
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
More news in our blog
6. October 2025
How iris and Wasser 3.0 prove that climate tech recruitment and microplastic research are a perfect match. Part of iris's revenue flows directly into the fight against the invisible threat in our water and environmental protection.
3. October 2025
Ocean Bound Plastics: Ecological revolution or marketing myth? Scientific facts expose the "solution" that is 20 times more expensive as a greenwashing tool. Real data on energy balance, costs and availability – beyond advertising promises.
29. September 2025
Can AFS 63 be used for microplastics analysis? Our clear answer: NO! Learn why traditional parameters fail due to the complexity of over 200 polymer types and which innovative alternatives exist.