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The project is developing a cost-effective tool for measuring PFAS concentrations in soil. The aim is to promote sustainable land use through improved decision support, standardised methods, and guidance for professionals working in planning.

Projektet utvecklar nya metoder för storskaliga växthusgasflödesmätningar med drönare, för att noggrant kvantifiera flöden av metan, lustgas och koldioxid. Detta möjliggör bättre bedömningar och reglering av klimatkänsliga utsläpp från landskap.

The project maps how halogenated organic compounds, naturally occurring yet sometimes harmful, spread through food. The aim is to understand the extent of exposure and potential health effects.

The project develops new methods to improve the validation of greenhouse gas models and assessments. The focus is on creating cost-effective, mobile, and high-resolution methods for measuring greenhouse gas fluxes and land use.

A lab in Tema Building houses a slightly different form of mushroom cultivation. The person responsible for this is Amanda Selinder. The result will be part of the artistic design of Corson, to be completed in 2027.

This project develops environmental chemistry modules for high schools. With audio, video, exercises, and experiments, it helps students and teachers explore chemicals’ role in society and environmental issues.

Is waste incineration a source of PFAS in the environment? This project examines how effectively PFAS breaks down during municipal incineration and whether new compounds form.

Radioactive chlorine is part of the waste from nuclear power plants. It has a long half-life of 300 000 years, is highly mobile and bioavailable. In cooperation with e.g. French Nuclear Safety Authority, we examine the chlorine cycling in nature.

Littoral zones influence carbon sequestration and greenhouse gas emissions but are often overlooked. This project integrates them into lake carbon budgets using advanced measurement and modelling techniques.

Next-2Digits develops integration technologies for 2D materials in photonic and optoelectronic circuits. The project enhances performance and cost-efficiency in optical sensors while boosting European innovation through scalable manufacturing.