Current research – Applied knowledge

GREENER – Detection of endocrine disruptors

The environmental monitoring of potentially hazardous substances such as chemicals or pharmaceuticals is of great public interest, particularly in the fields of aquaponics and fisheries, as excessive hormone intake can lead to reproductive disorders. However, comprehensive measurement in areas such as rivers, wastewater, and sewage treatment plants is a significant challenge and is therefore only carried out in cases of suspected contamination. The necessary measurement technology for detecting such substances at concentrations of ng/L is currently only available in laboratories.

The GREENER project is the first to develop and provide a non-dispersive spectrometer technology as a nano-(opto-)electronic system with an electrically pumped single-photon source and a highly efficient single-photon detector.

Funded by the European Union. However, the views and opinions expressed are solely those of the author(s) and do not necessarily reflect those of the European Union or the European Health and Digital Executive Agency (HADEA). Neither the European Union nor the granting authority can be held responsible for them.

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TreeMon – Tree monitoring

An autonomous sensor node detects sound emissions in standing trees and enables precise monitoring of vitality, drought stress and pest infestation – for fruit growing, forestry and urban greening, among other applications.

A joint research project within the initiative “Digital GreenTech 2” of the German federal ministry of education and research TreeMon: Entwicklung eines autonomen Schallemission-Sensorknotens für das Zustandsmonitoring von stehenden Bäumen.

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GreenPeg – Tools for european pegmatite deposits

Development of a toolset for identifying strategic raw materials in Europe – a completed project with a strong geophysical focus. Today, this expertise can be obtained as a service through the GREENPEG Experts’ Network – including consulting, toolset application, and exploration.

The project was funded by the European Commission. Grant Agreement Nr. 869274.

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