Page 60 - Frontier Technologies to Protect the Environment and Tackle Climate Change
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Frontier Technologies to Protect the Environment and Tackle Climate Change




                                 Box 12: The readiness of Singapore’s smart water management system for
                                                  5G connectivity
                                                                175, 176, 177, 178, 179, 180


                          Singapore currently employs a smart water grid and supply management system called
                          WaterWiSe in cooperation with the Public Utilities Board of Singapore (PUB). WaterWiSe
                          provides PUB’s water supply network operations and planning teams with decision-support
                          services, including event detection (leaks, bursts, etc.), hydraulic and other system modelling,
                          operational/valve simulation and as a test bed to support further ongoing research into
                          leak and burst detection. It achieves this by using hundreds of sensors, feeding data into
                          data-analytic tools, that are deployed island-wide to not only detect pipe leaks, but to also
                          monitor the water pressure, flow and quality in the network.

                          The benefits for the city-state are that the system enables real-time remote sensing, ensures
                          faster response times, minimizes disruption to flows, reduces unaccounted water loss, and
                          supports planning and operations through accurate demand prediction and cost savings
                          via energy optimization. The sensors can be seen in Figure 16, along with a few of their
                          deployment destinations and part of the monitoring mechanism in the following Figure 17.


                                           Figure 16: The WaterWiSe multi-sensor probe  [xvi]





















                                     Figure 17: Deployment of the WaterWiSe multi-sensor probe  [xvii]


































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