Water Management
Efficiency in the supply chain
Modernise water management to minimize losses, cut energy costs, and protect this essential resource for generations to come.
An integrated approach to energy efficiency would not be complete without considering other city infrastructures, such as water management, particularly supply systems that show high levels of water loss.
The volume of water lost in supply systems results in significant energy losses, which can be mitigated through the digitalization of the distribution network. Saving water—beyond being essential, as it is a scarce resource—also means saving energy.
Benefits
Saving water as an energy efficiency measure
The digitalization of the water supply network is made possible through IoT sensors, supported by artificial intelligence systems, which detect and monitor leaks in real time, enabling proactive and systematic action.
Reduction in treated water waste, reduction in energy consumption, reduction in CO2 emissions
Water abstraction, treatment, and distribution is a process that requires a large amount of energy, with a significant carbon footprint that has a direct impact on climate change. The digitalization of the network through IoT sensors, combined with Artificial Intelligence, makes it possible to prevent and reduce water waste, thereby maximizing efficiency in managing this resource.
Active and systematic monitoring of water losses
Active loss control enables faster detection and response in repairing identified points.
Greater accuracy in validating suspicious points
Obtaining accurate and reliable real-time data on the state of the supply network, combined with automatic analysis through artificial intelligence, enables faster action in resolving issues.
Your partner in building smarter cities
27
54
81
108
135
163
M
Water waste in the supply network (m3)
4
9
14
18
23
28
%
Annual water losses
10
21
32
43
54
65
Olympic swimming pools wasted daily
Our Process
A smarter process for smarter cities
We have implemented IoT-based technology, carrying out the digitalization of the water supply network, supported by an artificial intelligence system that detects and monitors leaks in real time. This enables proactive and systematic actions to prevent and reduce water waste, thereby maximizing the efficiency of water resource management.