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Discover Some of the Many Advantages
and Benefits of H2OMAP Water Suite:
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| Basic
Information |
| Programming
Language |
Advanced
Object-Oriented Geospatial Component
Model |
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| Hydraulic
Engine |
Modified
Hybrid |
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| Run
Speed |
Excellent |
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| Convergence |
Excellent |
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| Largest
Client Model |
Over 200,000 pipes |
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| Portable |
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| Platform |
Stand
Alone |
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| On-line
Help |
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| Documentation |
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| Diagnostic
Messages |
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| Documented
Messages |
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| Extended-Period
Simulation |
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| Energy
Cost Analysis |
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| Advanced
Water Quality Analysis |
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| Leakage
and Sprinkler Analysis |
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| Pressure
Dependent Demand Analysis (automatically
calculate the percentage of demand
supplied to each node - ratio
of actual demand vs specified
demand) |
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| Cost |
$4,000
($5,000 Suite) for 1,000 pipes |
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| Support
Cost |
1st
year free then $800/yr ($1,000/yr
for platinum plan) |
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| Upgrades |
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(free) |
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| Software
Support |
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(free) |
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| Engineering
Support |
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(free) |
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| Toll
Free Phone Support |
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| Continuing
Education Workshops |
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| Model
Management |
| Tree-Based
Scenario Management |
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| Scenario
Manager Supports Inheritance |
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| True
Inheritance (Change a Value in
the Parent and it Changes in the
Child) |
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| Support
Reverse Inheritance (Change a
Value in the Child and it Automatically
Changes in the Parent If so Desired)
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| Alternatives |
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| Alternatives
Support Inheritance |
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| Subsetting
of Model |
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| Facility
Management |
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| Input
Scenario Comparison |
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| Output
Scenario Comparison |
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| Active
Link Between Scenario Manager
and Results |
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| Use
Relational Database to Store Model
Data |
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| Combined
Input and Output Attribute Tables |
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| Water
Quality Modeling Capabilities |
| Track
the Movement of a Non-Reactive
Tracer Material (e.g., fluoride)
Through the Network Over Time |
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| Model
the Movement and Fate of a Reactive
Material as It Grows (e.g., a
disinfection by-product) or Decays
(e.g., chlorine residual) with
Time |
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| Calculate
the Age of Water Throughout a
Network |
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| Compute
the Average Residence Time for
the System |
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| Compute
the Percent of Flow from a Given
Node Reaching All Other Nodes
Over Time |
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| Analyze
Kinetic Reactions Both in the
Bulk Flow and at the Pipe Wall |
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| Incorporate
Nth Order Kinetics to Model Reactions
in the Bulk Flow |
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| Use
Zero or First Order Kinetics to
Model Reactions at the Pipe Wall |
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| Account
for Mass Transfer Limitations
when Modeling Pipe Wall Reactions |
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| Allow
Growth or Decay Reactions to Proceed
up to a Limiting Concentration |
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| Employ
Global Reaction Rate Coefficients
that Can be Modified on a Pipe-by-Pipe
Basis |
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| Permit
Wall Reaction Rate Coefficients
to be Correlated to Pipe Roughness |
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| Allow
for Time-Varying Concentration
or Mass Inputs at any Location
in the Network |
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| Model
Storage Tanks as Being Either
Complete Mix, Plug Flow, or Two-Compartment
Reactors |
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| FireFlow
Simulation |
| Ability
to Run Multiple Fire Flow Locations |
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| Ability
to Set Different Fire Flows in
Single Simulation |
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| Calculate
Available Flow |
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| Calculate
Design Flow |
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| Ability
to Review Fire Flow Pipe and System
Results for Each Fire Node |
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| Ability
to Subset the Searching Range
of the Fire Flow Analysis |
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| Import/Export |
| ODBC
Support |
Import/Export |
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| Fully
Compatible with Intergraph GeoMedia
and GeoMedia Professional |
Import/Export |
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| EPANET |
Import/Export |
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| Shapefiles |
Import/Export |
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| MID/MIF |
Import/Export |
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| Direct
ArcSDE Support |
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| Geodatabase
Support |
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| Other
Import Formats |
Delimited
Text, Coverages, Excel, Access,
dBase, Lotus, FoxPro |
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| Database
Management |
| Ability
to Add New Attributes |
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| Open
Database Architecture |
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| Ability
to Build/Update Models From Geodatabase
and Geometric Network |
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| Create/Update
Map from Database |
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| Create/Update
Database from Map |
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| Ability
to Graphically Query New Attributes |
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| Sort
Ascending/Descending |
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| Find/Search |
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