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The Open House aims to share research-driven, real-world innovations for clean water with a wide audience, fostering open dialogue and knowledge exchange. Participants will experience firsthand how science, technology, and citizen engagement can combine to address one of today’s most pressing environmental challenges: microplastic pollution.
Over two days, visitors will explore:
🔹 Microplastic analysis (sampling, preparation, fluorescence-based detection)
🔹 Advanced solutions for municipal and industrial wastewater treatment
🔹 Circular economy approaches and resource recovery from polluted waters
🔹 The Global Map of Microplastics, a citizen science initiative empowering public data collection
🔹 The Wasser 3.0 PE-X® technology for microplastic removal and reuse
About Wasser 3.0
Founded as a non-profit Greentech company, W30 combines interdisciplinary research, technology development, and education to drive systemic change in water quality management. With its WASoMI platform and Global Map of Microplastics, it actively promotes environmental education and public engagement. Recognized with multiple national and international awards, W30’s solutions demonstrate how microplastic pollution prevention and sustainability can be both measurable and scalable.
Who should attend?
The event is open to:
✅ Industry and municipal stakeholders
✅ Scientists and environmental experts
✅ Educators and students
✅ Policymakers and civil society actors
📍 Location: Landau-Mörlheim wastewater treatment plant, Germany
🗓️ Dates & Time slots:
🎟️ Participation is free, but spots are limited and registration is required.
🔗 Register now: Send an email to ed.llunierdressaw@esuohnepo
🔗Dinner Invitation, Thursday, June 26: We’d love to continue the conversations informally! While the dinner is not covered by the event, all attendees are warmly invited to join W30 at the restaurant Love Casella. Please confirm in your registration email if you’d like to join.
Co-Funded by the European Union under Grant Agreement no 101112877. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or CINEA. Neither the European Union nor the granting authority can be held responsible for them. This work was also co-funded by UK Research and Innovation (UKRI) under the UK government’s Horizon Europe funding guarantee grant numbers 10082527, 10066959, 10089056, 10087702, and 10066963.
