Real-Time Network Integrity & Performance Monitoring
REAL-TIME NETWORK HYDRAULIC INTEGRITY MONITORING
Innovyze has developed PressureWatch to enable water utilities to monitor and assess the help them identify network performance problems as they occur and narrow down their locations. It also empowers water utilities to foresee and pre-empt future network hydraulic integrity breaches.
PROACTIVE NETWORK MANAGEMENT
The primary strength of PressureWatch is its ability to monitor and tank level) and identify potential anomalies fast enough to permit effective responses aimed at lessening or avoiding adverse public health and economic impacts. It makes the hydraulic integrity of the distribution system constantly visible through continuous monitoring and assessment of network hydraulic dynamics. PressureWatch enables water utility operators to compare hydraulic data against prescribed performance requirements (e.g., minimum and maximum identifying abrupt changes that fall outside normal operating ranges and the onset of anomalous hydraulic incidents they can evaluate and act on. For example, objectionably low pressures, caused by failure of a pump or valve, may lead or, in extreme cases, intrusion of potentially contaminated water. Objectionably high pressures will intensify wear on additional leaks or breaks with subsequent repercussions direction) within the water distribution system as a result of sediments, tubercles and scales off the interior pipe walls,
proactive network management that ensures both a reliable water supply and safety and security for all consumers. A mass balance for each pressure zone can also be quickly revenue) water.
Hydraulic Integrity Assurance System Smart Water Network Monitoring (Sensors, SCADA)
Intervention & Decision
(Identify and quantify breaches in network hydraulic integrity, e.g., abrupt pressure reduction, rapid tank level drops or flow increases)
Network Model Real-Time Alarm Collect and Analyze Pressure/Flow/Tank Level Data
(Use advanced on-line, self-learning predictive algorithms to model expected network hydraulic conditions)
Remedial Action / Intervention Plan
(Operator locates breaches and alerts field crews and affected customers)
Visualization & Assurance
(Visualize breaches in network hydraulic integrity and screen out false alarms)
(Repair and restart water flow)