Field of application
Optimising drinking water distribution networks with artificial intelligence control
Purecontrol optimizes pumping cycles and storage management. Our predictive technology adapts to water demand, reducing energy consumption while guaranteeing the necessary storage capacity.
Purecontrol predicts the flow rates at the outlet of the storage, assesses the autonomy of the tanks, and activates the most efficient pumping scenario in terms of cost and carbon footprint. This intelligent management, adapted to the constraints specified by the operator, ensures optimized, economical and environmentally friendly water distribution.
Intelligent management of drinking water
Optimization of pumping cycles and storage management
It identifies and activates the most efficient pumping scenario in terms of cost and carbon footprint, while respecting the autonomy constraints set by the operator. This advanced system ensures optimized water distribution, reducing operational costs and environmental impact.
Optimizing cycles
Pumping
Our solution controls water tank pumping cycles to reduce energy costs. Dynamic AI control maximizes pumping during off-peak hours, analyzes performance continuously and prioritizes the use of the most efficient pumps.
Storage Management
depending on demand
Purecontrol's AI algorithms anticipate the demand for drinking water and adjust storage capacity as best as possible. Thanks to the prediction of consumption, we ensure the availability of drinking water by maximizing the efficiency of the network and minimizing costs.
Early anomalies
detection
The Purecontrol system quickly detects leaks and anomalies in drinking water networks. This real-time monitoring improves reliability and reduces maintenance costs.
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Hortense Bret
Head of the Heritage and Foresight division at Eau17
Hypervision solution
Access all the key indicators for monitoring your site in real time, ensuring smooth and serene control of your operation. Benefit from an accurate predictive vision, anticipating future operating hours and providing the associated control instructions.
Ex. Management of optimized pumping cycles according to drinking water demand, energy prices and pump efficiency.
Benefit from multi-objective predictive management:
Power disaggregation
Purecontrol makes it possible to obtain the energy profile of each equipment without a sub-meter, then to continuously monitor their consumption and efficiency.
Predictive maintenance
Detect anomalies in equipment behaviour early to anticipate failures and alert operators before any impact on the system or production continuity.
Generation of soft sensors
When sites are not equipped with adequate probes, we develop virtual sensors based on available data, offering at a lower cost a reliability that is almost equivalent to a direct measurement.
Maximizing self-consumption
Purecontrol analyzes and predicts energy production on site (solar, biogas, etc.) and controls equipment to maximize self-consumption.
Energy mix and decarbonization
To reduce the carbon impact of your energy consumption, Purecontrol plans management by focusing on low-carbon periods.
Process prediction
Our ability to predict the evolution of processes allows us to finely regulate the start-up of equipment, and consumption (water, reagents, biological inputs, etc.)
Stabilization of quality
While the default settings are often static and excessively cautious, our ability to predict and control allows us to obtain optimal quality and regulatory compliance without excessive consumption.
Taking into account external data
Weather, energy prices, carbon intensity of electricity supplied by the network,... We adjust the control as close as possible to your constraints.
Holistic and contextual management
Our algorithms are designed to take into account influencing factors external to the site or to the controlled processes, such as: multi-site load management, demand fluctuation, or the realization of arbitrations.
Get in touch with our team
Discover Purecontrol's efficiency in action. Let's discuss your project and develop a personalized strategy to enhance your environmental and economic performance.
