PhD candidate at Shihezi University | China
Cui Dan is an accomplished scholar in chemical engineering and environmental sciences whose work focuses on catalytic technologies for NOx removal and ammonia synthesis. She has distinguished herself through research, leadership, and active participation in competitions and academic activities, consistently demonstrating technical expertise and collaborative skills. With multiple publications in high-impact journals and patents in advanced catalytic materials, her contributions are shaping sustainable solutions for energy and environmental challenges.
Professional Profile
Scopus Profile
Education
Cui Dan completed her undergraduate studies at Bohai University, where she pursued a Bachelor’s degree in Environmental Engineering. Her academic training was grounded in rigorous coursework that covered advanced mathematics, physical chemistry, air and water pollution control engineering, and environmental chemistry. This foundation instilled in her a strong technical understanding of environmental systems and processes. Building on her undergraduate background, she advanced to doctoral studies at Shihezi University, specializing in Chemical Engineering and Technology. Her graduate coursework included chemical reaction engineering, thermodynamics, and catalysis chemistry, providing a robust platform for her current research in catalyst design and performance optimization.
Experience
Beyond formal studies, Cui Dan has actively engaged in roles that highlight her organizational and leadership abilities. She has served as a subject matter leader within her academic group, managing daily operations such as coordinating resources, handling expenses, organizing group events, and ensuring effective communication. Her dedication to these responsibilities has earned her respect and recognition from both peers and faculty. Her participation in competitive activities further reflects her commitment to professional growth. She has contributed to multiple skill-based competitions, earning distinctions such as First Prize in a Laboratory Skills Competition, where she was responsible for safety quizzes and practical experiments. Additionally, she secured Second Prize in the North Control Cup Waterworks Skills Competition, where she played a vital role in presentations and experimental demonstrations. These experiences highlight her ability to combine technical expertise with collaborative teamwork.
Research Focus
Cui Dan’s research is centered on catalytic technologies, specifically targeting NOx removal and hydrogenation processes for ammonia synthesis. Her work investigates non-noble metal supported catalysts, catalyst carrier effects, and the development of novel bimetallic systems. Through her studies, she seeks to optimize catalytic performance while contributing to environmentally sustainable solutions for industrial emissions control and cleaner energy production. The broader impact of her research lies in addressing critical environmental issues, such as reducing nitrogen oxide pollutants, while simultaneously developing efficient pathways for ammonia generation.
Publication Top Note
Title: Vacancy-rich Nd₂S₃/TiO₂ S-scheme heterojunction for boosted photocatalytic tetracycline hydrochloride degradation: Interfacial engineering and mechanism insight
Journal: Journal of Environmental Chemical Engineering
Summary: The study designs a vacancy-rich Nd₂S₃/TiO₂ heterojunction, achieving efficient photocatalytic tetracycline degradation through interfacial engineering, improved charge dynamics, and mechanistic understanding for advanced environmental pollution control.
Conclusion
Through her academic journey, research achievements, and leadership roles, Cui Dan has established herself as a rising talent in the field of chemical engineering. Her research in catalytic systems for NOx removal and ammonia synthesis addresses urgent environmental and energy challenges, while her publications and patents demonstrate both theoretical innovation and practical applications. Recognized for her academic performance and contributions to competitive activities, she embodies the qualities of an outstanding researcher and leader. Her trajectory suggests not only a continued contribution to scientific knowledge but also a lasting impact on sustainable technological development.