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Overview To reliably deliver water on-demand, with high flow rates to all farmers equally is a real challenge. Without accurate and real-time measurement of flow or the ability to make frequent changes to manual regulating gates, it’s just plain hard. And then add unknown leakage and seepage, unexpected weather, long canal networks, other stakeholders like hydro-electric generation or the environment and simple human error. It’s more of an art than a science. Rubicon’s solution is simple to install and quick to get up and running. The solution includes replacing check gates along the canal with FlumeGates, installing a radio network to enable gate-to-gate communication, deploying a remote management and telemetry system called SCADAConnect ® and using the canal network control software called NeuroFlo ®.

All of the regulating gates along the length and breadth of a canal system are coordinated so that water levels remain stable while just the amount of water needed by farmers is supplied from the dam or river. The canal system behaves with nearly the same responsiveness and efficiency as a pipe but without the high cost of piping. Unpredictable water levels and potential shortages of water in the canal become a thing of the past, even at the far downstream end of the distribution network where control problems are usually magnified.

Gone too is the unnecessary spilling of water in excess of that used by farmers through the tail escape, or the unnecessary expense of balancing storage to recirculate water. Detail Rubicon's Network Control solution brings together FlumeGates, a radio network to enable gate-to-gate communication, a remote management and telemetry system called SCADAConnect and canal network control software called NeuroFlo.

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These components operate together, passing level and flow information along the length of the canal ensuring a coordinated response right up to the dam or pumping station. Any increase in water extraction anywhere in the system (including leaks and evaporation) can be supplied by all the FlumeGates opening the right amount. Any reduction in extraction (including local rainfall and irrigation rejections) results in FlumeGates closing along the canal, effectively storing the water for later use. FlumeGates are installed at regulating structures in series along the canal. The FlumeGate’s overshot design (meaning water flows over like a weir) and precision motor control provides fine control of the flow through the gate.

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Radio communications The FlumeGate's integrated data radio communication system enables each FlumeGate to send information to its adjacent FlumeGate. The gate-to-gate communication means much faster response because long distance transmissions to the control center are unnecessary. It also provides redundancy because the network solution operates even in the event of a temporary failure in communications back to the control center. When a FlumeGate receives flow and level information from its neighbor or from an offtake, the NeuroFlo software determines the response. NeuroFlo determines by how much the FlumeGate should open or close, by how much it should increase or decrease flow to supply water flowing out and to keep water levels at the desired level. & The SCADAConnect software constantly monitors canal operation to alert human operators to any potential abnormal behavior.