Abstract: There is provided a water monitoring and control system including a valve assembly configured to receive fluid outputted from a worksite and recirculate/discharge the fluid based on one or more predetermined conditions. A data acquisition system obtains data indicative in real-time of valve positioning, the flow rate of fluid outputted from the worksite and the incremental volume of fluid outputted from the worksite, with discharge and recirculation flow rates and total discharge and recirculation volumes being determinable therefrom. There is provided a process comprising: discharging/recirculating the fluid based on predetermined conditions; obtaining data in real-time indicative of valve positioning, the flow rate of said fluid upstream of the valve assembly via a flow meter and the incremental volume of fluid passing through the flow meter; and using said data to determine the discharge and recirculation flow rates and the total volume of discharge and recirculation of said fluid.

Abstract: There is provided a real-time water monitoring and control system. The system includes sensors via which water quality, flow and system data is measured. The system includes a rain gauge or a weather application programming interface integration to obtain rainfall data in real-time. The system includes a processor configured to determine in real time whether the rainfall data satisfies a set of one or more predetermined rainfall conditions and in parallel or sequentially, in any order, configured to determine in real time whether one or more of the water quality, flow and system data satisfies a set of one or more of predetermined conditions. If so, the processor is configured to send a signal to activate one or more of a notification, a water flow device and an automated sampling device. The processor sends a signal to deactivate all triggered actions when any of said predetermined conditions is no longer satisfied.