Shanghai University of Engineering Science - China
Author Profile
Scopus
🎓 Early Academic Pursuits
Prof. Dr. Shengxiang Deng began his academic journey at Central South University of Technology, where he pursued a Bachelor's Degree in Engineering in Thermal Engineering from 1989 to 1993. His academic excellence and passion for energy engineering led him to continue his education, earning a Master's Degree in Engineering in Thermal Engineering from the same university in 1999. Dedicated to advancing his expertise, he completed his PhD in Engineering in Thermal Engineering in 2004 through an on-the-job study program at Central South University. His early academic pursuits laid the foundation for his future research in energy efficiency, industrial processes, and the measurement of flow velocity field in electrolytic aluminum.
đź’ĽÂ Professional Endeavors
Prof. Deng has built an illustrious career spanning multiple roles in academia, industry, and research. His early professional experience includes positions as a technician and engineer in the industrial sector, working at Changsha Zinc Plant and Shenzhen Ruiwei Industrial Co., Ltd. Transitioning to academia, he joined the School of Energy at Central South University in 1999, where he progressed through the ranks from Assistant Professor to Deputy Dean of the School of Energy Science and Engineering. His international experience includes serving as a Visiting Scholar at Purdue University, USA, from 2010 to 2011. Since 2019, he has been a Professor at Shanghai University of Engineering Science, where he also serves as Dean and Discipline Leader of the Department of Energy Engineering.
🔬 Contributions and Research Focus
Prof. Deng’s research focus is centered on energy efficiency, intelligent control systems, and industrial process optimization. One of his most significant contributions is in the measurement of flow velocity field in electrolytic aluminum, which has improved the monitoring and efficiency of aluminum electrolysis processes. His work in developing online simulation intelligent control energy-saving technology has led to groundbreaking advancements in optimizing fuel combustion, flue gas flow, and heat transfer in industrial furnaces. His contributions to the aluminum industry include the development of an online simulation furnace condition diagnosis and intelligent control system for lime furnaces, which was successfully implemented in multiple branches of Aluminum Corporation of China.
🌍 Impact and Influence
Prof. Deng’s influence extends beyond his research projects. He has played a key role in shaping national and regional energy policies as a Natural Science Consulting and Evaluation Expert for the Ministry of Education, Ministry of Science and Technology, and multiple provincial governments in China. As a member of the National Petroleum and Chemical Industry Instrument Technology Committee since 2009, he has contributed to the advancement of industrial measurement technologies, particularly in measurement of flow velocity field in electrolytic aluminum. His leadership roles in organizing major international conferences, such as the International Conference on Smart Energy and the International Academic Conference on Energy and Environment, further highlight his global impact.
🏆Academic Cites
Prof. Deng’s research has been widely cited in leading international journals, including Energy Conversion and Management and Expert Systems with Applications, demonstrating the significance of his work in the scientific community. His pioneering research in measurement of flow velocity field in electrolytic aluminum has been instrumental in improving the efficiency and sustainability of electrolytic aluminum production. His extensive list of citations reflects his contribution to both theoretical advancements and practical applications in industrial energy conservation.
🌟 Legacy and Future Contributions
Prof. Deng’s legacy lies in his continuous efforts to bridge the gap between research and industrial application. His leadership in the development of key laboratories, such as the National-Local Joint Engineering Research Center on Intelligent Management Technologies for Integrated Energy Efficiency, has created new opportunities for innovation in industrial energy management. Moving forward, he aims to further enhance intelligent control technologies and energy-saving strategies to support sustainable industrial development. His future contributions are expected to expand the applications of advanced control systems in various industrial processes, ensuring a lasting impact on energy efficiency and smart manufacturing.
đź“ťMeasurement of Flow Velocity Field in Electrolytic Aluminum
Prof. Dr. Shengxiang Deng’s groundbreaking research in measurement of flow velocity field in electrolytic aluminum has significantly improved the energy efficiency of aluminum electrolysis. His innovative methods in measurement of flow velocity field in electrolytic aluminum have set new industry standards, providing more accurate and reliable process monitoring. His continued focus on measurement of flow velocity field in electrolytic aluminum ensures that his work will remain influential in advancing industrial energy-saving technologies.
Notable Publication
đź“ťIn-depth understanding the pyrolysis behavior of arginine: Combined experiments, ReaxFF molecular dynamics and DFT calculation study
Authors: Z. Wang, Ziqi; J. Shen, Jun; X. Liu, Xuesong; H. Zhang, Hai; Y. Guo, Yun
Journal: Fuel
Year: 2025
Citations: 1
đź“ťTheoretical Study on the Formation Mechanism of NOx Precursors During the Pyrolysis of 2,4-Imidazolinediketone
Authors: Z. Wang, Ziqi; J. Shen, Jun; X. Liu, Xuesong; T. Wu, Tao; H. Zhang, Hai
Journal: Combustion Science and Technology
Year: 2025
Citations: 0
đź“ťA review on high-value development and utilization of unconventional methane-containing gaseous fuel resources
Authors: L. Qiu, Lipei; S. Wang, Sha; B. Hu, Bin; X. Ge, Xiang; B. Chen, Bin
Journal: Energy Conversion and Management
Year: 2024
Citations: 2
đź“ťNumerical Simulation and Test Analysis of Flow Field in an Aluminum Electrolytic Cell with Graphitized Cathode Carbon Block
Authors: T. Xing, Tao; S. Deng, Shengxiang
Journal: JOM
Year: 2024
Citations: 0
đź“ťTheoretical study on the effect of H2O on the formation mechanism of NOx precursors during indole pyrolysis
Authors: Z. Wang, Ziqi; J. Shen, Jun; X. Liu, Xuesong; H. Zhang, Hai; Y. Guo, Yun
Journal: Frontiers of Chemical Science and Engineering
Year: 2024
Citations: 0