Rethinking Industrial Water Treatment
Microplastic-free Production | Resource Efficiency | Sustainability
Your Challenge – Our Solution
Are you facing the task of making your industrial water processes more sustainable? Do you need to remove microplastics, micropollutants, or other contaminants from your process and wastewater? Do you simultaneously want to reduce costs, conserve resources, and meet regulatory requirements.
With Wasser 3.0 PE-X®, we offer you modular, adaptive solutions for future-proof water treatment. Our approach: detect | remove | reuse – ecologically and economically viable and practical.
What We Achieve For You
Our technology provides you with measurable benefits for your production process:
- Effective removal of microplastics and micropollutants from process and wastewater
- Significant savings in energy, CO2, water, and operating costs
- Increase in the water reuse rate in your facilities
- Reduction of waste and maintenance costs
- Fulfillment of current and future regulatory requirements
- Measurable contributions to achieving the UN Sustainable Development Goals (SDGs)
Our Technology: Wasser 3.0 PE-X® Plant Engineering
The Wasser 3.0 PE-X® rental plant offers you maximum flexibility for your specific requirements:
Modular & Adaptive
- Easy integration into your existing processes
- Adaptive units that adjust to your needs
- Modular design for step-by-step implementation
Flexible & Scalable
- Adaptable to different types and concentrations of contamination
- Scalable from laboratory scale up to full-stream operation
- Implementation as a single solution or an add-on to existing plants
- Resource and cost-oriented approach
Our Rental Model Plants
For your initial trials and feasibility studies, we offer containerized plants:
- Operation in batch or continuous process
- Reactor vessel for microplastic removal: 250 L
- Steel tank for COD removal: 250 L
- Customized dosing and contact times
- Belt filter as a separation unit
Feasibility Studies: Your Data, Our Expertise
Water treatment in the field of microplastics raises complex questions. Feasibility studies and trials with our rental model plants are the ideal first step to making well-founded decisions – practical and within a short period.
In our feasibility studies, we combine:
- Your data, processes, and goals
- Our interdisciplinary scientific expertise
- Insights from current research and development
- Experience from successful projects
What You Can Expect from a Feasibility Study
We provide you with concrete answers on:
- Technical feasibility – Is the solution suitable for your application?
- Economic viability – What costs arise and what savings do you achieve?
- Ecological and social benefit – What ESG impact do you achieve?
- Legal framework – Which regulations and guidelines are relevant?
- Stakeholder integration – Who needs to be involved?
- Resource requirements – Which financial, personnel, and material resources are required?
- UN Sustainable Development Goals – Which SDGs are addressed and what contribution is made?
Your Path to a Sustainability Upgrade
From initial contact to continuous plant operation, we accompany you step-by-step:
- Initial Contact
Inquiry about the already known process parameters. Feel free to use our checklist (editable PDF for download).
- Initial Meeting
Definition of your question, the requirement profile, and outlining the first steps toward a solution.
- Beginning of Joint Work
Extended data collection, process analysis, and initial preliminary trials.
- Development in the Laboratory and Technical Centre
Development of tailor-made material compositions based on the modular principle and construction of the prototype.
- Technical Centre Trials
Trials in our technical centre in batch or semi-continuous operation.
- On-site Rental Model
Process integration and long-term operation at your site (minimum duration 1 month) in partial or full-stream operation, depending on the requirement profile.
- Data Evaluation & Benefit Analysis
Comprehensive evaluation of all collected data and quantification of the economic, ecological, and social advantages.
- Scaling & Full Operation
Scaling into full-stream operation with continuous plant operation.
Why Wasser 3.0
As a non-profit GreenTech company, we combine scientific excellence with practical feasibility:
- Interdisciplinary expertise from science, technology, and practice
- Common good-oriented action with a clear focus on sustainable solutions
- Transparent communication and partnership-based cooperation
- Practically proven technology with verifiable successes
- Long-term partnership from conception to operation
Start Your Sustainability Upgrade Now
Let's find out together how we can optimize your industrial water processes. Whether it's a feasibility study, a pilot project, or full implementation – we accompany you on your way to more sustainable and efficient production.
Your Next Steps:
- Download our Process Parameter Checklist.
- Send us the completed document.
- After reviewing the documents, we will contact you for a non-binding initial meeting.
Further information
