معرفی
Shweta Sharma is a researcher at Karlsruhe Institute of Technology's Institute of Technical and Polymer Chemistry, specializing in heterogeneous catalysis and sustainable chemical processes. Her work addresses critical environmental challenges through catalyst design, deactivation analysis, and green synthesis methodologies, with strong collaboration ties to Prof. Jan-Dierk Grunwaldt's research group.
Her research spans catalyst deactivation mechanisms, sustainable oxidation processes for biomass-derived compounds, and advanced characterization techniques. Key interests include sulfur poisoning in methane oxidation catalysts, nitric acid-free adipic acid production using $$ ext{AlPO}-5 $$ molecular sieves, and lignin valorization through hydrogenolysis. She employs cutting-edge methods like hard X-ray tomography for spatially-resolved catalyst analysis, bridging materials science with industrial applicability.
Analysis of her 2020-2025 publications reveals consistent focus on environmental catalysis and sustainable chemistry. Her work demonstrates expertise in multi-scale modeling of catalyst deactivation, bimetallic catalyst design for HMF oxidation, and ionic liquid systems for lignin depolymerization. The research shows strong interdisciplinary integration of chemical engineering, materials science, and green chemistry principles.
Dr. Sharma actively collaborates within KIT's catalysis research ecosystem, particularly with the Institute for Catalysis Research and Technology. Her work on ceramic honeycomb coatings and emission control catalysts indicates direct relevance to industrial applications, while her lignin valorization studies contribute to circular biorefinery concepts. Current projects include spatially-resolved analysis of catalyst deactivation and development of sustainable routes for chemical synthesis.
