Dr. Tereza Bílková , Institute of environmental technology, VSB Technical university of Ostrava, Czech Republic.
🔬 Tereza Bílková, Ing. Ph.D. is a Czech researcher specializing in heterogeneous catalysis and environmental engineering. She earned degrees from Charles University and VSB-Technical University of Ostrava, focusing on process engineering and biotechnology. As a researcher at the Institute of Environmental Technology, her work explores NOx and NH₃ abatement, catalytic reaction mechanisms, and mixed oxide catalysts. With multiple high-impact publications and international collaborations, her contributions significantly advance sustainable environmental solutions. She is also a dedicated mentor and academic contributor. 🌍📚
👩🎓Profile
🎓 Early Academic Pursuits
Dr. Bílková’s academic journey began with a Biotechnology degree from the University of Chemistry and Technology Prague (2009-2012) and a parallel study in Addictology at Charles University (2010-2013). She pursued advanced studies in Process Engineering at VSB-Technical University of Ostrava, earning her Ing. (2014) and Ph.D. (2019). Her dissertation focused on NO catalytic decomposition, reflecting her commitment to environmental research.
🌟 Professional Endeavors
Since 2014, Dr. Bílková has been associated with the Institute of Environmental Technology at VSB-TUO, where she has been involved in pioneering research on catalyst development and emission reduction technologies. Her work has led to impactful publications in high-impact journals and significant research collaborations.
🔬 Contributions and Research Focus
Dr. Bílková’s research is centered on heterogeneous catalysis, emission control, and the kinetics of chemical reactions. She has been instrumental in projects related to the abatement of NH3 and NOx from waste gases and has worked on the physicochemical properties of mixed oxide systems. Her studies have provided new insights into NO decomposition mechanisms and catalyst optimization.
👩🎓Impact and Influence
With 10 publications indexed in Web of Science, Dr. Bílková has established herself as a leading researcher in her field. Her work has garnered 84 citations (63 excluding self-citations), contributing to an h-index of 6. Her research findings have influenced the development of sustainable catalytic solutions and emission control strategies.
📑 Academic Citations
Dr. Bílková has co-authored multiple peer-reviewed publications in journals such as ACS Industrial & Engineering Chemistry Research, Journal of the Taiwan Institute of Chemical Engineers, and Molecular Catalysis. Her research has focused on NO decomposition over K-promoted Co-Mn-Al mixed oxides and the role of potassium promotion in catalyst performance.
📝 Research Skills
She possesses expertise in catalyst synthesis, characterization techniques (DRIFTS, TPD, transient kinetic studies), and reaction mechanism analysis. Her work also involves high-temperature reaction cells and operando FTIR analysis.
🏫 Teaching Experience
Dr. Bílková is actively engaged in academia, teaching Reactor Engineering and Chemistry seminars at VSB-TUO. She has supervised bachelor’s and master’s theses focused on catalytic processes for environmental applications.
🏆 Awards and Honors
She is a recognized member of the Czech Catalytic Group, an expert division of the Czech Chemical Society, showcasing her standing in the scientific community.
🌍 International Experience
Dr. Bílková has undertaken research stays at prestigious institutions, including the Nagoya Institute of Technology (Japan), Technical University of Denmark (DTU), and University of Torino (Italy). These experiences have enriched her expertise in NO decomposition mechanisms and catalyst surface analysis.
🎡 Legacy and Future Contributions
With a strong foundation in environmental catalysis and process engineering, Dr. Bílková continues to drive innovative research on emission reduction technologies. Her ongoing work on energy waste recovery and gas treatment aims to shape a more sustainable future in industrial catalysis and environmental protection.
Publications Top Notes
On the stability of alkali metal promoters in Co mixed oxides during direct NO catalytic decomposition
🏛 Molecular Catalysis (2017)
🔍 Citations: 26
Co-Mn-Al mixed oxides promoted by K for direct NO decomposition: Effect of preparation parameters
🏛 Catalysts (2019)
🔍 Citations: 18
Reaction mechanism of NO direct decomposition over K-promoted Co-Mn-Al mixed oxides – DRIFTS, TPD and transient state studies
🏛 Journal of the Taiwan Institute of Chemical Engineers (2021)
🔍 Citations: 16
Precipitated K-Promoted Co–Mn–Al Mixed Oxides for Direct NO Decomposition: Preparation and Properties
🏛 Catalysts (2019)
🔍 Citations: 11
Catalytic oxidation of ammonia over cerium-modified copper aluminium zinc mixed oxides
🏛 Materials (2021)
🔍 Citations: 10
Oxygen effect in NO direct decomposition over K/Co-Mg-Mn-Al mixed oxide catalyst – Temperature programmed desorption study
🏛 Molecular Catalysis (2021)
🔍 Citations: 10
Direct NO decomposition over K-promoted Co-Mn-Al mixed oxide: Effect of preparation parameters
🏛 Catalysts (2019)
Surface Potassium Promotion of Co4MnAlOx in Direct NO Decomposition Generates the Same Type of Active Sites as Bulk Promotion
🏛 ACS Ind. Eng. Chem. Res. (2023)