Environmental technology

Demonstrator of a mobile measuring gun with luminescent carrier foil.
© Fraunhofer IST, Falko Oldenburg
Demonstrator of a mobile measuring gun with luminescent carrier foil.

Challenges arising through anthropogenic environmental damage and climate change

The environmental sector is being confronted with the growing challenges of climate change, environmental pollution and the consequential need for sustainable process chains and materials, as well as increasing digitalization. Prompt developments in technologies and strategies for coping with environmental damage and climate-change impacts are necessary in order to mitigate the resulting effects on future social and economic development.

Sustainable solutions for clean water, soil and air

Within the framework of the water, energy and food-security nexus, the Fraunhofer IST is developing, in interdisciplinary teams, sustainable processes and systems for water treatment and disinfection. We use diamond electrodes in order to generate highly effective oxidants in the water which can eliminate trace substances or prevent the formation of biofilms. With diamond-like carbon coatings, we protect the surfaces of valves or heat exchangers in the chemical, pharmaceutical and food industries against fouling. Our electrochemical systems generate ozonated water in order to combat soil-borne pests or plant parasites without additional chemicals, thereby increasing crop yields. Furthermore, we utilize photocatalysts for water and air purification and evaluate their effectiveness in the laboratory as well as in the field.

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Our main focuses and expertise in the field of environmental technology

 

Technology

Photo- and electrochemical environmental technologies

 

Technology

Photocatalytic measurement technology

 

Expertise

Diamond electrodes for disinfection

Selected reference project

 

Reference project

Drinking water treatment with diamond electrodes

Further information

 

From research

Model calculations for the degradation of nitrogen oxides by means of photocatalysis