HYDROVALUE unlocks the hidden energy inside every aqueduct. From pressure control to power generation — cutting costs, cutting CO₂.
Hydrovalue is an Italian deep-tech startup that integrates engineering, R&D, industrial manufacturing, installation, maintenance, permitting, and energy management into a single streamlined platform.
The company has developed the patented NYA Series—the world’s first industrial line of fully regulated inline turbines for pressurized water networks. Designed to replace conventional pressure reducing valves (PRVs), NYA turbines provide continuous hydraulic control while recovering excess pressure as certified renewable electricity.
Each unit combines a variable-pitch runner, adjustable guide vane ring, and variable-speed alternator, enabling precise hydraulic modulation across wide flow and head ranges. This architecture maintains optimal efficiency and stable pressure regulation under all operating conditions.
Thanks to its standardized and modular design, the NYA Series ensures consistent performance and reliability across diverse network topologies and geographies—transforming traditional water infrastructures into active, distributed energy assets.
Water networks operate under universal hydraulic principles, making Hydrovalue’s NYA technology inherently scalable and globally applicable. Validated through real-world installations, it delivers consistent efficiency and reliability across diverse operating conditions—establishing the NYA platform as the next-generation standard for distributed hydropower within water infrastructures worldwide.
Hydrovalue brings the first industrially produced line of inline turbines for water networks. Installed in place of PRVs, each NYA turbine regulates pressure continuously—even under backpressure—while generating certified electricity. Hydraulic stability and renewable power are delivered in one compact system.
Each turbine combines a precision runner, an adjustable vane ring, and a variable-speed alternator. Continuous modulation across wide flow and head ranges keeps efficiency high and pressure under control. When duty points fall at the limits, turbines can be combined, ensuring no range is left uncovered.
Do you want to evaluate the return on your network? We provide potential analysis, sizing, and a custom economic model.