcity of Resources
Emerging Technologies
Demographics
Source: UN, UNEP, WaterforLIfe, HBS
“And that’s why we need Bentley’s Haestad Software!!”
Bentley Haestad Product Line
WATER
SEWER
26 years
130,000 users
170 countries
STORM
Other…
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WaterGEMS. Water distribution modeling with geospatial integration
WaterCAD. Water distribution modeling and design
Darwin Designer. Network design automation
Darwin Calibrator. Model calibration optimization
WaterSAFE. Advanced water quality and security
Skelebrator. Network reduction or simplification
HAMMER. Transient flow analysis and modeling
SCADAConnect. Supervisory and control data integration
SewerGEMS. Urban sewer modeling with GIS integration
SewerCAD. Sanitary sewer design and modeling
CivilStorm. Stormwater management and dynamic modeling
StormCAD. Storm sewer design and modeling
PondPack. Detention pond design and analysis
HEC-Pack. Floodplain modeling
CulvertMaster. Culvert design and analysis
FlowMaster. Hydraulics calculator
GISConnect. CAD / GIS Interoperability
WaterObjects. .Net development environment
Mohid. Catchment, costal and estuarial modelling solution
StormWater Products
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SewerGEMS
Sanitary and Combined Dynamic Sewer Modeling
Multi platform
environment
Automatic
sanitary loading
allocation
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Dynamic
modeling
Sanitary and
combined
sewer
system
element
StormCAD
Storm sewer modeling and design
Capital cost analysis
Rational method hydrology
Gradually-varied flow analysis
HEC-22 methodology
• Stand-Alone & AutoCAD interface
• Quick model building tools
Drawing review tools
Shapefile synchronized connections
Persistent database connections
Scenario manager
Scaled and schematic layout
Background support for model layout
CAD to model automated conversions
Profile manager
HEC-22 and AASHTO detailed reports
Curved pipe alignments
System capacity analysis
Accepted by FEMA
• Easy-to-use layout & editing tools
• Automated system design
• Stunning result presentation tools
SewerCAD
Sanitary Sewer Design & Modeling
• Sanitary and wet-weather modeling
• Steady-state & Extended Period
• Pressure & gravity systems
• Automated design for pipes & inlets
CivilStorm
Fully-dynamic stormwater analysis
• Model in geospatial environments
• Analyze complex stormwater systems
• Optimize system performance
• Present comprehensive results
• Experience the dynamic calculation engine
Stand-Alone , Micro Station and
AutoCAD interface
Fully-dynamic modeling
Interconnected system modeling
Water quality assessments
Complex flow regime analysis
NPDES permit modeling
Scaled layout in Stand-Alone interface
Variety of methods for computing
runoff
Profile manager
Scenario manager
Comprehensive engineering libraries
Model looped systems and diversions
Attenuate hydrographs due to storage
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PondPack
Detention pond design and urban hydrology analysis
• Automate pond and outlet design
• Track project history
• Model interconnected ponds
• Account for travel time and time of concentration
• Perform complete system analyses
Interconnected pond modeling
Limited water quality analysis
Detailed graphing and reporting
ProjectWise integration
Accepted by FEMA
Intuitive interface
Unlimited number of storm events
Industry-standard runoff methods
Time of concentration calculator
Numerous peak flow methods
Water quality BMP calculations
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HEC-Pack
From Floodplain Hydrology to River Analysis
• Graphical HEC-1 for flood hydrology calculations
• HEC-HMS for hydrologic modeling
• HEC-RAS for river (floodplain) analysis
• Optimize system performance
Bentley provides thousands of
engineers with HEC software,
documentation, and support for a
variety of modeling tasks, from
floodplain hydrology to river analysis to
GIS integration. These important
programs are all included in the
HEC-Pack.
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• HEC-GIS for data sharing between HEC-RAS and
ArcGIS
CulvertMaster
Culvert Design & Analysis
Model any situation that requires the design or
evaluation of a culvert using HDS-5 methods,
including roads, driveways, embankments, etc.
FlowMaster
Hydraulics calculator
Evaluate the hydraulics of virtually any type of
hydraulic structure, including pipes, ditches, open
channels, weirs, orifices, and inlets.
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WaterObjects.NET
SDK / API for developers and system integrators
.NET-based software framework
for engineering modeling
applications
Major benefits:
• High-Performance
• Native support for analysis
engines
• Multi-scenario, open-schema,
unitized database
• Native support for network
creation and analysis
• Stand-alone graphical drawing
editor
• Windows, MicroStation, ArcGIS,
and AutoCAD integration
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Mohid 2/3D Modelling
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Example Applications
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Sewer Deterioration Modelling
Collapses
5%
Equipment
failure
5%
Hydraulic
overload
45%
Blockages
45%
Causes of Sewer Flooding
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Sewer Deterioration Modelling
Sewer Attribute Base
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•
•
•
•
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•
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Pipe performance
Pipe service
Installation age / era
Size
Material
Depth
Gradient
Function
Cross section
Soil, traffic load, mining etc.
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Timisoara city in Romania:
combined sewer system
Solution Techniques
SewerGEMS
•
Bentley SewerGEMS for
Hydraulic performance
assessment
•
Genetic Programming for
deterioration modeling
•
Bayesian Probabilistic
Network for Failure Risk
Assessment and Uncertainty
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Bentley GP kernel
Bayesian Network
Deterioration Model Example
•
•
CoD = 90%
op – operational
condition grade
Age – age of sewer
s24 – ‘section 24
sewers’ (old, small
bore)
Derby blockages using Derby Eqn 5_4
160
2
R = 0.9036
140
120
Predicted blockages
•
•
100
80
60
40
20
0
0
20
40
60
80
100
120
140
160
Actual blockages
BL = 0.091978 ⋅ op + 0.10927 ⋅ Age ⋅ s24
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Average failure of 40 cases
60
70
60
50
50
Material
Ma
t_O
the
r
70
80
Iron
80
90
Ea
rthe
nw
are
90
100
Pla
stic
Probablity of Failure (%)
100
Co
ncr
ete
Probability of Failure (%)
Failure Risk Model Example
40
5
10
15
20
25
30
35
40
Cases
92
Probability of Failure (%)
Probability of Failure (%)
90.5
90.4
90.3
90.2
90.1
90
Size_Small
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Size_Mod
Size
Size_Big
92
Probability of Failure (%)
0
90
88
86
90
88
86
84
82
80
Clay
84
Made
Sand
Ground
82
80
Age_Young
Age_Mod
Age
Age_Old
Other
Mohid – SewerGEMS Coupling
Barcelona Implementation
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Contact Information and Resources
www.bentley.com/water
communities.bentley.com
www.bentley.com/waterloss
Bentley Systems Europe BV
Wegalaan 2, Hoofdorp
The Netherlands
Tel : +31 235560560
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Tank You for Your Attention
Slavco.Velickov@bentley.com
www.bentley.com
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