With raw materials becoming increasingly scarce, innovative solutions are essential to enable the circular economy envisioned for 2050. This public lecture dives into groundbreaking separation technologies designed to recover and reuse raw materials from diverse industrial streams.
Join Dr. Marie Pizzoccaro-Zilamy, a leading researcher in separation technology within the ReCoVR consortium, as she explores:
- Key Applications: Real-world examples in water purification, chemical recycling, food product recovery (sugars, salts), and protein purification for sustainable food production.
- Advanced Processes: From the molecular properties of separation to their integration into large-scale industrial systems.
- Future Innovations: Discover next-generation separation technologies poised to transform industries and support sustainable development.
By the end of this lecture, attendees will gain insights into advanced industrial separation techniques, their working principles, molecular foundations, and their critical roles in various sectors.
Whether you're an industry expert, researcher, or enthusiast intrigued by the science and technology driving material recovery and sustainability, this lecture promises to inspire and inform. Don’t miss this opportunity to explore how advanced separation technologies are shaping the future of industrial processes and sustainability.
About the Speaker
Dr. Marie Pizzoccaro-Zilamy is an assistant professor and a rising star in the field of separation technology. With a PhD from the University of Montpellier, France, she has contributed to the development of cutting-edge hybrid inorganic membranes for liquid filtration. Currently leading a €1.6 million NanoMatFutur-funded research group in Germany, she specializes in creating nanostructured membranes for complex gas separation and liquid filtration challenges. Her work bridges fundamental research and industrial applications, making her insights invaluable to professionals and enthusiasts alike.
