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Optimization of water abstraction for industrial applications

We forecast water inflow from the upstream catchment to the plant in order to optimize water abstraction and storage

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Waterjade updates water analytics and forecast to the changing climate

Thanks to our technology, we provide a complete picture of current and future water availability in the catchment area.

Snow monitoring

Snow monitoring at regional scale for SWE quantification and support water resources management.

Short-term inflow forecast

5-day forecasting services of discharge in small and big rivers.   

Seasonal inflow forecast

6-month forecasting services of discharge in small and big rivers.

Consultancy on hydrology

30-year climate projections for the design of new plants and the revamp of old ones.


A predictive model cannot be based on obsolete data

Global warming has changed the hydrological regime of rivers, making historical data obsolete with respect to current conditions.
Basing a forecast on the historical average would thus be highly inappropriate.

Thanks to its innovative technology, Waterjade accounts for changing trends.

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Waterjade is useful for all activities in need of water for daily business:


Prediction error reduced by 50% with respect to conventional methods.

Suitable for any climate, regardless of location, on a global scale.

Tailored according to the hydraulic configuration of the plant.

The service may be daily available in accordance with the chosen plan.

Control over the entire supply chain: from weather forecasts, to satellite data, up to hydrological models.

Different forecast horizons: from real time, to short-term, to seasonal, up to 30 year projections.

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Our Partners

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Supported by

These projects have received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreements No 779790 and No 867843.

This project has indirectly received funding from the European Union’s Horizon 2020 research and innovation programme under REACH Incubator (Grant Agreement no. 951981).

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