| Water distribution systems are vulnerable to various
types of contamination. Contamination can occur
due to breaches in the physical, hydraulic and water
quality integrity of the distribution system, or
from intentional acts of contamination. The ability
to monitor the distribution system in real-time
is critical to provide warning against any potential
breaches in sufficient time to effectively respond
and prevent public exposure. Sensors installed at
key locations in the water distribution system could
provide vital warning against contaminant intrusion
events.
InfoWater SLM (Sensor Location Manager)
is the ultimate solution to help you identify
the most effective sensor locations for monitoring
water quality compliance and water supply protection.
InfoWater SLM provides a fully automated
approach to generate solutions for the location
and placement of monitoring stations according
to different objectives and multiple scenarios,
and evaluate and compare their trade-offs. It
has the power to help you save lives, shorten
response time, mitigate a range of risks, effectively
manage disasters, improve customer satisfaction,
and operate more cost-efficiently.
Built atop ArcGIS, InfoWater SLM seamlessly
integrates advanced water network modeling and
statistical analysis with the latest generation
of ESRI GIS technology. The groundbreaking application
provides water utilities with a powerful operational
tool to strategically select critical locations
and placements of monitoring stations. These capabilities
can be used for both regulatory compliance (e.g.,
EPA's Initial Distribution System Evaluation for
Stage 2 DBPR) and detection monitoring. SLM uses
a hierarchical selection process (weighting factors)
coupled with a stepwise approach for monitoring
site location based on water distribution network
characteristics (e.g., eliminate unavailable or
inaccessible locations, junctions of two pipes
of different diameter or material, dead ends,
crosses and tees, locations on transmission pipes);
hydraulic and water quality results (e.g., based
on flow, velocity, pressure, demand, hydraulic
slope, residence time, residual concentration);
and proximity to critical facilities (e.g., supply
sources, schools, hospitals, recreational facilities,
goverment sites, military installations, fire
stations, shelters) and population density. InfoWater
SLM also facilitates quick review of recommended
monitoring sites location and spatial distribution,
allowing engineering judgment to be applied as
the final criteria.
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InfoWater SLM will help
you:
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Quickly identify optimal
monitoring sites |
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Implement an effective (early) contamination
detection/warning system |
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Employ any desired combination
of hydraulic and water quality criteria for
monitoring station site selection |
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Ensure a reliable and efficient sensor installation
strategy |
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Comply with IDSE Stage
2 DBPR |
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Shorten emergency response times |
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Mitigate risk and consequence |
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Manage disaster relief |
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Improve customer satisfaction |
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Provide maximum public health protection |
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Optimize online, real-time
monitoring |
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Get IDSE compliance faster and optimize
online monitoring of your system |
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