## Veolia is applying its cutting-edge expertise in the water business to the detection and treatment of all forms of water pollution, including micropollutants like endocrine disruptors and drug residues. ## Making water perfectly clean and safe A glass of water is not always as harmless as it appears. Though drinking water production reached extremely high-quality levels during the 20th century, unwanted residues may still be found in water, especially after domestic or industrial use. And from inconspicuous sources, for example from freshening or washing clothes. These micropollutants are invisible to the naked eye, but their toxicity can pose a risk to human health. Though it is difficult to measure the impact of these molecules on health and the environment, Veolia is taking a proactive stance on the subject, designing and promoting expert 360-degree water treatment solutions. From analyzing water to detecting and eliminating micropollutants, the Group is developing innovative technologies and apparatus to meet the challenge of improving water quality for towns and cities, and in industrial and commercial applications. ![](/sites/g/files/dvc2661/files/styles/media/public/image/2021/04/Affiche-glass.jpg.webp?itok=BcVwX0iS) **REAL-WORLD EXAMPLES** **•** In DENMARK’s second city, Aarhus, Veolia is part of the experimental project MERMISS, which is dedicated to the treatment of highly active pharmaceutical products in wastewater from hospitals. **•** In FRANCE, Veolia launched [Vigie Covid-19](https://www.veolia.com/en/news/veolia-expanding-its-vigie-covid-19-offer-and-quantifying-sars-cov-2-variants-wastewater-first "Veolia is expanding its VIGIE COVID-19 offer and quantifying SARS-CoV-2 variants in wastewater: a first in France"), a solution designed to help local authorities anticipate the epidemic’s progression in their areas, using the PCR method to detect the SARS-CoV-2 coronavirus in wastewater. **95%** of residues from medicines used by hospital-at-home patients are found in municipal wastewater **250,000** residents supplied with “Zero pesticide/pollutant” water in the Artois Douaisis area **90%** of drug residues in municipal wastewater can be eliminated (MERMISS Project, Denmark) ## A multifaceted performance creating high-impact solutions for all Ecological transformation also means looking beyond economic and financial performance alone to work on environmental, social, commercial and human resources performance. Multifaceted performance means achieving the perfect balance between all these factors, which for us form an indivisible whole. ![](/sites/g/files/dvc2661/files/styles/default/public/image/2021/04/transeco-rouebleuedesktop-292x279-FR.png.webp?itok=1gLCV-ej) ### Our human resources performance Increasing skills; developing innovative expertise and know-how ![](/sites/g/files/dvc2661/files/styles/default/public/image/2021/04/transeco-roueorangedesktop-292x279-FR.png.webp?itok=kgFtjp8a) ### Our social performance Reducing health risks ![](/sites/g/files/dvc2661/files/styles/default/public/image/2021/04/transeco-rouevertedesktop-292x279-FR.png.webp?itok=RjUNwiuf) ### Our environmental performance Improving water quality; protecting biodiversity ![](/sites/g/files/dvc2661/files/styles/default/public/image/2021/04/transeco-rouerougedesktop-292x279-FR.png.webp?itok=_WNYiLb4) ### Our commercial performance Optimizing evaluation and management of health and environmental risks ![](/sites/g/files/dvc2661/files/styles/default/public/image/2021/04/transeco-roueviolettedesktop-292x279-FR.png.webp?itok=1DPoYPrK) ### Our economic and financial performance Revenue growth and increased investment capacity --- ## Our other actions [ ![](/sites/g/files/dvc2661/files/styles/content_push_teaser/public/image/2021/04/transeco-vignetteorangeT9-300x230-EN.png.webp?itok=JH5C_bQT) ](/en/converting-peelings-new-resources "Converting peelings into new resources") [Converting