Sustainably manage natural resources through the circular economy
Generate turnover of over €3.8 billion related to the circular economy.
In 2017 Veolia generated a turnover of 4.4 billion euros related to the circular economy.
Veolia deploys solutions that combine technology, moderated use and improved efficiency to conserve resources, both in the exercise of its own activities and on behalf of its customers.
• Reducing raw material consumption by recovering waste
Veolia is firmly committed to recovery and recycling, in particular by developing energy and organic recovery systems for the waste it receives for treatment. The overall recovery rate (including hazardous waste) of all the waste treated by Veolia (almost 46.5 million tons) reached 65% in 2017.
• Reducing the water footprint
Veolia has developed technical solutions to help its customers control their use of water resources. The Water Impact Index (WIIX) is a water footprint indicator enabling decision-makers (businesses and local authorities) to make decisions about their water resource management and use. It applies as much to public water and sanitation services as to industry and can be combined with the True Cost of Water tool which financially evaluates water associated risk.
• Minimizing losses in water distribution networks
In many cities round the world, distribution network leaks account for a significant proportion of the water lost. Conscious of this problem, Veolia has made leak reduction a priority. Leak detection and repair and loss reduction programs are offered to our customers and other levers are used – such as more efficient metering and optimized network pressure management.
• Developing water recycling
Saving primary natural resources is also about developing alternative resources, such as recycling treated wastewater. In 2017, the volume of wastewater recycled by Veolia increased by 103% compared to 2011.
• Reducing raw material consumption through recycling
Veolia is firmly committed to recovery and recycling, in particular though the development of waste treatment systems that recycle or recover materials, energy and organic waste.