Wastewater
Funding for the Sustainable Waste-based Insect Farming Technologies Project
Research
Eawag
Black Soldier Flies and the transformation of organic waste into marketable products has been a main research area of the Municipal Solid Waste Management group at Eawag for more than 12 years. Now, the Sustainable Waste-based Insect Farming Technologies project has received funding from the Swiss National Science Foundation and the Swiss Agency for Development and Cooperation.
Producing bioplastics from wastewater
Research
Eawag
Wastewater treatment plants can do more than just treat wastewater. In the future, they should also recover resources. One approach that researchers at Eawag are pursuing, is the conversion of organic carbon contained in wastewater into bioplastics with the help of bacteria.
Optimising nitrogen removal from wastewater
Research
Eawag
Too much nitrogen continues to enter many water bodies, negatively impacting ecosystems and human health. The anammox process co-developed by Eawag can make an important contribution to reducing outputs from wastewater treatment plants and also saves energy and resources. It has now been further optimised by researchers at Eawag.
The Swiss water turnaround: wait and see or take a proactive approach?
Politics
Eawag
New technologies in the water sector can contribute to the flexible and sustainable development of urban water management and the sustainable utilisation of water as a resource. In a recent article in the journal Aqua & Gas, a team of researchers from the aquatic research institute Eawag shows what opportunities and risks are associated with this.
Monitoring antibiotic resistance in wastewater
Research
Eawag
Researchers at Eawag recommend setting up a monitoring system for antibiotic resistance in the synthesis report of the National Research Programme NRP 72 Antimicrobial resistance, similar to the wastewater monitoring for Sars-CoV-2.
Award for the Water Wall
TechTransfer
Eawag
The “Water Wall” developed by Eawag researchers recycles handwashing and toilet flushing water in a closed cycle and can therefore be used in regions with scarce water resources or those without water and wastewater networks. Now the project has been awarded the Mülheim Water Award.
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