Precision technologies for a more efficient and sustainable water network.
The management of water networks requires constant monitoring to identify and solve problems related to leaks and infiltrations. Aquanexa offers an advanced water leak and parasitic water detection service designed to support network operators in reducing waste and improving operational efficiency.
Through innovative and non-invasive technologies, such as electro-acoustic methodologies, correlation techniques, tracer gases, we are able to detect invisible leaks, parasitic water infiltration or illegal discharges that compromise the performance of the network.
Our approach combines the use of advanced sensors, real-time data analysis and modeling tools to quickly identify critical issues and propose targeted interventions.
Thanks to this service, network operators can not only reduce supply and maintenance costs, but also preserve an essential resource such as water, contributing to a more sustainable and responsible management model.
Application areas
Extended water
Gas
District heating
Waste
Infrastructures
Smart cities
AgricultureFor info
CONTACT US
Cost savings
Reduction of unaccounted water losses and containment of operating costs.
Environmental sustainability
Conservation of water resources and reduction of waste.
Advance planning
Early identification of critical issues to reduce emergency interventions and unexpected expenses.
Operational efficiency
Optimisation of the performance of the water network and improvement of the quality of the service.
Advanced acoustic technologies
Sensors capable of detecting vibrations and noises generated by leaks, even in the deepest and most complex networks.
Pressure and flow analysis
Techniques for identifying imbalances in the network that signal the presence of leaks.
Non-invasive methodologies
Approaches that minimize the impact on day-to-day operations and infrastructure.
Multispectral monitoring
Infrared and thermography systems to detect changes in temperature or humidity related to hidden leaks.
Parasitic water detection
Dedicated tools to identify seepage that overloads drainage networks.
Digital analysis platforms
Integrated systems for data collection and processing, with the possibility of real-time visualization.