Department Environmental Chemistry

Contaminant fate processes

We study the presence, fate and behaviour of organic contaminants in natural and treated waters with currently two main focuses. First, we improve and apply target and non-target analysis using high resolution mass spectrometry to obtain a more comprehensive picture of contamination in aquatic environments and to characterize natural and technical elimination processes. Secondly, we study uptake and biological transformation of contaminants in aquatic organisms to better understand the effects on the organisms.

Contact

Prof. Dr. Juliane Hollender Senior scientist / Group leader +41 58 765 5493 Send Mail

Publications

The publications are available on DORA. 

Team

Lena Aisch PhD Student +41 58 765 6421 Send Mail
Birgit Beck Technician +41 58 765 5316 Send Mail
Dr. Steven Chow Scientist +41 58 765 5665 Send Mail
Benedikt Lauper PhD student +41 58 765 6498 Send Mail
Dr. Giulia Martella Postdoctoral scientist +41 58 765 6845 Send Mail
Dr. Johannes Raths Postdoctoral scientist (he/him) +41 58 765 5739 Send Mail
Clarissa von Au PhD Student +41 58 765 5482 Send Mail
Dr. Helen Sepman Postdoctoral Scientist +41 58 765 5348 Send Mail
Lukas Schenker Master student +41 58 765 6474 Send Mail
Yuki Torigata Visiting PhD student +41 58 765 5988 Send Mail
Lucia Duran Master student +41 58 765 5317 Send Mail

Current projects

...applies the analysis of DNA adducts to distinguish environmental genotoxic exposure from endogenous biological processes in invertebrate systems. ...

DNA Adductomics for Integrated Environmental Exposure Assessment
PARC aims to adapt chemical risk assessment to the opportunities and needs of the 21st century.

EU PARC - Assessment of Risks from Chemicals
Advancing bioaccumulation science for organic contaminants in aquatic systems: The impact of receptor binding, temperature, and uptake pathways...

Advancing bioaccumulation science
PFAS during wastewater treatment

Occurrence of PFASs in Swiss Wastewater Treatment Plants
by Suspect and Non-Target Screening in WWTPs and their Abatement during Wastewater Treatment

Identification of Pharmaceutical and Synthetic Antioxidant Metabolites
Internal body concentrations are the driver of toxicological effects....

Bioaccumulation in chemical risk assessment
PPP in karst: Concentration dynamics

Pollutant dynamics in karstic hydrogeological settings
Identification and quantification of species in the vast and diverse universe of organic micropollutants is a daunting challenge for environmental sciences...

EXPECTmine
Previous studies monitoring micropollutant concentrations in aquatic invertebrates revealed tissue concentrations of many compounds to be substantially higher than predicted from models...

Bioaccumulation and biotransformation processes of polar organic pollutants in aquatic invertebrates - Linking exposure and effects

Terminated projects

In order to obtain a more comprehensive picture of the contamination of Swiss groundwater with polar organic micropollutants...

Suspect and non-target screening in Swiss groundwaters

Bioaccumulation of organic pollutants
Site-specific chemical and bioassay monitoring of micropollutants (MPs) are desirable, but the large number and diversity of MPs, and the cost and technical issues of measuring them, make the exposure assessment challenging

Dynamic linkages
SOLUTIONS for present and future emerging pollutants in land and water resources management

SOLUTIONS
A contemporary view of rivers recognizes them as having multiple vertical and lateral flow paths serving as bidirectional links to the surrounding landscape...

HypoTRAIN
EXPOsure of aquatic ecosystems to antifungal aZOLes : assessment of occurrence and fate in sediment, water and aquatic organisms

EXPOZOL
Identification of transformation products and assessment of environmental relevance

Biotransformation in freshwater algae