In our pilot plants, we develop solutions for removing microplastics and micropollutants
from various types of water.

Process oriented. Application focused. Sustainable.

The focus of the work is the Wasser 3.0 Strategy detect | remove | reuse with holistic solutions for dealing with microplastics and micropollutants in various waters.

  • Our pilot systems are modular, adaptable, and scalable.

  • They allow the greatest possible

    flexibility regarding the type and concentration of pollution and water typ

  • Our solutions are implemented as

    individual solutions or as add-ons to existing systems

  • We work

    resource and cost-oriented

    based on existing processes and existing infrastructure.

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We research for clean water without microplastics and micropollutants


The path to clean water begins with a

scientifically sound feasibility study in one of our pilot plants

. The starting point is our innovative material and technology solutions for removing microplastics and micropollutants from various types of water.

We put our know-how into

tailor-made solution research for the specific problem

. We achieve the greatest possible variability through the modular structure of our systems and through the material science work on the right material compositions, we achieve the corresponding ability to act.

Regardless of the type of water and the types of load and load concentration

s, we work our way up to the current state step by step to tailor-made solutions.

The start of our research work includes, in addition to recording the question, a scientifically based evaluation of the data already available on the process. After this detailed data analysis on the current situation, we develop a sustainable solution and implementation concept.

Our goals are stable, resource-efficient, and

low-tech based processes with a positive impact on people and the environmen


Your way to clean water

Our research work on the purification of different types of water is scientifically well documented and supported by our educational and communication work.

In addition to feasibility studies and pilot systems for the removal of microplastics and micropollutants, we would be happy to come to you to present our work in lectures. Please do not hesitate to contact us.