Sustainable Development Goals

Sustainable Development

The Sustainable Development Goals are at the heart of the United Nations 2030 Agenda. 193 countries, including Switzerland, have adopted the 2015 Agenda. The 17 goals aim to advance sustainable development worldwide at the economic, social and environmental levels, put human dignity at the centre, protect the planet and promote peace and prosperity for all. 

Eawag research for the SDGs (Sustainable Development Goals)

Eawag’s research enables progress towards attaining the 17 SDGs. First and foremost, our work naturally supports Goal 6: clean drinking water and sanitation. However, many research projects also contribute to Goals 2, 3, 7, 11, 12, 13, 14 and 15.

By clicking on the SDG, the goal is explained and projects are shown that contribute to achieving the goal.
 

News Portal SDG

July 17, 2024

July 17, 2024Environmental chemist Joanna Houska has received an award for her doctoral thesis from the German Water Chemistry Society. She conducted her research at Eawag and EPFL, demonstrating both theoretically and experimentally how oxidative water treatment using ozone or chlorine can be more efficiently utilized when there is a precise understanding of the organic substances dissolved in the water to be treated.

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July 9, 2024

July 9, 2024Biodiversity is dwindling rapidly, while measures to protect it are lagging behind the targets. Only one thing can help: utilising scarce resources as efficiently as possible where they are most effective. The “Lanat-3” research project lays the foundation for this with the help of the latest data and AI-supported models.

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July 9, 2024

July 9, 2024The VSA Water Quality Platform and Eawag have analysed the effects to date of the measures taken under the "Action Plan for Risk Reduction and Sustainable Use of Pesticides" on water quality. The number of limit value exceedances has decreased significantly since 2019. Nevertheless, many kilometres of rivers and streams are still contaminated. Pyrethroids pose a particularly high risk to watercourses.

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