Feasibility studies and innovation transfer
(Waste)water treatment in the field of microplastics raises questions for which there are (still) no (simple and quick) answers.
Feasibility studies and in-house testing with our rental model plants are therefore a useful first step to address open and future clean water challenges.
Our goals are stable, resource-efficient, and low-tech based processes with a positive impact on both people and the environment.
These answers are provided by a feasibility study or in-house tests.
In addition to the technical feasibility, other aspects of the project’s success are scrutinized. These include:
- What goals do you want to achieve?
- Which legal signposts must be observed?
- Which stakeholders need to be involved?
- Which UN Sustainable Development Goals will the project address and what contribution will it make?
- What ESG impact will be achieved with the implementation?
- Which resources (financial, human, and material) are required?
A feasibility study or in-house tests provide you with the necessary data and facts to make decisions: Practical and within a short time.
Results of our feasibility studies
Further information
Find out more about our services for wastewater treatment plants, industries, education and communication.
The knowledge database section pools knowledge and provides an overview of the most common questions and answers about water without microplastics
We develop solutions for water without microplastics, carry out feasibility studies and implement educational projects.
More news in our blog
29. June 2026
Analysis measures, analytics understands: what really makes the difference for microplastics in water.
17. June 2026
Van Remmen UV Technology takes on sponsorship of 100 Danube kilometres. The Dutch UV-C pioneer supports Europe’s first complete microplastics mapping – for clean, safe water across borders.
10. June 2026
Polyamide, polyester, neoprene: During swimming, bathing, and diving, textiles release fibers directly into the water. Research from 2024-2026 shows for the first time how large the problem really is and where we need to start.
