Solutions for data driven operations of water networks
Marseille, a smart and sustainable city
“3 benefits beyond productivity gains:
1. Protecting water quality by avoiding the discharge of macro waste into the sea, transported by rainfall
2. Improve air quality by reducing non-productive travels, for decarbonized operations
Manuel Nivet – General Manager SERAMM
UNHCR deploys a range of sensors to secure drinking water supply in 15 countries: Angola, Bangladesh, Cameroon, Chad, DRC, Iraq, Kenya, Malawi, Nigeria, Tanzania, Uganda, Zambia. This operation is carried out with the support of Greencityzen to provide the connected equipment, the Lora infrastructure, install the whole system, train the local teams to make them autonomous in the operation of the solution and its maintenance in operational condition.
“Greencityzen has deployed a Lora IoT solution for the United Nations (UN) to secure access to drinking water in refugee camps. The implementation of this solution required the deployment of Lora network infrastructure, several hundred sensors and a SaaS platform for monitoring and decision support.”
Water, Sewerage and Sanitation Department, UNHCR Geneva
1001 fontaines deployed over 300 water kiosks in Cambodia. Over the last 15 years, 1001 fontaines has built evidence of their model’s sustainability and impact, leveraging safe drinking water to improve the lives of vulnerable populations.
Greencityzen is empowering 1001 fontaines operations teams with IoT solution to perform remote supervision. The aim is to :
for a long-term contribution to United Nation SDG 6.1 (Sustainable Development Goals)
The city of Firenze (Tuscany, Italy) deployed a complete smart watering system for green spaces. This Smart City project was installed with AXIANS.
The Smart Watering solution has been installed in two of the city’s gardens in december 2018, More details here.
In the first year, the City saved 35% of water and reduced gardener’s trips.
– Labelised Greentech by French government –
– Among 1000 game changer in the world according to “Solar Impulse Efficient Solution” –