Design in H2OMAP Sewer and InfoSewer
STEADY STATE DESIGN
A sanitary sewer collection system has basically two main functions: to convey the designed peak discharge and to transport solids so that deposits are kept to a minimum. It is imperative, therefore, that the sanitary sewer has adequate capacity for the … Read the rest
Steps to Import data into InfoSewer Using GIS Gateway
Here are the steps from the beginning for importing data into InfoSewer:
| Make a new InfoSewer Model and add in the layers you want to import |
| Initialize the InfoSewer Arc Map to the Coordinates of the Layers you have added |
| Look |
Innovyze InfoSewer vs InfoSWMM and H2OMap SWMM vs H2OMap Sewer
A short comparison of the features in infoSWMM and infoSewer. Many of the same rows apply to H2OMap SWMM and H2OMap Sewer.
| Feature Class | Feature | InfoSewer | InfoSWMM |
| Base Functionality | Conservative Solution as an option |  |
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| Public domain engine |  |
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| Calibrate model to |
There are two ways data can be imported into . The first is to import data as a background map to InfoSewerH20Map Sewer while the second is to import data that will become an InfoSewerH20Map Sewer element (pipe, pump, manhole, wet well).
Click … Read the rest
H2OMAP Sewer’s Compare Scenario command allows the user to monitor the differences between any two scenarios in a model.
To compare two scenarios, from the Scenario menu, select Compare Scenarios. The following dialog box will be displayed:
Scenario #1 - The … Read the rest
H2OMAP Sewer provides seven options for sewage quality analysis in conjunction with a hydraulic simulation. The purpose of the quality model is to simulate loading, buildup and washoff, and transport of various water quality constituents resulting from domestic, commercial, and industrial wastes.… Read the rest
InfoSewerH20Map Sewer Pro tracks the movement of wastewater flowing through the network over an extended period of time under varying wastewater loading and operating conditions. The extended period simulation (EPS) model implemented in InfoSewerH20Map Sewer Pro is a fully dynamic … Read the rest
The following report types are available from the Output Report Manager. Choose a report for more information:
| Steady State Analysis | Steady State Design | EPS |
| Static Loading Manhole Report | Pipe Design Report | EPS Loading Manhole Report |
| Static Chamber Manhole Report | EPS Chamber Manhole Report | |
| Static Outlet Report |
Rain Barrel LID Control for InfoSWMM and InfoSWMM Sustain w/ SWMM5
This is an introduction along with images of the LID Control and data require3ments in InfoSWMM. Every InfoSWMM Control uses from one to 5 layers of data - each with different data requirements. You can use the Siting Manger … Read the rest
Utilizing LID controls within a project is a two phase process that:
1. creates a set of scale-independent LID controls that can be deployed throughout the study area,
2. assigns any desired mix and sizing of these controls to selected Subcatchments.
Bear … Read the rest
Run InfoSWMM Sustain for ICM SuDS and SWMM 5 LID’s
The Optimization takes place after either you create the LID Candidates using the Siting Manager, Createthe LID's yourself on the Map or import the LID's from InfoSWMM. The optimizer as shown in the following image Minimizes Cost and Maximizes the … Read the rest
LID Output Tabular Reports (Time Series Report) for InfoSWMM and InfoSWMM Sustain
The LID Report in Output Report Manager lists the LID pathway values for individual timesteps for each LID Control on every Subcatchment for these parameters:
1. Surface Inflow normalized to the area of the LID Control in units … Read the rest
LID Graphs n InfoSWMM and InfoSWMM Sustain w/ SWMM5 LID
The LID Graphs in Output Report Manager graphs the LID pathway values for individual timesteps for each LID Control on every Subcatchment for these parameters:
1. Surface Inflow normalized to the area of the LID Control in units of inches/hour … Read the rest
LID Placement for Controls in InfoSWMM and SWMM5 w/ InfoSWMM Sustain
There are two different approaches for placing LID controls within a Subcatchment:
LID Controls are low impact development practices designed to capture surface runoff and provide some combination of detention, infiltration, and evapotranspiration to it. They are considered as properties of a given Subcatchment, similar to how Aquifers and Snow Packs are treated. … Read the rest
In InfoWorks ICM 6.5 and later the SWMM 5 LID Controls were added to the Subcatchment Grid of ICM. Here is a copy of the ICM Help File. The LID Controls are entered in the Subcatchment Grid (1), in the SuDS or LID Tab (2), it … Read the rest
The LID Usage Editor is invoked when the LID Usage Icon of a Subcatchment is selected for editing. It is used to identify a group of previously defined LID controls that will be placed within the Subcatchment, the sizing of each control, … Read the rest
In the past few years, advances in infrastructure management technology have been occurring at an accelerated pace. This technology is now being realized within the context of sanitary and storm sewer modeling. It has allowed sewer collection system modeling applications to seamlessly integrate with GIS productivity … Read the rest
