معرفی
Freddy Kleitz is a **Professor** at the Faculty of Chemistry, Department of Functional Materials and Catalysis. His work focuses on sustainable development goals, particularly through materials science innovations. He has contributed over 140 publications and 99 academic activities since 2013, emphasizing interdisciplinary research.
**Education**: No specific educational details are provided in the text. His expertise stems from academic roles and research contributions.
**Research Interests**: Kleitz’s research revolves around mesoporous silica materials, silica nanoparticles, rare earth element recovery, and catalytic systems for energy applications. He explores topics like nanoparticle functionalization, electrocatalyst stability in acidic environments, and the interplay between material design and biological interactions. His work bridges materials synthesis with practical applications in drug delivery and environmental sustainability.
**Projects**: He leads or collaborates on three major funded projects:
- "Surface and Interface phenomena in sustainable energy storage systems" (2023–2027, active)
- "Extraction of Rare Earth Elements by Carbon-Based Composites" (2022–2025)
- "Mesoporous monoliths for REE recovery from atypical sources" (2021–2022)
**Advising & Grants**: While no formal advisees (PhD/Master’s students) are listed, Kleitz collaborates closely with researchers like Dóra Bogdán, Claudia Iriarte-Mesa, and Justyna Agata Florek on projects. His grants support cutting-edge research in nano-sorbents, electrocatalysts, and biomaterials.
**Labs/Teams**: His work involves interdisciplinary teams, as evidenced by collaborations on drug delivery systems and REE recovery technologies. Specific lab names are not explicitly mentioned, but his projects suggest active participation in functional materials and catalysis research groups.
