Optim'Hydro

Drinking water production and distribution services are operating in an increasingly demanding environment: resources are becoming scarcer, energy costs are rising, carbon reduction is imperative, and water losses must be kept to a minimum. Managers need to adapt their operational strategies while striking a delicate balance between performance, service quality, resilience, and cost control. Optim'Hydro offers a structured, data-driven response to support this transition.
optim'hydro, water, 3d, modelisation

An approach founded on engineering and advanced modelling

Developed by Veolia, Optim'Hydro draws on operational engineering expertise and advanced hydraulic modelling based on genetic algorithms. This approach makes it possible to : 

  • analyse network operations accurately
  • take a multitude of operational constraints into account
  • identify opportunities for optimisation across the entire production and distribution cycle.

Operators therefore gain a clear, practical view that helps them adjust their strategies and improve the overall efficiency of their operations.

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Optimising operational performance

Thanks to this analytical framework, Optim’Hydro makes it possible to:

1.

Launch a sustainable approach to reducing water losses

2. 

Optimise capital expenditure (CAPEX) and operating expenses (OPEX)

3. 

Keep resource usage under control

The tool supports better-informed technical choices, encourages more energy-efficient operations, and contributes to more responsible use of resources.

 

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A proven solution for more resilient networks

Used for over ten years in a wide range of contexts, Optim'Hydro has become a benchmark solution for the design, modernisation, and management of water networks. It turns complex issues into easy-to-understand scenarios, ensures reliable decision-making, and helps teams build networks that are more resilient, higher-performing, and better suited to the challenges of tomorrow.

Optim'Hydro - Pressure optimization