Innovating Sustainable Water Management with Biogenic Activated Carbon
In a recent interview, Dr. Korbinian Kätzl, an environmental engineer and expert in urban water management, outlined his vision for transforming waste materials from grasslands into high-quality biogenic activated carbon. His goal is to integrate this innovative material into water management systems, enhancing sustainability and efficiency.
Pioneering Circular Bioeconomy Solutions
Dr. Kätzl leads research at the Department of Grassland Science and Renewable Resources and the Competence Center for Climate Protection and Climate Adaptation (CliMA) at the University of Kassel. Through the Bio4Act research group, funded by the German Federal Ministry of Education and Research (BMBF), he is exploring ways to produce biogenic activated carbons and platform chemicals from residual biomass. This work supports the development of circular bioeconomy models that contribute to more sustainable water management practices.
By advancing the use of biogenic activated carbon, Dr. Kätzl’s research is helping to create more efficient filtration systems, improve wastewater treatment, and support climate adaptation strategies. This innovative approach demonstrates the potential of bio-based materials to enhance water sustainability and resource efficiency.
Stay tuned for more insights on how biogenic activated carbon is shaping the future of sustainable water management!