peelings into new resources](/en/converting-peelings-new-resources "Converting peelings into new resources") [Read more](/en/converting-peelings-new-resources "Converting peelings into new resources") [ ![](/sites/g/files/dvc2661/files/styles/content_push_teaser/public/image/2021/04/transeco-vignettemaskT2-300x230-EN.png.webp?itok=DzrMvYbp) ](/en/transforming-all-types-waste-resources "Transforming all types of waste into resources") [Transforming all types of waste into resources](/en/transforming-all-types-waste-resources "Transforming all types of waste into resources") [Read more](/en/transforming-all-types-waste-resources "Transforming all types of waste into resources") [ ![](/sites/g/files/dvc2661/files/styles/content_push_teaser/public/image/2021/04/transeco-vignettebubbleT4-300x230-EN.png.webp?itok=Y1LtQtFd) ](/en/transforming-wastewater-drinking-water "Transforming wastewater into drinking water") [Transforming wastewater into drinking water](/en/transforming-wastewater-drinking-water "Transforming wastewater into drinking water") [Read more](/en/transforming-wastewater-drinking-water "Transforming wastewater into drinking water") [ ![](/sites/g/files/dvc2661/files/styles/content_push_teaser/public/image/2021/04/transeco-vignettemetalsT6-300x230-EN.png.webp?itok=WLxVYYBk) ](/en/processing-end-life-electrical-waste "Processing end-of-life electrical waste") [Processing end-of-life electrical waste](/en/processing-end-life-electrical-waste "Processing end-of-life electrical waste") [Read more](/en/processing-end-life-electrical-waste "Processing end-of-life electrical waste") [ ![](/sites/g/files/dvc2661/files/styles/content_push_teaser/public/image/2021/04/transeco-vignettewasteT8-300x230-EN.png.webp?itok=4az1Tedr) ](/en/transforming-mass-consumption-waste-raw-materials "Transforming mass-consumption waste into raw materials") [Transforming mass-consumption waste into raw materials](/en/transforming-mass-consumption-waste-raw-materials "Transforming mass-consumption waste into raw materials") [Read more](/en/transforming-mass-consumption-waste-raw-materials "Transforming mass-consumption waste into raw materials") [ ![](/sites/g/files/dvc2661/files/styles/content_push_teaser/public/image/2021/04/transeco-vignetteplantT1-300x230-EN.png.webp?itok=0BXy1A5-) ](/en/capturing-co2-and-replenishing-soil "Capturing CO2 and replenishing the soil") [Capturing CO2 and replenishing the soil](/en/capturing-co2-and-replenishing-soil "Capturing CO2 and replenishing the soil") [Read more](/en/capturing-co2-and-replenishing-soil "Capturing CO2 and replenishing the soil") [ ![](/sites/g/files/dvc2661/files/styles/content_push_teaser/public/image/2021/04/transeco-vignettecarT3-300x230-EN.png.webp?itok=OPPbhFiK) ](/en/generating-renewable-energy-biomass "Generating renewable energy from biomass") [Generating renewable energy from biomass](/en/generating-renewable-energy-biomass "Generating renewable energy from biomass") [Read more](/en/generating-renewable-energy-biomass "Generating renewable energy from biomass") [ ![](/sites/g/files/dvc2661/files/styles/content_push_teaser/public/image/2021/04/transeco-vignettetomatoT5-300x230-EN.png.webp?itok=9mUC_zZ5) ](/en/recycling-water-crop-irrigation "Recycling water for crop irrigation") [Recycling water for crop irrigation](/en/recycling-water-crop-irrigation "Recycling water for crop irrigation") [Read more](/en/recycling-water-crop-irrigation "Recycling water for crop irrigation") [ ![](/sites/g/files/dvc2661/files/styles/content_push_teaser/public/image/2021/04/transeco-vignettetabletT10-300x230-EN.png.webp?itok=ggWiYXzy) ](/en/optimizing-energy-efficiency-buildings "Optimizing energy efficiency in buildings") [Optimizing energy efficiency in buildings](/en/optimizing-energy-efficiency-buildings "Optimizing energy efficiency in buildings") [Read more](/en/optimizing-energy-efficiency-buildings "Optimizing energy efficiency in buildings")