Analysing Water

In the projects of the field of innovation ‘Analysing Water’ technical solutions for tomorrow’s water analysis are being developed.

Taking a water sample

Image: Canva.com
Taking a water sample

In the projects of the field of innovation ‘Analysing Water’, approaches are being developed to allow water to be analysed comprehensively, fast, digitally, and cost-effectively. This opens the door to high-quality, reliable information about the quality of water, which serves to form the basis for new processes of water treatment (see field of innovation ‘Cleaning Water’), and to reveal problem areas that were unidentified up to this point. In addition, digital data of analyses pave the way for new approaches to simulation and predictive modelling of water systems and are a prerequisite for new forms of water assessment (see field of innovation ‘Assessing Water’).
A central element of the digital, dynamic water analysis striven for by ThWIC are sensors. Several projects of the field of innovation ‘Analysing Water’ are advancing the development of a new generation of sensors that create high-quality water data without requiring several hours of lab analysis. These technologies aim to make the real-time collection of central water-management parameters such as chemical oxygen demand (COD) possible.

Ongoing Projects (2026 - 2029)

  • KARLsens

    Quasi-Continuous Monitoring of Pollutants in Wastewater

    Hightech-Laborszene mit blauem Laserstrahl und moderner Ausrüstung im Einsatz
    Image: Adobe Stock
  • ModuWa

    Modular Automation Solution for Water Sampling

    Laboraufbau eines Liquid Handling-Systems
    Image: intern
  • ReOnSenSys

    Multiparameter Analysis and Monitoring of Wastewater Quality

    Laboraufbau des Sensorsystems
    Image: Anika Kirschstein

Completed Projects (2023 - 2026)

  • KontiMonit

    Real-time sensor technology to determine chemical oxygen demand

    A sensor with hose connectors lies in front of an electronic device and two sample bottles filled with colourful liquid
    Image: Samira Lambertz
  • MIKA

    New detection processes for micro pollutants in water

    A scientist setting up a piece of electronical equipment in a lab
    Image: Sven Döring
  • MoWAP

    Miniaturised platform for mobile water analysis

    Taking a water sample from a river
    Image: Adobe Stock
  • VANAPLA

    Automatization in water analytics

    Test tubes in a lab
    Image: Adobe Stock
  • ZeroLiKh

    Zero liquid discharge at the hospital

    Taking a wastewater sample at Jena University Hospital
    Image: Michael Szabó (UKJ)