Banque des Territoires

Aquassay is a water management services provider located in Le Palais-sur-Vienne, France. The company focuses on enhancing the industrial and environmental performance of water usage, encompassing supply, production, and discharge processes. By employing advanced real-time data analysis, Aquassay promotes water efficiency in both industries and urban settings. Their approach aims to optimize water use and treatment, reducing consumption and waste at the source. Aquassay assists clients in identifying areas for improvement and potential risks, offering tailored action plans to enhance water management practices.

Leakmited is a company based in Carrières-sur-Seine, France, that specializes in water infrastructure management solutions. Founded in 2019, it utilizes satellite imagery and artificial intelligence to develop technology for detecting leaks in water pipes. The company's services include the collection and analysis of clients' geographical information systems, which detail infrastructure locations and historical data on breakdowns and leaks. By identifying existing leaks and predicting potentially problematic pipes, Leakmited aims to reduce non-revenue water, thereby helping clients improve their water management efficiency and minimize losses.

Acwa Robotics is a company focused on developing amphibious autonomous devices aimed at enhancing the management of clean water infrastructures globally. Its innovative products offer precise mapping of water pipes in both rural and urban settings, allowing clients to assess the condition of these pipes effectively. This capability supports clients in planning maintenance activities and implementing leak prevention strategies, ultimately contributing to more efficient water management systems.

Telaqua is a developer of an innovative irrigation technology platform focused on optimizing water consumption in agricultural practices. The platform utilizes advanced technologies to enhance water management by transmitting operational data, assessing the health of irrigation installations, and efficiently managing irrigation schedules. By detecting anomalies, the system enables farmers to ensure that each plant receives the appropriate amount of water tailored to specific sectors or crop types. This approach not only conserves water but also streamlines the irrigation process, ultimately saving time and resources for farmers.