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InfoSewer Load Allocator brings you unprecedented speed,
accuracy, and flexibility for calculating, distributing,
and managing wastewater loads (load factors) in your
sewer network model. The program automatically and reliably
computes and assigns wastewater loads generated by your
various customer categories (e.g., land use and population
characteristics, sanitary service areas, ownership parcel
data), using state-of-the-art geospatial polygon processing
and advanced flow estimating GIS technology. This will
ensure the development and simulation of credible hydraulic
models of your sanitary sewer collection systems. It
considers existing system conditions, future developments
and various planning horizons - an indispensable aid
in staging capital improvement programs.
Load Allocator Fully Supports
ArcGIS Definition Queries
Working with huge data sets as part of your
model build process is no longer an issue. InfoSewer
and all associated Suite Modules now fully support ArcGIS
Definition Queries. This allows master planners and
model builders to quickly use any subset of GIS data
with blazing speed in relation to loading and using
entire GIS data sets. This is especially important in
regards to use of the Load Allocator. In a typical large
system, there may be many thousands and 10's of thousands
of meter records (in the largest cases multiple 100's
of thousands). When water meter records are not available
for a sewer system, it is typical to have ERUs (or Equivalent
Residential Units) to identify Sanitary Sewer flow loads.
Allocating loads for these huge numbers of meters or ERUs
can be extremely time consuming. Using a simple Definition
Query to identify only meters that meet your needs i.e.
either commercial, residential, industrial, and others;
or only ones that match a geographical areas such as each
pressure zone, City A out of a County's worth of meter
data, or other geographical data; are a couple instances
of where this new capability will save hours, days, or
weeks of manipulation of model background data. |
